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{"sheet":"Emission factors","index":0,"n_rows":5,"n_cols":3,"rows_kept":5,"cut":false,"hidden":true,"merged":[]}
["Global Warming Potential and Conversion Factors"]
[]
[null,"Gas","CO2-e"]
[null,"CH4",28]
[null,"N2O",265]

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["Data for pie chart summary page",null,null,"Column graph chart","Baseline ","Example baseline farm","Typical averages (baseline farm)","Typical averages (example baseline farm)",null,"Whole farm strategy column graph",null,"Baseline farm","Strategy farm",null,null,"Baseline farm","Strategy farm",null,null,"Column graph chart","Current 2025 methodology","1990 methodology","2015 methodology","2022 methodology",null,null,null,"Column graphs","Strategy farm ","Increased milk production","Feed additive","Extended lactation","Extended longevity","Replacing Sup with a source of fat","Supp with dietary fats","Improve diet DMD by management","Improve diet DMD by supplementation","N inhibitor applied to fertiliser","N Inhibitor applied to feed/animal"]
["Enteric methane",{"$f":"'Your Farm'!K129","v":2025.6128101018151},null,"Enteric methane",{"$f":"'Your Farm'!K129/E10","v":0.57226869152543614},0.54473107569734169,{"$f":"X23","v":0.58115887788761267},0.54426898075554675,null,"Methane","Enteric fermentation",{"$f":"'Your Farm'!K129*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":0.54473107569734169},{"$f":"'Strategy Farm'!K133*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":0.54473107569734169},null,"Enteric methane",{"$f":"L2","v":0.54473107569734169},{"$f":"M2","v":0.54473107569734169},null,null,"Enteric methane",{"$f":"'Your Farm'!L129","v":0.56756095537886275},{"$f":"'1990 Methodology Comparison'!L114","v":0.52483731053677352},{"$f":"'2015 Methodology Comparison'!$L$113","v":0.54897745923721264},{"$f":"'2022 Methodology Comparison'!L120","v":0.56053609834232032}]
["Waste methane",{"$f":"'Your Farm'!K130","v":308.73572663561993},null,"Waste methane",{"$f":"'Your Farm'!K130/E10","v":8.7222883577656854E-2},8.3025711349035358E-2,8.466710572944626E-2,8.3675285054293447E-2,null,null,"Manure management",{"$f":"'Your Farm'!K130*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":8.3025711349035358E-2},{"$f":"'Strategy Farm'!K134*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":8.3025711349035358E-2},null,"Waste methane",{"$f":"L3","v":8.3025711349035358E-2},{"$f":"M3","v":8.3025711349035358E-2},null,null,"Manure methane",{"$f":"'Your Farm'!L130","v":8.6505349440445273E-2},{"$f":"'1990 Methodology Comparison'!L115","v":4.3140573479900059E-2},{"$f":"'2015 Methodology Comparison'!$L$114","v":8.9647172082246318E-2},{"$f":"'2022 Methodology Comparison'!L121","v":9.1547673193310364E-2},null,null,null,"Carbon credit income",{"$f":"'Strategy Farm'!F259","v":0},{"$f":"'Reduce CH4 and or Increase Milk'!$C$51","v":14291.324039597599},{"$f":"'Diet Additives'!$C$68","v":13182.410856359531},{"$f":"'Extended Lactation'!C79","v":3104.3136196967644},{"$f":"'Extended Longevity'!C63","v":1376.4235676100222},{"$f":"'Replacing Sup with Dietary Fats'!C93","v":1585.3051177248385},{"$f":"'Supplementing With Dietary Fats'!C85","v":488.99740851534528},{"$f":"'Improved Diet DMD by Management'!C81","v":886.71086794867983},{"$f":"'Improved Diet DMD by Supplement'!C81","v":122.51737400324954},{"$f":"'N Fertiliser Inhibitor Coated'!C90","v":516.46847700000012},{"$f":"'N Inhibitor Applied to Feed'!C74","v":1482.7205018310485}]
["Waste nitrous oxide ",{"$f":"'Your Farm'!K131+'Your Farm'!K132+'Your Farm'!K133","v":279.57061151749122},null,"Waste nitrous oxide ",{"$f":"SUM('Your Farm'!K131:K133)/E10","v":7.8983262370876814E-2},7.5182581382683841E-2,7.1446997093513348E-2,6.7372846906893574E-2,null,"Nitrous oxide","Dung & urine voided during grazing",{"$f":"'Your Farm'!K131*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":3.4229036778859398E-2},{"$f":"'Strategy Farm'!K135*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":3.4229036778859398E-2},null,"Waste nitrous oxide ",{"$f":"L4+L5+L6","v":7.5182581382683841E-2},{"$f":"M4+M5+M6","v":7.5182581382683841E-2},null,null,"Direct N2O from animal waste",{"$f":"'Your Farm'!L131+'Your Farm'!L132","v":4.1748661870165807E-2},{"$f":"'1990 Methodology Comparison'!L116+'1990 Methodology Comparison'!L117","v":5.8372951758197428E-2},{"$f":"'2015 Methodology Comparison'!$L$115+'2015 Methodology Comparison'!$L$116","v":5.4580801354431649E-2},{"$f":"'2022 Methodology Comparison'!L122+'2022 Methodology Comparison'!L123","v":5.1601552052967049E-2},null,null,null,"Implementation expenses",{"$f":"'Strategy Farm'!F262","v":-6500},{"$f":"'Reduce CH4 and or Increase Milk'!$C$52","v":6750},{"$f":"'Diet Additives'!$C$69","v":115298.05413725537},{"$f":"'Extended Lactation'!C80","v":22520.566727605121},{"$f":"'Extended Longevity'!$C$64","v":-33000},{"$f":"'Replacing Sup with Dietary Fats'!C94","v":13500},{"$f":"'Supplementing With Dietary Fats'!C86","v":47250},{"$f":"'Improved Diet DMD by Management'!C82","v":5000},{"$f":"'Improved Diet DMD by Supplement'!C82","v":27000},{"$f":"'N Fertiliser Inhibitor Coated'!C91","v":3300},{"$f":"'N Inhibitor Applied to Feed'!C75","v":2700}]
["Fertiliser-derived N2O and CO2 ",{"$f":"'Your Farm'!K134+'Your Farm'!K135+'Your Farm'!K140+'Your Farm'!K143","v":596.9467864044168},null,"Fertiliser-derived N2O and CO2 ",{"$f":"SUM('Your Farm'!K134:K135,'Your Farm'!K140,'Your Farm'!K143)/E10","v":0.16864721365422189},0.1605318960615206,0.14836114374137266,9.8233914360316546E-2,null,null,"Manure during storage and land-spreading",{"$f":"'Your Farm'!K132*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":5.8403042741720507E-3},{"$f":"'Strategy Farm'!K136*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":5.8403042741720507E-3},null,"Fertiliser-derived N2O and CO2 ",{"$f":"L7+L8+L11+L14","v":0.1605318960615206},{"$f":"M7+M8+M11+M14","v":0.1605318960615206},null,null,"Direct N2O from N fertiliser",{"$f":"'Your Farm'!L134","v":3.7862675245183879E-2},{"$f":"'1990 Methodology Comparison'!L119","v":3.2722647013059929E-2},{"$f":"'2015 Methodology Comparison'!$L$118","v":3.126713205193677E-2},{"$f":"'2022 Methodology Comparison'!L125","v":2.4718093290257186E-2},null,null,null,"Additional milk income ",{"$f":"'Strategy Farm'!F264","v":0},{"$f":"'Reduce CH4 and or Increase Milk'!$C$54","v":72900},{"$f":"'Diet Additives'!$C$70","v":0},{"$f":"'Extended Lactation'!C81","v":-72132.296555814391},0,{"$f":"'Replacing Sup with Dietary Fats'!C95","v":40281.063605614923},{"$f":"'Supplementing With Dietary Fats'!C87","v":60393.946524064253},{"$f":"'Improved Diet DMD by Management'!C83","v":173473.78748270639},{"$f":"'Improved Diet DMD by Supplement'!C83","v":16648.683689839669},{"$f":"'N Fertiliser Inhibitor Coated'!C92","v":21460.281750000006},{"$f":"'N Inhibitor Applied to Feed'!C76","v":0}]
["Energy consumption",{"$f":"SUM('Your Farm'!K136:K139)","v":186.11250000000001},null,"Energy consumption",{"$f":"SUM('Your Farm'!K136:K139)/E10","v":5.2579819953930053E-2},5.0049674755278481E-2,6.2813889248503077E-2,5.280158385599143E-2,null,null,"Indirect N from manure",{"$f":"'Your Farm'!K133*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":3.5113240329652393E-2},{"$f":"'Strategy Farm'!K137*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":3.5113240329652393E-2},null,"Energy consumption",{"$f":"L9+L10","v":5.0049674755278481E-2},{"$f":"M9+M10","v":5.0049674755278481E-2},null,null,"Indirect N2O from animal waste",{"$f":"'Your Farm'!L133","v":3.6584849143098695E-2},{"$f":"'1990 Methodology Comparison'!L118","v":7.5707220930000679E-2},{"$f":"'2015 Methodology Comparison'!$L$117","v":3.8721338621224538E-2},{"$f":"'2022 Methodology Comparison'!L124","v":3.5517734284369079E-2},null,null,null,"Total farm benefit",{"$f":"'Strategy Farm'!F265","v":6500},{"$f":"'Reduce CH4 and or Increase Milk'!$C$55","v":80441.324039597603},{"$f":"'Diet Additives'!$C$71","v":-102115.64328089583},{"$f":"'Extended Lactation'!C82","v":-91548.549663722748},{"$f":"'Extended Longevity'!C66","v":34376.423567610022},{"$f":"'Replacing Sup with Dietary Fats'!C96","v":28366.368723339761},{"$f":"'Supplementing With Dietary Fats'!C88","v":13632.943932579597},{"$f":"'Improved Diet DMD by Management'!C84","v":169360.49835065508},{"$f":"'Improved Diet DMD by Supplement'!C84","v":-10228.798936157084},{"$f":"'N Fertiliser Inhibitor Coated'!C93","v":18676.750227000004},{"$f":"'N Inhibitor Applied to Feed'!C77","v":-1217.2794981689515}]
["Purchased feeds",{"$f":"SUM('Your Farm'!K141:K142)","v":172},null,"Purchased feeds",{"$f":"SUM('Your Farm'!K141:K142)/E10","v":4.8592808285719491E-2},4.6254518411755784E-2,5.7360205250306814E-2,5.9215817713166349E-2,null,null,"Direct N fertiliser",{"$f":"'Your Farm'!K134*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":3.6339666461588038E-2},{"$f":"'Strategy Farm'!K138*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":3.6339666461588038E-2},null,"Purchased feeds",{"$f":"L12+L13","v":4.6254518411755784E-2},{"$f":"M12+M13","v":4.6254518411755784E-2},null,null,"Indirect N2O from N fertiliser",{"$f":"'Your Farm'!L135","v":1.9765599958502765E-2},{"$f":"'1990 Methodology Comparison'!L120","v":3.8858143328008674E-2},{"$f":"'2015 Methodology Comparison'!$L$119","v":2.0714474984408107E-2},{"$f":"'2022 Methodology Comparison'!L126","v":1.9520955726664652E-2}]
["Tree carbon sequestration*",{"$f":"'Your Farm'!K148","v":-29.360000000000028},null,"Tree carbon sequestration",{"$f":"'Your Farm'!K148/E10","v":-8.2946793678414284E-3},-7.8955387242392507E-3,-5.8082189507542275E-3,-8.5153176312911128E-3,null,null,"Indirect N fertiliser",{"$f":"'Your Farm'!K135*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":1.8970537746049346E-2},{"$f":"'Strategy Farm'!K139*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":1.8970537746049346E-2},null,"Tree carbon sequestration",{"$f":"L15","v":-7.8955387242392507E-3},{"$f":"M15","v":-7.8955387242392507E-3},null,null,"Energy consumption",{"$f":"'Your Farm'!L136+'Your Farm'!L138+'Your Farm'!L137+'Your Farm'!L139","v":5.2147275027668902E-2},{"$f":"'1990 Methodology Comparison'!L121+'1990 Methodology Comparison'!L122","v":9.0226148130008593E-2},{"$f":"'2015 Methodology Comparison'!$L$120+'2015 Methodology Comparison'!$L$121","v":8.9684515687677491E-2},{"$f":"'2022 Methodology Comparison'!L127+'2022 Methodology Comparison'!L128+'2022 Methodology Comparison'!L129+'2022 Methodology Comparison'!L130","v":6.0686697795456566E-2}]
[null,null,null,null,null,null,null,null,null,"Carbon dioxide:","Electricity ",{"$f":"('Your Farm'!K136+'Your Farm'!K137)*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":3.6425433249257684E-2},{"$f":"('Strategy Farm'!K140+'Strategy Farm'!K141)*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":3.6425433249257684E-2},null,"Net",{"$f":"SUM(P2:P8)","v":0.95187991893337653},{"$f":"SUM(Q2:Q8)","v":0.95187991893337653},null,null,"CO2 urea and lime",{"$f":"'Your Farm'!L140","v":4.1831886682029133E-2},0,0,{"$f":"'2022 Methodology Comparison'!L131","v":4.1314121989576083E-2}]
[null,null,null,"Total",{"$f":"'Your Farm'!K145+('Your Farm'!K148)","v":3539.6184346593436},{"$f":"(SUM('Example Farm'!K129:K143))+('Example Farm'!K148)","v":3786.1840802410434},null,null,null,null,"Diesel and unleaded petrol",{"$f":"('Your Farm'!K138+'Your Farm'!K139)*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":1.36242415060208E-2},{"$f":"('Strategy Farm'!K142+'Strategy Farm'!K143)*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":1.36242415060208E-2},null,null,null,null,null,null,"Pre-farm embedded",{"$f":"SUM('Your Farm'!L141:L143)","v":0.11599274725404266},{"$f":"SUM('1990 Methodology Comparison'!L123:L125)","v":0.12717051746851388},{"$f":"'2015 Methodology Comparison'!$L$122+'2015 Methodology Comparison'!$L$123+'2015 Methodology Comparison'!$L$124","v":0.12640710598086252},{"$f":"'2022 Methodology Comparison'!L132+'2022 Methodology Comparison'!L133+'2022 Methodology Comparison'!L134","v":0.11455707332507847}]
[null,null,null,null,null,null,null,null,null,null,"Urea and Lime",{"$f":"('Your Farm'!K140)*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":4.0149218184926033E-2},{"$f":"('Strategy Farm'!K144)*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":4.0149218184926033E-2},null,null,null,null,null,null,null,{"$f":"SUM(U2:U10)","v":0.99999999999999978},{"$f":"SUM(V2:V10)","v":0.99103551264446277},{"$f":"SUM(W2:W10)","v":1},{"$f":"SUM(X2:X10)","v":0.99999999999999978}]
[null,null,null,null,null,null,null,null,null,"Pre-farm embedded","Grain/ concentrates",{"$f":"('Your Farm'!K141)*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":3.7649026614219823E-2},{"$f":"('Strategy Farm'!K145)*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":3.7649026614219823E-2}]
[null,null,null,null,null,null,null,null,null,null,"Forages",{"$f":"('Your Farm'!K142)*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":8.6054917975359607E-3},{"$f":"('Strategy Farm'!K146)*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":8.6054917975359607E-3}]
[null,null,null,null,null,null,null,null,null,null,"Fertilisers",{"$f":"('Your Farm'!K143)*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":6.5072473668957187E-2},{"$f":"('Strategy Farm'!K147)*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":6.5072473668957187E-2}]
[null,null,null,null,null,null,null,null,null,"Sequestration","Tree plantings (minus)",{"$f":"('Your Farm'!K148)*1000*'Your Farm'!$Q$288/'Your Farm'!$R$229","v":-7.8955387242392507E-3},{"$f":"('Strategy Farm'!K152)*1000*'Strategy Farm'!$P$335/'Strategy Farm'!$Q$276","v":-7.8955387242392507E-3}]
[]
[]
[null,null,null,null,null,null,null,null,null,"GHG emissions intensity",null,{"$f":"IF('Your Farm'!D31=\"kg milksolids per herd per annum\",\"kg CO2e per kg milksolids\",\"kg CO2e per litre of fat and protein corrected milk\")","v":"kg CO2e per litre of fat and protein corrected milk"}]
[]
[]
[null,null,null,null,"% emissions each source for ADCC industry average graph (data for 2019-20 to 2023-24 average)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Selected Baseline farm","Selected Example Baseline farm"]
[null,null,null,null,null,"Australia-wide","Victoria","Victoria- Northern","Victoria- Gippsland","Victoria- South West","New South Wales","NSW- North","NSW- South","Tasmania","Queensland","QLD- North","QLD- South","Western Australia","South Australia","Low grain (< 1 t DM/cow.annum)","Medium grain (1-2 t DM/cow.annum)","High grain (> 2 t DM/cow.annum)",null,{"$f":"'Your Farm'!K237","v":"Victoria- South West"},{"$f":"'Example Farm'!H12","v":"Victoria- South West"}]
[null,null,null,null,"Enteric methane",{"$f":"F32","v":0.61524563331916904},{"$f":"G32","v":0.59243709647709719},0.59178352052239325,0.60939863062912947,0.58115887788761267,0.59412580576851615,0.61118124905971993,0.58417513791078357,0.66265987788630243,0.62748928759780875,0.64828443455369034,0.62211391762247137,0.60941627658909647,0.63047301424671298,0.65116868950281481,0.63115065975534201,0.60210015869207334,null,{"$f":"HLOOKUP($X$22,$E$22:$V$29,2,FALSE)","v":0.58115887788761267},{"$f":"HLOOKUP($Y$22,$E$22:$V$29,2,FALSE)","v":0.58115887788761267}]
[null,null,null,null,"Waste methane",{"$f":"F33","v":8.9651920791665438E-2},{"$f":"G33","v":0.10011624603871175},0.11440540656372507,9.3204301288993097E-2,8.466710572944626E-2,9.5567116764368507E-2,7.306107289971242E-2,0.10869783189531117,7.6896630440246153E-2,0.10776614150499034,0.10938565428542533,0.10734751112006964,7.941557949963908E-2,5.4950220064514631E-2,8.3045366917136432E-2,8.4377765800044593E-2,9.3555755646964833E-2,null,{"$f":"HLOOKUP($X$22,$E$22:$V$29,3,FALSE)","v":8.466710572944626E-2},{"$f":"HLOOKUP($Y$22,$E$22:$V$29,3,FALSE)","v":8.466710572944626E-2}]
[null,null,null,null,"Waste nitrous oxide ",{"$f":"SUM(F34:F36)","v":7.866335897763943E-2},{"$f":"SUM(G34:G36)","v":7.4791110978638942E-2},7.6697527810610927E-2,7.5650770022175517E-2,7.1446997093513348E-2,7.7957661978152654E-2,7.8882769077100817E-2,7.7417926169631501E-2,8.2617592610050361E-2,8.2403800759307325E-2,8.1473513513211276E-2,8.264427216072194E-2,7.9633339885560053E-2,7.8540399206181027E-2,8.5577432478496793E-2,7.8747548243071175E-2,7.8016838144204667E-2,null,{"$f":"HLOOKUP($X$22,$E$22:$V$29,4,FALSE)","v":7.1446997093513348E-2},{"$f":"HLOOKUP($Y$22,$E$22:$V$29,4,FALSE)","v":7.1446997093513348E-2}]
[null,null,null,null,"Fertiliser-derived N2O and CO2 ",{"$f":"SUM(F37:F38,F41,F44)","v":0.11446835335668643},{"$f":"SUM(G37:G38,G41,G44)","v":0.11599438695213421},8.5982196629037361E-2,0.13062546689493931,0.14836114374137266,0.12616166224107161,0.15073388336154808,0.11182547603225462,0.11322723287164718,9.6371961261751876E-2,8.6354907633555883E-2,9.8961285079880612E-2,0.12441711511470072,9.9912213963310625E-2,0.12073292710387526,0.11556789677486209,0.11323514575593431,null,{"$f":"HLOOKUP($X$22,$E$22:$V$29,5,FALSE)","v":0.14836114374137266},{"$f":"HLOOKUP($Y$22,$E$22:$V$29,5,FALSE)","v":0.14836114374137266}]
[null,null,null,null,"Energy consumption",{"$f":"SUM(F39:F40)","v":4.7056792957348437E-2},{"$f":"SUM(G39:G40)","v":5.8368983459590108E-2},5.97902818357198E-2,4.9373838326701475E-2,6.2813889248503077E-2,6.9054973010777093E-2,7.5740724303190676E-2,6.5154300987522007E-2,1.6121002076202144E-2,1.4769305625989944E-2,1.164173692916926E-2,1.5577755737179982E-2,5.8046066418070211E-2,6.1607783901134555E-2,2.727261359769732E-2,4.0400856922174502E-2,5.296557411929162E-2,null,{"$f":"HLOOKUP($X$22,$E$22:$V$29,6,FALSE)","v":6.2813889248503077E-2},{"$f":"HLOOKUP($Y$22,$E$22:$V$29,6,FALSE)","v":6.2813889248503077E-2}]
[null,null,null,null,"Purchased feeds",{"$f":"SUM(F42:F43)","v":6.4249917476729285E-2},{"$f":"SUM(G42:G43)","v":6.6908062278488445E-2},7.6074437113567872E-2,6.1970456148779975E-2,5.7360205250306814E-2,6.3610164962063884E-2,6.4640790228387313E-2,6.3008866623705209E-2,5.4561929057958834E-2,7.1199503250151341E-2,6.2859753084947581E-2,7.3355258279676344E-2,5.8313649217771338E-2,7.6224336755234559E-2,3.4814427213447081E-2,5.7536789072513243E-2,7.1023004000994094E-2,null,{"$f":"HLOOKUP($X$22,$E$22:$V$29,7,FALSE)","v":5.7360205250306814E-2},{"$f":"HLOOKUP($Y$22,$E$22:$V$29,7,FALSE)","v":5.7360205250306814E-2}]
[null,null,null,null,"Tree carbon sequestration",{"$f":"F45","v":-9.3359768792380081E-3},{"$f":"G45","v":-8.6158861846610223E-3},-4.733370475054309E-3,-2.0223463310719201E-2,-5.8082189507542275E-3,-2.6477384724949777E-2,-5.4240488929659235E-2,-1.027953961920843E-2,-6.0842649424064123E-3,0,0,0,-9.2420267248371404E-3,-1.7079681370888505E-3,-2.6114568134679213E-3,-7.7815165680072398E-3,-1.0896476359462873E-2,null,{"$f":"HLOOKUP($X$22,$E$22:$V$29,8,FALSE)","v":-5.8082189507542275E-3},{"$f":"HLOOKUP($Y$22,$E$22:$V$29,8,FALSE)","v":-5.8082189507542275E-3}]
[]
[]
[null,null,null,null,"EntFerm",0.61524563331916904,0.59243709647709719,0.59178352052239325,0.60939863062912947,0.58115887788761267,0.59412580576851615,0.61118124905971993,0.58417513791078357,0.66265987788630243,0.62748928759780875,0.64828443455369034,0.62211391762247137,0.60941627658909647,0.63047301424671298,0.65116868950281481,0.63115065975534201,0.60210015869207334]
[null,null,null,null,"WasteManag",8.9651920791665438E-2,0.10011624603871175,0.11440540656372507,9.3204301288993097E-2,8.466710572944626E-2,9.5567116764368507E-2,7.306107289971242E-2,0.10869783189531117,7.6896630440246153E-2,0.10776614150499034,0.10938565428542533,0.10734751112006964,7.941557949963908E-2,5.4950220064514631E-2,8.3045366917136432E-2,8.4377765800044593E-2,9.3555755646964833E-2]
[null,null,null,null,"DirectPasture",3.3804073329929941E-2,3.1924645993258699E-2,2.9529007090699982E-2,3.527061010103922E-2,3.293999193789348E-2,3.0235192749304279E-2,3.4436268381081721E-2,2.7784156587811464E-2,3.9249026254974312E-2,3.144373944602636E-2,3.4276866463472291E-2,3.0711400023842612E-2,3.6073083507561776E-2,3.5599088987411827E-2,4.0202069614954428E-2,3.619325025096562E-2,3.17434641891595E-2]
[null,null,null,null,"ManureSpread",8.6460451745548426E-3,8.324256027788789E-3,1.234004807807523E-2,4.8340356157347752E-3,5.0968287297227565E-3,1.2539543809521323E-2,8.1617835019975708E-3,1.5093663220970411E-2,4.6232100379394779E-3,1.3994284416627471E-2,9.7580464455963474E-3,1.5089316177940662E-2,6.6267078625551409E-3,6.3747670216092543E-3,5.3160903201299832E-3,5.7897658467571953E-3,1.0738941052656719E-2]
[null,null,null,null,"IndirectNWaste",3.6213240473154648E-2,3.4542208957591448E-2,3.4828472641835709E-2,3.5546124305401522E-2,3.3410176425897102E-2,3.5182925419327056E-2,3.6284717194021536E-2,3.4540106360849629E-2,3.8745356317136569E-2,3.6965776896653493E-2,3.7438600604142641E-2,3.6843555958938665E-2,3.6933548515443136E-2,3.6566543197159948E-2,4.0059272543412384E-2,3.6764532145348354E-2,3.5534432902388446E-2]
[null,null,null,null,"DirectNFert",2.9581335478980342E-2,2.9382282669383985E-2,2.1312545717720316E-2,3.4485601565231706E-2,3.7243222583624384E-2,3.1393522759553663E-2,3.7145961100575588E-2,2.8037374090400323E-2,2.93921446639233E-2,2.5576122344183255E-2,2.2914986538671942E-2,2.6264003489701943E-2,3.3820656511138178E-2,2.6041535967865879E-2,3.0301008540272321E-2,3.0390244811270568E-2,2.9007786409261247E-2]
[null,null,null,null,"IndirectNFert",1.5442459877162617E-2,1.5338547563000441E-2,1.1125871323826874E-2,1.8002653020493854E-2,1.9442224670773407E-2,1.6388483067699185E-2,1.9391450879622497E-2,1.4636459694649667E-2,1.5343695858454879E-2,1.3351602850861772E-2,1.1962399752391452E-2,1.3710700126827466E-2,1.7655529161746727E-2,1.3594564539157099E-2,1.5818153610854032E-2,1.5864737969273453E-2,1.5143047820427909E-2]
[null,null,null,null,"Electricty",2.2336003502553867E-2,3.4071774280351713E-2,3.36809292256448E-2,3.295566056545754E-2,3.5434085897544577E-2,3.4624875245276035E-2,3.9169352123229244E-2,3.1973488281738183E-2,5.7840843046175839E-3,1.9670019572932051E-3,1.9260079651595434E-3,1.9775985582670776E-3,2.4834678000363129E-2,1.8050945329838222E-2,1.444322708388019E-2,1.8883507265512557E-2,2.5197634526973125E-2]
[null,null,null,null,"Fuel",2.4720789454794567E-2,2.4297209179238395E-2,2.6109352610075E-2,1.6418177761243935E-2,2.73798033509585E-2,3.4430097765501065E-2,3.6571372179961426E-2,3.3180812705783824E-2,1.0336917771584559E-2,1.280230366869674E-2,9.7157289640097174E-3,1.3600157178912905E-2,3.3211388417707079E-2,4.355683857129633E-2,1.2829386513817129E-2,2.1517349656661945E-2,2.7767939592318491E-2]
[null,null,null,null,"UreaLime",1.6747314354881696E-2,1.8985095143676151E-2,1.4261013606331916E-2,1.8684232276307843E-2,2.5954614661729779E-2,2.2560809893963335E-2,2.6907676171949602E-2,2.0024715005328764E-2,1.6362493421358506E-2,1.4247702067467796E-2,1.2763587579015388E-2,1.4631333136683888E-2,1.05871759177423E-2,1.2957888940422503E-2,1.9685758432504957E-2,1.5624218123870133E-2,1.7205769483976518E-2]
[null,null,null,null,"PreFarmConc",4.8572519418042588E-2,4.806488688498476E-2,4.4216164461451948E-2,5.0538485429457949E-2,5.1785472790878015E-2,4.7069425103980635E-2,5.0270553124399667E-2,4.5201788997582995E-2,4.2868927611615919E-2,5.4454617427112662E-2,4.8627763497292163E-2,5.5960809988842855E-2,5.1402425505384881E-2,5.1438091483502507E-2,2.5965520441176244E-2,4.3602587899976286E-2,5.365677136989281E-2]
[null,null,null,null,"PreFarmFodder",1.56773980586867E-2,1.8843175393503685E-2,3.1858272652115924E-2,1.1431970719322023E-2,5.5747324594288021E-3,1.6540739858083253E-2,1.4370237103987649E-2,1.7807077626122218E-2,1.1693001446342914E-2,1.6744885823038676E-2,1.4231989587655414E-2,1.7394448290833493E-2,6.9112237123864556E-3,2.4786245271732048E-2,8.848906772270836E-3,1.3934201172536959E-2,1.7366232631101281E-2]
[null,null,null,null,"PreFarmFert",5.2697243645661758E-2,5.2288461576073621E-2,3.9282765981158256E-2,5.9452980032905917E-2,6.5721081825245067E-2,5.5818846519855435E-2,6.7288795209400398E-2,4.9126927241875874E-2,5.2128898927910484E-2,4.3196533999239062E-2,3.8713933763477107E-2,4.4355248326667311E-2,6.2353753524073505E-2,4.7318224515865141E-2,5.492800652024394E-2,5.3688695870447938E-2,5.1878542042268633E-2]
[null,null,null,null,"TreeSequester",-9.3359768792380081E-3,-8.6158861846610223E-3,-4.733370475054309E-3,-2.0223463310719201E-2,-5.8082189507542275E-3,-2.6477384724949777E-2,-5.4240488929659235E-2,-1.027953961920843E-2,-6.0842649424064123E-3,0,0,0,-9.2420267248371404E-3,-1.7079681370888505E-3,-2.6114568134679213E-3,-7.7815165680072398E-3,-1.0896476359462873E-2]
[]
[]
[null,null,null,null,"As emissions intensity","Australia-wide","Victoria","Victoria- Northern","Victoria- Gippsland","Victoria- South West","New South Wales","NSW- North","NSW- South","Tasmania","Queensland","QLD- North","QLD- South","Western Australia","South Australia","Low grain (< 1 t DM/cow.annum)","Medium grain (1-2 t DM/cow.annum)","High grain (> 2 t DM/cow.annum)"]
[null,null,null,null,"EntFerm",0.56443744927992812,0.54426898075554675,0.536651943635859,0.553696283385396,0.54398212266932322,0.57345465164126741,0.5909595551602671,0.55556502496800353,0.57520734154694397,0.62886685726241176,0.66885942678206944,0.61515511914138599,0.5730696093968829,0.53581272949247627,0.62696270642891805,0.56019867504527587,0.56004376597616501]
[null,null,null,null,"WasteManag",8.0515534477106285E-2,8.3675285054293447E-2,8.8670604078149542E-2,8.4538625687202759E-2,7.6817561592756808E-2,7.9889236054709559E-2,7.0092637037996008E-2,8.9901144939922378E-2,6.5062982077970372E-2,0.12973688277486589,0.13276375646663433,0.12869909750911673,7.5098747974024826E-2,4.3203715231028596E-2,8.091900079677633E-2,7.9120115590792808E-2,8.1558621834614861E-2]
[null,null,null,null,"DirectPasture",3.1379941527134241E-2,3.0529498352297912E-2,2.8728891255796932E-2,3.2103552696766693E-2,3.1116172523630258E-2,3.0493341797073203E-2,3.3029215784304428E-2,2.7901734315617127E-2,3.4415774705805161E-2,3.0676067236126908E-2,3.6697743455935253E-2,2.8611492532192612E-2,3.3422377829156982E-2,2.9946824431310849E-2,3.9152560758087394E-2,3.1842788002134068E-2,3.0058585373362621E-2]
[null,null,null,null,"ManureSpread",6.969998563788128E-3,5.4476100215373538E-3,7.1167281109040604E-3,4.4402940916986123E-3,4.4519842441360534E-3,9.3034943919442763E-3,7.6286980180577182E-3,1.1015099477344826E-2,3.9728322871428268E-3,1.582555754421227E-2,8.8382780581425287E-3,1.8221196225150463E-2,6.0419463065776481E-3,5.5348542181784957E-3,4.8359610951860879E-3,5.1634513503133611E-3,8.6481102560753437E-3]
[null,null,null,null,"IndirectNWaste",3.2973091289335017E-2,3.1395738533058305E-2,3.0694147355896918E-2,3.2372951599426429E-2,3.1260434879283851E-2,3.3437440524597475E-2,3.4644119953798354E-2,3.220424066838122E-2,3.3875262500624226E-2,3.755236370359534E-2,3.9488576624971405E-2,3.6888519273409269E-2,3.4220356166733787E-2,3.0859241326544311E-2,3.876581432297372E-2,3.2411331379590354E-2,3.2698432750947866E-2]
[null,null,null,null,"DirectNFert",2.6100364038908398E-2,2.495501518327279E-2,1.5285103381355959E-2,2.9142205284198117E-2,3.2371719244647663E-2,2.9061749371288061E-2,3.5082650966078613E-2,2.2908520268919725E-2,2.4436987537569191E-2,2.6908039374322019E-2,2.3909410633522674E-2,2.793614065688179E-2,2.9632862988075714E-2,2.1584384890315549E-2,2.7762089354285771E-2,2.5469644317909351E-2,2.6389331688036779E-2]
[null,null,null,null,"IndirectNFert",1.3625274786413184E-2,1.3027363858386456E-2,7.9793421041654874E-3,1.5213219029716979E-2,1.689913479212116E-2,1.517121831585885E-2,1.8314333046698664E-2,1.1959024140385214E-2,1.2756935867070015E-2,1.4046908690324036E-2,1.2481522839194887E-2,1.4583612410711164E-2,1.5469358983605621E-2,1.1267780586808801E-2,1.4492751730711894E-2,1.3296017711722168E-2,1.3776125694771752E-2]
[null,null,null,null,"Electricty",2.4536890226143256E-2,3.2414488732261562E-2,3.2293497462634109E-2,3.0479181045164647E-2,3.4494985942911345E-2,3.7534071340006678E-2,4.2527109474372583E-2,3.2431296103786575E-2,4.8810747301205725E-3,5.3094879761457943E-3,4.6790689688799847E-3,5.5256316357797861E-3,2.1921915893615571E-2,1.6742641434715908E-2,1.8324728162272982E-2,2.3559863220796774E-2,2.6068436041948119E-2]
[null,null,null,null,"Fuel",2.3893688433435305E-2,2.0387095123729868E-2,2.2166063040988327E-2,1.498266665044533E-2,2.3656762096304251E-2,3.1359683732390432E-2,3.3332567301648498E-2,2.9343440084687134E-2,9.8415871195488662E-3,3.1045860931106173E-2,2.1503925055043602E-2,3.4317381802899054E-2,2.9968785536570852E-2,3.1982838593688126E-2,1.6381073276520209E-2,1.9717305792871263E-2,2.8091327548860932E-2]
[null,null,null,null,"UreaLime",1.4747152874065143E-2,1.5795753337871522E-2,1.1340151827531729E-2,1.550512695558399E-2,2.1433101532566747E-2,1.9076303721506382E-2,2.1583586144961461E-2,1.6513916189843509E-2,1.2843605355116397E-2,1.5528403804661929E-2,1.2403991269568973E-2,1.6599630959550939E-2,8.6223255165123573E-3,1.1207023086189996E-2,1.5402377520375947E-2,1.3810381059871405E-2,1.5399980095543043E-2]
[null,null,null,null,"PreFarmConc",4.4427871658829887E-2,4.3505887929545024E-2,3.9932843079269364E-2,4.4711656981476236E-2,4.6587772697944577E-2,4.6664740566722658E-2,4.8040664779351747E-2,4.5258576261508379E-2,3.5422593720126974E-2,5.0777644238283397E-2,4.6876262636954963E-2,5.2115260787310311E-2,4.9844267432188255E-2,4.4334305592819971E-2,2.4766879323784931E-2,4.0194820651554143E-2,5.0168570474085065E-2]
[null,null,null,null,"PreFarmFodder",1.4285585138188131E-2,1.5709929783621325E-2,2.9228690285846241E-2,9.296259192351471E-3,5.9010877722212481E-3,1.7017734381986005E-2,1.4560782102663905E-2,1.9528685612501998E-2,1.1001352886564614E-2,1.4762112461836121E-2,1.3006375275044077E-2,1.5364079497307673E-2,5.8337179775859709E-3,1.9094229381265378E-2,8.4797207173934516E-3,1.3836218113483749E-2,1.535375679262474E-2]
[null,null,null,null,"PreFarmFert",4.6625029992466219E-2,4.4455781980785786E-2,2.8498500838808567E-2,5.0514898647425782E-2,5.7545402684518521E-2,5.1738728850233791E-2,6.293769671011154E-2,4.029362982860047E-2,4.3808447726641782E-2,4.5191426534997109E-2,4.0139398457949081E-2,4.6923550447127857E-2,5.4838524114804173E-2,3.9836258390608087E-2,5.1008385289727225E-2,4.5198198527297742E-2,4.7201742019169768E-2]
[null,null,null,null,"TreeSequester",-1.4170981891594967E-2,-8.5153176312911128E-3,-4.3995211726242881E-3,-1.6873698161210385E-2,-5.0958928517720317E-3,-4.8032159764187461E-2,-8.3029414851989378E-2,-1.2265734234895407E-2,-5.4122747932623654E-3,0,0,0,-1.1326294360440615E-2,-8.4513034936013255E-4,-3.1204461205567662E-3,-1.4302228153773577E-2,-1.5431436428110255E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Selected Baseline farm","Selected Example Baseline farm"]
[null,null,null,null,null,"Australia-wide","Victoria","Victoria- Northern","Victoria- Gippsland","Victoria- South West","New South Wales","NSW- North","NSW- South","Tasmania","Queensland","QLD- North","QLD- South","Western Australia","South Australia","Low grain (< 1 t DM/cow.annum)","Medium grain (1-2 t DM/cow.annum)","High grain (> 2 t DM/cow.annum)",null,{"$f":"X22","v":"Victoria- South West"},{"$f":"Y22","v":"Victoria- South West"}]
[null,null,null,null,"Enteric methane",{"$f":"F49","v":0.56443744927992812},{"$f":"G49","v":0.54426898075554675},0.536651943635859,0.553696283385396,0.54398212266932322,0.57345465164126741,0.5909595551602671,0.55556502496800353,0.57520734154694397,0.62886685726241176,0.66885942678206944,0.61515511914138599,0.5730696093968829,0.53581272949247627,0.62696270642891805,0.56019867504527587,0.56004376597616501,null,{"$f":"HLOOKUP($X$64,$E$64:$V$71,2,FALSE)","v":0.54398212266932322}]
[null,null,null,null,"Waste methane",{"$f":"F50","v":8.0515534477106285E-2},{"$f":"G50","v":8.3675285054293447E-2},8.8670604078149542E-2,8.4538625687202759E-2,7.6817561592756808E-2,7.9889236054709559E-2,7.0092637037996008E-2,8.9901144939922378E-2,6.5062982077970372E-2,0.12973688277486589,0.13276375646663433,0.12869909750911673,7.5098747974024826E-2,4.3203715231028596E-2,8.091900079677633E-2,7.9120115590792808E-2,8.1558621834614861E-2,null,{"$f":"HLOOKUP($X$64,$E$64:$V$71,3,FALSE)","v":7.6817561592756808E-2}]
[null,null,null,null,"Waste nitrous oxide ",{"$f":"F51+F52+F53","v":7.132303138025739E-2},{"$f":"G51+G52+G53","v":6.7372846906893574E-2},6.6539766722597912E-2,6.8916798387891734E-2,6.6828591647050156E-2,7.323427671361496E-2,7.53020337561605E-2,7.1121074461343164E-2,7.2263869493572219E-2,8.4053988483934514E-2,8.5024598139049196E-2,8.3721208030752337E-2,7.3684680302468414E-2,6.6340919976033655E-2,8.2754336176247195E-2,6.9417570732037776E-2,7.1405128380385832E-2,null,{"$f":"HLOOKUP($X$64,$E$64:$V$71,4,FALSE)","v":6.6828591647050156E-2}]
[null,null,null,null,"Fertiliser-derived N2O and CO2 ",{"$f":"F54+F55+F58+F61","v":0.10109782169185294},{"$f":"G54+G55+G58+G61","v":9.8233914360316546E-2},6.3103098151861742E-2,0.11037544991692486,0.12824935825385408,0.11504800025888709,0.13791826686785028,9.1675090427748906E-2,9.3845976486397392E-2,0.1016747784043051,8.8934323200235615E-2,0.10604293447427175,0.10856307160299786,8.3895446953922426E-2,0.10866560389510083,9.7774241616800664E-2,0.10276717949752134,null,{"$f":"HLOOKUP($X$64,$E$64:$V$71,5,FALSE)","v":0.12824935825385408}]
[null,null,null,null,"Energy consumption",{"$f":"F56+F57","v":4.843057865957856E-2},{"$f":"G56+G57","v":5.280158385599143E-2},5.4459560503622439E-2,4.5461847695609979E-2,5.8151748039215592E-2,6.8893755072397117E-2,7.5859676776021082E-2,6.1774736188473706E-2,1.4722661849669439E-2,3.6355348907251964E-2,2.6182994023923586E-2,3.984301343867884E-2,5.1890701430186426E-2,4.8725480028404031E-2,3.4705801438793191E-2,4.3277169013668036E-2,5.4159763590809054E-2,null,{"$f":"HLOOKUP($X$64,$E$64:$V$71,6,FALSE)","v":5.8151748039215592E-2}]
[null,null,null,null,"Purchased feeds",{"$f":"F59+F60","v":5.8713456797018018E-2},{"$f":"G59+G60","v":5.9215817713166349E-2},6.9161533365115602E-2,5.4007916173827705E-2,5.2488860470165821E-2,6.3682474948708656E-2,6.2601446882015646E-2,6.4787261874010377E-2,4.6423946606691587E-2,6.5539756700119522E-2,5.9882637911999041E-2,6.7479340284617981E-2,5.5677985409774228E-2,6.3428534974085349E-2,3.3246600041178381E-2,5.4031038765037891E-2,6.5522327266709812E-2,null,{"$f":"HLOOKUP($X$64,$E$64:$V$71,7,FALSE)","v":5.2488860470165821E-2}]
[null,null,null,null,"Tree carbon sequestration",{"$f":"F62","v":-1.4170981891594967E-2},{"$f":"G62","v":-8.5153176312911128E-3},-4.3995211726242881E-3,-1.6873698161210385E-2,-5.0958928517720317E-3,-4.8032159764187461E-2,-8.3029414851989378E-2,-1.2265734234895407E-2,-5.4122747932623654E-3,0,0,0,-1.1326294360440615E-2,-8.4513034936013255E-4,-3.1204461205567662E-3,-1.4302228153773577E-2,-1.5431436428110255E-2,null,{"$f":"HLOOKUP($X$64,$E$64:$V$71,8,FALSE)","v":-5.0958928517720317E-3}]
[null,null,null,null,"Net ",{"$f":"SUM(F65:F71)","v":0.9103468903941464},{"$f":"SUM(G65:G71)","v":0.89705311101491703},0.87418698528458194,0.90012322308564263,0.92142234982059368,0.9261702349253973,0.92970420162832135,0.92255859862460676,0.86211450326798256,1.0462276125328887,1.0616477365239112,1.0409407128788235,0.92665850175589393,0.84056169630659006,0.96413360265645731,0.88951658260983957,0.92002535011809561,null,{"$f":"HLOOKUP($X$64,$E$64:$V$72,9,FALSE)","v":0.92142234982059368}]

{"sheet":"Industry averages","index":2,"n_rows":27,"n_cols":16384,"rows_kept":27,"cut":false,"hidden":true,"merged":[]}
["Emissions intensity for regions/ grain feeding groups (2019-20 to 2023-24 averages)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Industry average accessing"]
[null,null,"Australia-wide","Victoria","Victoria- Gippsland","Victoria- Northern","Victoria- South West","New South Wales","NSW- North","NSW- South","Queensland","QLD- North","QLD- South","South Australia","Tasmania","Western Australia","Low grain (< 1 t DM/cow.annum)","Medium grain (1-2 t DM/cow.annum)","High grain (> 2 t DM/cow.annum)",null,{"$f":"'Your Farm'!K237","v":"Victoria- South West"}]
[null,"Milk EI",0.91034689039414796,0.89705311101491747,0.90012322308564219,0.87418698528458227,0.92142234982059334,0.94201488535548605,0.92970420162832124,0.92255859862460676,1.0462276125328887,1.0616477365239112,1.0409407128788233,0.84056169630659017,0.86211450326798211,0.92665850175589348,0.96413360265645698,0.88951658260983968,0.92002535011809439,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,2,FALSE)","v":0.92142234982059334}]
[null,"Meat EI",5.0167918603866344,4.8576117274650832,4.8110049527632128,4.7134422847169004,5.0772218334647867,4.8084081191604282,4.8018985444319711,4.9500783013947114,6.2955732681592966,7.0691846857428269,6.0303350678449412,4.4550704401729222,4.7088455300475101,5.4909506133221679,5.6127145462282266,4.776867237638025,5.1311797476130279,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,3,FALSE)","v":5.0772218334647867}]
[null,"Milk MS EI",12.717560780451123,12.462656882735628,12.480293429147286,12.160716564021934,12.807348718780416,13.275902276255948,13.102371143014052,12.992862607097281,14.717415118124718,15.066795585339177,14.597627529365477,11.78198133293454,11.855777209713784,13.125376226099526,13.286375583887253,12.348870336531272,12.936139320592488,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,4,FALSE)","v":12.807348718780416}]
[null,"Enteric methane",0.56228621624226671,0.54426898075554675,0.553696283385396,0.536651943635859,0.543982122669323,0.56315334287468832,0.56736538636010925,0.55556502496800353,0.62886685726241176,0.66885942678206944,0.61515511914138599,0.53581272949247616,0.57520734154694375,0.5730696093968829,0.62696270642891794,0.55496178316361788,0.5600437659761649,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,5,FALSE)","v":0.543982122669323}]
[null,"Waste methane",8.0308777248443139E-2,8.3675285054293433E-2,8.453862568720269E-2,8.8670604078149584E-2,7.6817561592756808E-2,7.8870417577247623E-2,6.7824977110722981E-2,8.9901144939922281E-2,0.12973688277486586,0.13276375646663444,0.12869909750911671,4.3203715231028596E-2,6.5062982077970344E-2,7.5098747974024882E-2,8.0919000796776344E-2,7.8616792504309738E-2,8.1558621834614917E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,6,FALSE)","v":7.6817561592756808E-2}]
[null,"N2O direct grazing",3.124674232692359E-2,3.0529498352297912E-2,3.210355269676668E-2,2.8728891255796942E-2,3.1116172523630262E-2,3.01727060297491E-2,3.1568321330381309E-2,2.7901734315617117E-2,3.0676067236126904E-2,3.669774345593526E-2,2.8611492532192605E-2,2.9946824431310842E-2,3.4415774705805167E-2,3.3422377829156989E-2,3.915256075808736E-2,3.151853219255208E-2,3.0058585373362614E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,7,FALSE)","v":3.1116172523630262E-2}]
[null,"Manure storage & spread",6.9528840435388308E-3,5.4476100215373512E-3,4.4402940916986131E-3,7.1167281109040578E-3,4.4519842441360542E-3,8.7540583512231377E-3,7.4409903766137651E-3,1.1015099477344822E-2,1.5825557544212256E-2,8.8382780581425339E-3,1.8221196225150449E-2,5.5348542181784931E-3,3.9728322871428251E-3,6.0419463065776472E-3,4.8359610951860879E-3,5.1217883177255615E-3,8.6481102560753437E-3,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,8,FALSE)","v":4.4519842441360542E-3}]
[null,"Indirect N waste",2.6022537704742908E-2,2.4955015183272783E-2,2.9142205284198114E-2,1.5285103381355964E-2,3.237171924464765E-2,2.8802886119740734E-2,3.4229071817166758E-2,2.2908520268919704E-2,2.6908039374322009E-2,2.3909410633522667E-2,2.7936140656881797E-2,2.1584384890315552E-2,2.4436987537569191E-2,2.9632862988075714E-2,2.7762089354285771E-2,2.5280186416122223E-2,2.6389331688036779E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,9,FALSE)","v":3.237171924464765E-2}]
[null,"Direct N fert",3.284590953336515E-2,3.1395738533058305E-2,3.2372951599426408E-2,3.0694147355896925E-2,3.1260434879283851E-2,3.2885583917459354E-2,3.3249223275419133E-2,3.2204240668381207E-2,3.755236370359534E-2,3.9488576624971412E-2,3.6888519273409248E-2,3.0859241326544301E-2,3.3875262500624212E-2,3.4220356166733801E-2,3.8765814322973727E-2,3.2101724240952492E-2,3.2698432750947845E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,10,FALSE)","v":3.1260434879283851E-2}]
[null,"Indirect N fert",1.3579140865816327E-2,1.3027363858386463E-2,1.5213219029716979E-2,7.9793421041654874E-3,1.6899134792121146E-2,1.5004882619629652E-2,1.7808348111120247E-2,1.1959024140385219E-2,1.4046908690324033E-2,1.2481522839194887E-2,1.4583612410711167E-2,1.1267780586808801E-2,1.2756935867070015E-2,1.5469358983605621E-2,1.4492751730711894E-2,1.3183710792846767E-2,1.3776125694771749E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,11,FALSE)","v":1.6899134792121146E-2}]
[null,"Electricity",2.4431727767534613E-2,3.2414488732261548E-2,3.0479181045164647E-2,3.2293497462634102E-2,3.4494985942911345E-2,3.8645547578665153E-2,4.1373714767051928E-2,3.2431296103786547E-2,5.3094879761457934E-3,4.6790689688799838E-3,5.5256316357797835E-3,1.6742641434715905E-2,4.8810747301205716E-3,2.1921915893615581E-2,1.8324728162272985E-2,2.330385914494755E-2,2.6068436041948119E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,12,FALSE)","v":3.4494985942911345E-2}]
[null,"Fuel ",2.3763822291596189E-2,2.0387095123729868E-2,1.4982666650445333E-2,2.2166063040988324E-2,2.3656762096304244E-2,3.0283586498351795E-2,3.1908228971800116E-2,2.934344008468712E-2,3.1045860931106176E-2,2.1503925055043605E-2,3.4317381802899047E-2,3.1982838593688126E-2,9.8415871195488645E-3,2.9968785536570862E-2,1.6381073276520212E-2,1.9401163872403718E-2,2.8091327548860942E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,13,FALSE)","v":2.3656762096304244E-2}]
[null,"Urea & Lime",1.4714963904346101E-2,1.5795753337871518E-2,1.5505126955583993E-2,1.1340151827531729E-2,2.1433101532566758E-2,1.8473207681927558E-2,2.1230545831913798E-2,1.6513916189843502E-2,1.5528403804661924E-2,1.2403991269568987E-2,1.6599630959550936E-2,1.1207023086189994E-2,1.2843605355116394E-2,8.6223255165123556E-3,1.5402377520375963E-2,1.3732021276784454E-2,1.5399980095543046E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,14,FALSE)","v":2.1433101532566758E-2}]
[null,"Concs",4.4288442643703588E-2,4.350588792954501E-2,4.4711656981476236E-2,3.9932843079269364E-2,4.6587772697944604E-2,4.4798655962659271E-2,4.651144332312783E-2,4.5258576261508386E-2,5.077764423828339E-2,4.6876262636954991E-2,5.2115260787310283E-2,4.4334305592819957E-2,3.5422593720126967E-2,4.9844267432188255E-2,2.4766879323784935E-2,3.9855399182750273E-2,5.0168570474085086E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,15,FALSE)","v":4.6587772697944604E-2}]
[null,"Fodder",1.4236077818872678E-2,1.5709929783621325E-2,9.296259192351471E-3,2.9228690285846248E-2,5.9010877722212498E-3,1.5993650480049984E-2,1.4017798600494539E-2,1.9528685612501991E-2,1.4762112461836117E-2,1.300637527504408E-2,1.5364079497307661E-2,1.9094229381265374E-2,1.1001352886564612E-2,5.8337179775859744E-3,8.479720717393455E-3,1.3715699102262389E-2,1.5353756792624738E-2,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,16,FALSE)","v":5.9010877722212498E-3}]
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[null,"Meat to milk ratio",0.1338236858765427,0.1187499392941761,0.11518855326505717,0.1141910813524567,0.1277819548533593,0.13534617693702411,0.1374572435410506,0.12074352532091792,0.15974071487852748,0.16983055162376937,0.156281342280159,0.11653815931209721,0.12622973460192821,0.19068217975107593,0.15560561658684691,0.12495696839650916,0.13808078344150165,null,{"$f":"HLOOKUP('Your Farm'!$K$237,'Industry averages'!$B$3:$S$22,19,FALSE)","v":0.1277819548533593}]
[]
[]
[null,"Datasets accessed",1020,400,125,150,125,184,93,91,94,24,70,78,143,121,66,419,535]
[]
[]
[null,"Data generated from the folder 2023 consultancy to DA > 2025 bulk download data > 2025 data analysis file > PT for EIs tab "]

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["Australian Dairy Carbon Calculator"]
[]
["Version 6.1, November 2025"]
[]
[null,"Introduction"]
[null,"The Australian Dairy Carbon Calculator (ADCC, and previously known as DGAS) was developed to explore the implications of a range of diet, herd or feedbase management options on the greenhouse gas (GHG) emissions for a dairy enterprise.  In addition, a replication of the baseline 'Your farm' system is provided to users to give them the ability to alter one or more components of the whole farm system.  "]
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[]
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[null,"The GHG emissions estimations are based on Australia's current National Greenhouse Gas Inventory (NGGI) methodology. This is changing in 2022, with updated global warming potential values and some other minor changes.  ADCC estimates the carbon dioxide, methane and nitrous oxide emissions of an Australian dairy enterprise based on carbon dioxide equivalents.  More information on the NGGI methodology can be found at: "]
[]
[]
[null,"https://www.dcceew.gov.au/climate-change/publications/national-inventory-report-2023"]
[]
[null,"How to enter data into the Australian Dairy Carbon Calculator"]
[null,"The first step in using the carbon calculator is to enter data on the 'Your Farm' tab.  This is the farm system prior to exploring any mitigation options or strategies.  The accuracy of the 'Your farm' system is important, both in terms of an accurate assessment of it's GHG emissions and the ramifications for when an abatement strategy is implemented.  An example of a farm can be viewed on the 'Example Farm' worktab.  There are comments attached to many of the cells, accessed via the question mark (?) to assist with additional information regarding what the question is asking for.  "]
[]
[]
[]
[]
[null,"Click to progress to 'Your Farm' worksheet",null,null,null,null,null,null,null,null,"Click here to progress to the 'Example Farm' worksheet"]
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[null,"Users then progress to the 'Abatement Schematic' worksheet and select which abatement strategy they wish to explore.  Abatement options are segmented into three theme areas: Herd and breeding management, Diet manipulation, Feedbase management. Clicking on an abatement strategy box below any of these theme areas will take the user to the relevant worksheet.  Alternatively,  users can click on the relevant tab at the bottom of the workbook.  In addition, by clicking on the Whole farm abatement strategy link, users will progress to the 'Strategy Farm' where they can alter one or more components of the whole farm system.  When comparing the baseline 'Your farm' system to the abatement strategy farm system, you are comparing two steady state systems, the change from one farm to the other has been fully completed.  This is especially important with the reproductive strategies which will take years to fully achieve (e.g. extended lactation for the whole herd).  Therefore the reduction in GHG emissions and/or increase in farm profitability will not reach the results presented here until the abatement strategy has been fully implemented."]
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[null,"Click here to progress to the 'Abatement Schematic' worksheet"]
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[null,"Entering data for the strategy specific worksheets"]
[null,"Once the user has clicked on the box representing the abatement strategy they wish to explore, the worksheet is divided into 6 sections.  "]
[null,"Where applicable, users are informed of what each question is asking for (shown by hovering over the cell) and the factors users need to consider (e.g. indirect expenses associated with implementing an abatement strategy)."]
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[null,"The Introduction section is a brief explanation of what the abatement strategy explores and how to fill in the data.  "]
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[null,"The second 'Your Farm' system section is a series of farm data questions.  For most abatement strategies, the data for the herd is already linked to the 'Your Farm' worksheet and therefore the user does not need to enter any data.  An equation will appear in the data cell and it will also be protected.  However, if the cells corresponding to the questions relating to the baseline 'Your farm' system are coloured green, a figure will need to be entered by the user.  For example, with the 'Extended Lactation' strategy, the user needs to enter your farm daily milk production for both the 1st lactation cows and subsequent lactation cows as this distinction cannot be made with respect to milk production when entering your farm data.  "]
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[null,"The third Key variables section is a series of key questions relevant to the abatement strategy being explored (e.g. percentage reduction in enteric methane as a result of breeding or management).  Data is entered either by using the up/down arrows or entering data (e.g. calving date for the extended lactation strategy).  All the cells that require numbers will begin at zero when the carbon calculator is opened for the first time.     "]
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[null,"The fourth Variation in production section contains production changes (e.g. increase in milk production)."]
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[null,"The fifth GHG and economic results section contains the reductions in GHG emissions and changes in financial results as a consequence of implementing the abatement strategy.  Unlike all other sections, this section is consistent across all abatement strategies."]
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[null,"The Graphics section illustrates the relative change in economic results when implementing an abatement strategy. There are four columns and all are monetary figures representing an increase in income and expenses relative to the 'Your farm' system.  Carbon credits represents an additional source of income the farmer would receive if the abatement strategy explored qualified for payment as part of a carbon offset scheme.  Implementation expenses represents the additional expenses associated with implementing the abatement strategy being explored.  Additional milk income represents any additional income from increased milk production if the strategy resulted in more energy available for milk production.  Total farm benefit represents the sum of income from carbon credits and additional milk production minus the implementation expenses.  "]
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[null,"Entering data for the abatement 'Strategy Farm' worksheet"]
[null,"When opening up the abatement 'Strategy Farm' worksheet for the first time, it looks like a mirror image of the 'Your farm' system as all data entry cells are linked to the 'Your Farm' system worksheet.  Users then can alter one or more cells by typing in a new figure (e.g. increasing the herd size, reducing N fertiliser inputs etc).  Wherever new data is entered, the cells will change from being coloured green with black text to being coloured red with white text.  This gives the user a visual indication of which cells have been altered between 'Your farm' and 'Strategy farm' systems (see image below showing that the milking cow and heifers > 1 numbers have been altered but Heifers < 1 have not).  If the user has made a mistake and incorrect cells were altered, the link to the 'Your farm' system has been broken and the user has four options available to re-correct.  Use the keyboard shortcut Control-B and a message window will appear showing the previous value and asking if you would like to revert to it. Click yes to re-establish the link to the 'Your Farm' sheet. Alternatively, if the error is identified straight away, they can click on the blue undo button generally located at the top left hand of the worksheet.  However, if several changes have been made, it will take a lot of clicks of the undo button to get the data correct again.  Users can then either re-enter the  correct equation back into the cell manually (e.g. retyping ='Your farm'!D9:F9 in the Strategy farm D9 cell to correct the strategy owner ID) or manually typing in the correct number. Once any one of these four options is completed, the cell will go back to being green with black text to indicate that it is now exactly the same as per the 'Your farm' system.    "]
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[null,"Results of the changes to the abatement strategy farm are presented in table form as per 'Your farm' system results.  In addition, a column chart shows the 'Your farm' baseline system and the whole farm abatement system results for each GHG source, on a per kg of fat and protein corrected milk (FPCM) basis. Unlike all other strategy-specific worksheets, with this strategy we have very few questions relating to the economics associated with implementation. "]
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[null,"What the Australian Dairy Carbon Calculator can't do"]
[null,"The carbon calculator is built using a static approach. ADCC is not dynamic and therefore can't inform the users if the abatement strategy being explored can be achieved on farm.  "]
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[null,"For example, if the abatement strategy being explored is the Extended lactation strategy, the milkers spend a greater proportion of their time lactating, it may be that there are larger feed deficits at times of the year, such as autumn, where feed demand is higher with the strategy farm compared to your farm.  Users need to firstly identify if this would be true for the farm system being explored and then decide how best to reduce this feed deficit, for example with additional grain/supplements which need to added to the analysis."]
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[null,"The Australian Dairy Carbon Calculator development and disclaimers"]
[null,"The Australian Dairy Carbon Calculator (versions 1 through 4) was developed by staff from the University of Tasmania, University of Melbourne and the Victorian Department of Environment and Primary Industries and was funded by the Australian Department of Agriculture, Dairy Australia, Meat and Livestock Australia and Australian Wool Innovation as part of the WFSAM project."]
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[null,"ADCC (versions 5 and 6) was funded by Dairy Australia, and developed by staff from the University of Tasmania, with input from staff at Dairy Australia, University of Melbourne, Agriculture Victoria and XCheque."]
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[null,"The funding bodies and developers of the calculator do not guarantee that the calculator is without flaw of any kind and therefore disclaims all liability for any error, loss or other consequence which may arise from reliance on any information contained herein."]
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[null,"The calculator is subject to development at all times and the methodology for estimating GHG emissions alters over time so we take no responsibility for the calculator being current.  If required, professional advice should be sought when entering the baseline 'Your farm' system, deciding on the degree of change possible when implementing an abatement strategy and interpretation of the results.  The carbon calculator can be used as a first review of the potential changes in GHG emissions associated with implementing any of the intervention strategies currently available.  However, the marginal economic analysis is only a guide and therefore a full farm systems and economic analysis is recommended to better inform the productivity and profitability implications on farm, especially if capital investment is required to implement a strategy.         "]
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[null,"Changes between 5.4 and 6.1 (greater information can be found in the User Manual located on the Dairy Australia website)"]
[null,"1. Complete revamp of the colour scheme and restructuring of tabs, including drop-down lists to navigate to other tabs, pulling data from other tabs into the 'Your farm' tab (e.g. fertiliser data or stock sales data), inclusion of a printable results page, use of a Question mark (?) to click on to pull up notes to help with data entry and results interpretation (previously notes would pop up when in a cell with a note which then hid the cell)"]
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[null,"2. Users can enter the proportion of solids removed via pre-treatment of waste destined for either a pond/lagoon system or spread daily from a sump system (limited to 50%)"]
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[null,"3. Users determine which non milker stock class is fed on a feedpad and can enter different hours per day, days per year and proportion of each stock class (previously assumed all non- milkers when hours per day and days per year were entered)"]
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[null,"4. Update of regional, state, national and levels of grain feeding averages based on DFMP and QDAF data from 2019-20 to 2023-24"]
[null,"5. Renaming of 'Baseline farm' tab to 'Your farm' although at times, it is more appropriate to be mentioning the baseline farm system. Thus, these terms 'Your farm' and baseline farm are interchangeable "]
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[null,"6. Additional functionality such as within the Feed Quality table, linking the table of averages with the calculation cells to determine average feed quality for the four major supplementary feed groups (concentrates/grains, silage, hay and by-products)"]
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[null,"7. Updates to the Fertiliser Rates tab including several new fertilisers and more accurately determining the proportion of total N fertiliser that is urea-N based"]
[null,"8. Adjusted the estimates in the Feeding Dietary Fats & Oils- Replacing Supplementation abatement tab so that changes in diet protein reflect changes in nitrous oxide emissions."]
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[null,"9. Inclusion of a new tab called 'Action Plan' which further illustrates the difference between 'Your farm' results and that of the region/state/grain feeding level you chose to compare results with. Through a series of questions and drop-down panels, users are taken along a pathway to explore potential avenues to reducing their farm's carbon footprint, including resources and links to the relevant abatement strategies within ADCC. "]
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[null,"Changes between versions 5.2 and 5.4 (intermediate version 5.3 was limited release)"]
[null,"1. Altered emission factors for direct nitrous oxide emissions from fertiliser and animal waste"]
[null,"2. Altered fractions of emissions to each manure management system and their corresponding methane conversion factor, resulting in a change to the state-based integrated methane factor"]
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[null,"3. Allocated purchased supplementary feeds based on whether fed on the milking platform (allocated to the milk enterprise) vs the support block (proportionally allocated to milk and meat enterprises)"]
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[null,"4. Included ADCC version 5.2 methodology, to allow a comparison with all changes made for version 5.4"]
[null,"5. Allow users to now define the percentage of lagoon-destined waste that is pre-treated and allocated to solid storage (default remains 20% at this stage)"]
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[null,"6. New Other Livestock help tab to assist with the data requirements for the Other stock < 1 yr old and Other stock > 1 yr old"]
[null,"7. Added default DMD% and CP% values into the equations if the cells are not completed; these are 75% and 20% as per the national inventory"]
[null,"8. Extended the tree vegetation tab to also include 3 areas which are based on data generated from other tools/calculators (e.g. LOOC-C, FullCAM etc)"]
[null,"9. Added a few extra common fertilisers into the Fertiliser help tab"]
[null,"10. Updated the national, state, regional and grain feeding rate averages based on DFMP and QDAF data from 2018-19 to 2022-23 "]
[null,"11. Added a new intervention tab (Diet additives) which needs expert data entry, such as rate of active ingredient feeding, cost of active ingredient, grams reduction in CH4 per kg DMI etc"]
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[null,"12. Estimated the relative change in net farm, CH4 and N2O emissions with each intervention, relative to the baseline farm system"]
[null,"13. Inclusion of a printable-sized Data Summary tab containing the main results for the Baseline farm system"]
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[null,"Changes between version 5.1 and 5.2"]
[null,"1. Implementation of a pathway to import a DairyBase farm dataset into ADCC, including how to implement macros which everyone will need to do, not just those importing a dataset from DairyBase"]
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[null,"2. Ability to clear all data entry for the baseline farm tab"]
[null,"3. Clarification around electricity consumption now only based on that purchased from the national grid"]
[null,"4. Altered the design of the tree carbon sequestration section, including removing the data entry drop-down list for soils and disengaged the VLOOKUP function to determine soil type for sequestration estimates. There was only a very small number of regions by tree species interaction that resulted in slight difference in results (formulas still intact if we decide to re-instate in the future),"]
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[null,"5. Built in the option to explore up to four areas of trees for carbon sequestration"]
[null,"6. Fixed the cell protection not allowing to pick the other option from the drop-down list and altered to being a white cell to identify that this is a data entry cell"]
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[null,"7. Tidying up of a few spelling mistakes"]
[null,"8. Amended an equation error for non-state based manure management for livestock when heifers manure is stored in a sump/dispersal system prior to spreading onto pastures "]
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[null,"9. Included industry comparison emissions intensities, broken down into each source, per kg FPCM, kg MS and kg LW and ratio of emissions to milk vs meat"]
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[null,"10. A rebuild of the Reduce enteric methane through breeding or management (renamed Inc. milk or reduce CH4 so that we can explore multiple options of either no change or change in enteric methane and/or milk production with or without a change in diet quality"]
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[null,"11. Altered the Reduce CH4 through breeding or management to now just be management. Any improvement through breeding can be assessed with the Increased milk production tab"]
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[null,"Changes between version 4 and version 5.1"]
[null,"1. Alteration of the global warming potentials for methane from 25 to 28 times that of carbon dioxide, and for nitrous oxide from 298 to 265 times that of carbon dioxide"]
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[null,"2. Minor changes to a range of emission factors (EF), which has resulted in a net increase in indirect N2O losses (e.g. EF for N lost through leaching has increased from 0.0075 to 0.011 Gg N2O-N/Gg N)"]
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[null,"3. Inclusion of carbon dioxide emissions associated with the breakdown of urea and lime when applied to pastures, leading to a loss of carbon dioxide emissions"]
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[null,"4. Alteration of the emission factors for pre-farm embedded emissions (grain, forage, fertiliser) to align with the same factors used in the SB-GAF tool (estimation of sheep and beef GHG emissions)"]
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[null,"5. Alterations to emission factors and reporting of electricity and diesel consumption. Scope 1 diesel emissions are those emitted on farm with the consumption of fuel in vehicles, tractors, irrigation pumps etc. Scope 3 diesel emissions are associated with the extraction and manufacturing of diesel (previously included in the total diesel GHG emission estimates). Scope 2 electricity emissions are associated with the generation and subsequent consumption of electricity on farm. Scope 3 electricity emissions are those associated with loss of electricity during the transmission and delivery process. For example, to supply 1kWh of power to farm, approx. 1.3 kWh need to be generated to take into consideration electricity lost in the transmission phase."]
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[null,"6. An explanation of each emission source has been included as a note in the results table. "]
[null,"7. Two 'Other stock' classes for non-replacement animals and young bulls. This was critical to allow for the inclusion of raising heifers and steers as dairy beef"]
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[null,"8. New data entry required to estimate total meat sold from CFA cows, bulls and young stock."]
[null,"9. Allocation of  GHG emissions to milk vs meat, based on energy allocation as per the IDF (2022) "]
[null,"10. Emissions intensity for the farm analysed based on the proportion of emissions are allocated to milk, both still presented as kg CO2e/kg FPCM and kg CO2e/kg MS, and emissions intensity for meat presented as kg CO2e/kg liveweight"]
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[null,"11. Typical average farm emissions based on assessment of the DFMP 2015/16 to 2020/21 datasets"]
[null,"12. Tree carbon sequestration estimations have been redesigned and based on those in other national GHG tools such as SB-GAF"]
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[null,"DairyBase Import Instructions"]
[null,"To import farm data from DairyBase you must first export your data from the DairyBase website.",null,null,null,null,null,null,null,null,null,null,"Go to DairyBase website"]
[null,"1. Login to the DairyBase website and then click on the Carbon Calculator button at the top right of the page (1)."]
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[null,"2. Select the dataset you wish to bring into the Australian Dairy Carbon Calculator spreadsheet by clicking on it (1)."]
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[null,"3. Confirm you want to load the carbon dataset by clicking on the 'Load Carbon Dataset' button (1)."]
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[null,"4. Once the dataset has loaded click on the 'Download Spreadsheet' text at the top of the window (1). You may need to confirm the download or select a location to save the file to. If this is the case choose your Downloads folder."]
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[null,"5. The downloaded will be named something like 'DairyBaseData_1278_17774_08-09-4-13.xlsx' with the numbers varying depending on your user ID and the date and time."]
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[null,"6. Now we have the DairyBase data in a file we can import the data into the Australian Dairy Carbon Calculator spreadsheet by clicking on the 'Import from DairyBase' button at the top right of the 'Your farm' sheet."]
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[null,"7. The importer will first ask you to confirm you wish to overwrite all the existing data on already entered into the 'Your farm' sheet. If this is okay click 'Yes' to continue."]
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[null,"8. A file selection window will open for you to select the spreadsheet file you previously downloaded from the DairyBase website to your 'Downloads' folder."]
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[null,"Allowing the DairyBase import macro to run"]
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[null,"9. As shown in the figure above navigate to the Downloads folder and select the DairyBase file. Then click the 'OK' button."]
[null,"10. The importer will now run copying the data from the DairyBase file into the 'Your farm' sheet. This may take a minute, and then the importer will tell you it has finished."]
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[null,"Return to the 'Your farm' sheet"]
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[null,"Changing Macro Security Settings (Excel for Windows, Excel for Mac instructions are below)"]
[null,"In order to run the macro to import your data from a DairyBase file the Excel macro security settings must set correctly. "]
[null,"If they are too high you will get a message like the one below when you open the spreadsheet."]
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[null,"1. If you get the message above click on the 'Trust Center' button to go straight to the macro security settings options you can go to step 3."]
[null,"     If you get a red warning similar to the one below continue."]
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[null,"2. Click on the 'File' menu at the top left of the Excel window. Now click on 'Options' at the bottom left (1)."]
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[null,"3. Within the Options window click on the 'Trust Center' from the left side menu (1), the  'Trust Center Settings' button on the right (2)."]
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[null,"4. Within the Trust Center, select the 'Macro Settings' of the left (1), then change the Macro Settings to the second level down (2) 'Disable VBA macros with notification'. You can then click on the 'Okay' button (3) two times to return to the spreadsheet window."]
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[null,"Now when a spreadsheet containing a macro opens for the first time you will be prompted at the top of the window that macros have been disabled, but you can enable then if the spreadsheet is from a trusted source by clicking on the 'Enable Content' button as shown below."]
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[null,"Warning: Never enable macros in a spreadsheet unless you are sure it can be trusted! Macros in Office documents are a common source of malicious content."]
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[null,"Return to the 'Your farm' sheet"]
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[null,"Changing Macro Security Settings (Excel for Mac, Excel for Windows instructions are above)"]
[null,"In order to run the macro to import your data from a DairyBase file the Excel macro security settings must set correctly. "]
[null,"If they are too high you will get a message like the one below when you attempt to import DairyBase data."]
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[null,"1. Go to the Excel menu at the top right of the screen and click on the Preferences sub-menu."]
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[null,"2. Click on the 'Security' preferences in the 'Sharing and Privacy' section."]
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[null,"3. Set the Macro Security setting to the second level, 'Disable all macros with notification' as shown above (1)."]
[null,"4. Exit the Preferences by clicking on the red close button and return to the spreadsheet window."]
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[null,"Now when a spreadsheet containing a macro opens for the first time you will be prompted at the top of the window that macros have been disabled, but you can enable then if the spreadsheet is from a trusted source by clicking on the 'Enable Content' button as shown below."]
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[null,"Warning: Never enable macros in a spreadsheet unless you are sure it can be trusted! Macros in Office documents are a common source of malicious content."]
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[null,"Return to the 'Your farm' sheet"]

{"sheet":"PopUps","index":4,"n_rows":555,"n_cols":7,"rows_kept":555,"cut":false,"hidden":true,"merged":[[0,1,0,2],[0,4,0,5],[0,6,0,12]]}
["Help notes text\n\nThis sheet contains the text used for the pop up help notes window.\nWhen the blue circle with a question mark is clicked on by the user the macro uses the cell address of the circle shape to look up the text for the title, note and more parts of the pop up window on this sheet.","To modify the text of an existing note\n\nNote the cell address of the blue circle shape the user clicks on to show the help note. Now find the corresponding sheet name and cell address in columns A and B on this sheet.\nColumns D, E and F will contain the text for that help windows title, notes and more sections respectively. If the More cell is left empty the second 'More' tab will not appear in the popup window.\nEnlarge the Excel formula bar by dragging down its lower edge to make editing large blocks of text easier.",null,"To add a new help note\n\nHover the mouse pointer over an existing help shape. Hold the Control key down on the keyboard and then hold down the left mouse button and drag the newly copied shape to the cell location you want the new note to be in and release the left mouse button.\nWhile the newly created shape is selected give it a new name in the top left of the screen, to the left of the Excel formula bar. The shapes are called PopUpXX0001 with XX unique to the sheet name and the number sequential for each of the popup shapes on the sheet.","To add a new help note (2)\n\nTake note of the cell address that the popup shape is in. The help shapes can be selected to rename or move them by right clicking on them.\nUnhide the PopUps sheet, find the corresponding section for the sheet you are adding to and insert a new row in the appropriate location.\nIn column A enter the sheet name and in column B the cell address of the help shape.\nColumns D, E and F will contain the text of the help window's title, notes page and more page if it is so be used. If nothing is entered in the More column the second More tab will not appear in the popup window.",null,"To add a new help note (3)\n\nNow go back to the sheet and click on the newly created help circle shape and the popup widow should appear with your newly entered help text.\n If the text cannot be found a window will appear telling you the sheet name and cell address index column used to look it up. This must exactly match  the index on the PopUp sheet created from the sheet name and cell address you entered."]
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["Sheet name","Cell","Index","Title","Note","More"]
["Your farm","C8",{"$f":"IF(AND(LEN(A4)>0,LEN(B4)>0),_xlfn.CONCAT(TRIM(LOWER(A4)),\"!\",TRIM(B4)),\"\")","v":"your farm!C8"},"Owner or sharefarmer ID","Enter the primary ID you wish to use to report these results. "]
["Your farm","C12",{"$f":"IF(AND(LEN(A5)>0,LEN(B5)>0),_xlfn.CONCAT(TRIM(LOWER(A5)),\"!\",TRIM(B5)),\"\")","v":"your farm!C12"},"Choose your state in Australia","When you go to the white cell to the right of this heading, a drop down arrow will appear to the right hand side and if you click on this, a list of all the states of Australia will appear."]
["Your farm","I8","your farm!I8","Supplier Number","This is the unique supplier number that farmers have with their milk company."]
["Your farm","I10","your farm!I10","Year reviewed","Enter the financial year that this GHG assessment is for using the format 2021/22."]
["Your farm","J12","your farm!J12","Choose your region/ farm system comparison","Select your option here to populate the Typical Industry Average graph below. The averages are based on data from the Dairy Farm Monitor Project (DFMP) and the Queensland Dairy Accounting Scheme (QDAS) as found in DairyBase (2018-19 to 2022-23). Select which region/state you wish to compare your results to. Alternatively, we have provided an Australia-wide average. ","In addition, we have analysed the DFMP and QDAS datasets to generate averages for three classes of grain/concentrate feeding to represent farm systems. These are low (< 1 t DM/cow.annum), medium (1-2 t DM/cow.annum) or high (> 2 t DM/cow.annum). As we can't determine which animals were fed the grain/concentrate, we assumed all went to the milking cow as she would be fed the most grain on farm.\n\nYou need to determine how much grain/concentrate you feed your milking herd to be able to select the most appropriate comparison. Selecting a grain/concentrate option will not limit the results to just your region/state but rather across the country."]
["Your farm",null,""]
["Your farm","C16","your farm!C16","Livestock numbers","Insert the number of animals in each category."]
["Your farm","C18","your farm!C18","Liveweight","Specify the average liveweight of your herd for each category. Typically mature Jerseys are around 400kg, medium size Friesians are around 550kg and large Holstein Friesians are around 650kg. See the ADCC manual for more assistance."]
["Your farm","C20","your farm!C20","Liveweight gain","Insert the likely average daily liveweight gain for each class of animal in the herd. This is an estimate of the expected weight gain of an animal in a particular class of livestock over the 12 month period.  There are indicative liveweight gains in the heading for the stock classes that are still growing. See the ADCC manual for more assistance."]
["Your farm","C22","your farm!C22","Number of stock sold each year","Enter the number of animals sold from each stock class. For example, sold 70 cull cows, 50 non-replacement heifers and 100 bull calves.\nThese numbers are used to estimate total meat sold from the farm so that an equivalent amount of GHG emissions are allocated to meat production as opposed to milk production."]
["Your farm","C24","your farm!C24","Liveweight at point of sale","Enter the average liveweight of the sold stock. For example, cull cows were 550 kg, non-replacement heifers were 175 kg and bull calves were 50 kg.\nThese numbers are used to estimate total meat sold from the farm so that an equivalent amount of GHG emissions are allocated to meat production as opposed to milk production."]
["Your farm","D14","your farm!D14","Milking Cows","Milking cows also include non-lactating cows.  So if you milk year-round, it is how many cows calved in the 12 month period as opposed to the milking herd size.  For seasonal calving herds, it’s the peak milking herd size.  Therefore a 360 head seasonal milking herd is the same as a 300 head year-round milking herd with 60 dries at any particular month, both farms have milked 360 cows over the 12 month period.  "]
["Your farm","E14","your farm!E14","Heifers >1 yr age","This category is for your replacement heifers aged between 1 and 2 yrs of age.  Use the mid-point (i.e. 18 months) for aspects such as average liveweight.  Alternatively, the average liveweight is 70% of the mature milking cow liveweight.  Liveweight gain will vary between 0.6 and 0.8 kg/day depending on the liveweight of the milking cow.\n\nIf you raise non-replacement heifers, you need to add them to the Other stock > 1 yr age category.\n\nAny purchased animals need to be included in the livestock numbers. For example, you bred and retained 300 heifers but also bought 100 heifers, put 400 heifers in the livestock number cell to illustrate the number of heifers on farm."]
["Your farm","F14","your farm!F14","Heifers <1 yr age","This category is for your replacement heifers aged between birth and 1 yr of age.  Use the mid-point (i.e. 6 months) for aspects such as average liveweight.  Alternatively, the average liveweight is 35% of the mature milking cow liveweight.  Liveweight gain will vary between 0.6 and 0.8 kg/day depending on the liveweight of the milking cow.\n\nIf you sell the non-replacement heifers as young calves (as week old calves or post-weaning), you don't need to add the number of them into the Livestock number cell, but enter the number sold further down the sheet.\n\nIf you raise the non-replacement heifers beyond weaning, add their number in with the Other stock < 1 yr of age category. For example, you raise them to 9 months of age before selling, then you need to determine the annual average number present along with steers and bulls. See the help message for Other stock < 1 yr age.\n\nAny purchased animals need to be included in the livestock numbers. For example, you bred and retained 300 heifers but also bought 100 heifers, put 400 heifers in the livestock number cell to illustrate the number of heifers on farm."]
["Your farm","G14","your farm!G14","Mature bulls","Mature bulls are no longer growing.  They  will be 10 to 20% heavier than the milking cow.  For example, if the milking cow weighs 600kg, the bulls are likely to be 660 to 720 kg.  As they are fully grown there is no liveweight gain.\n\nAny purchased animals need to be included in the livestock numbers. For example, you buy 3 bulls each year and retain them for 4 years before selling on. This means you have 12 bulls on farm, thus you would have 12 bulls in the livestock numbers, 3 bulls sold and 3 bulls purchased."]
["Your farm","H15","your farm!H15","Other stock < 1 yr age ","This category is for young bulls, steers and non-replacement heifers that are 0-1 years of age and can be either replacement bulls for breeding or steers and heifers to be sold off farm. NOTE: If you sell your surplus heifers and bull calves at 5 to 10 days of age, do not enter any data for them here, their data needs to go into the Calves category.\n\nIf you retain the bulls/steers/heifers for the full 12 months, use their liveweight at 6 months of age and determine how much liveweight gain they have achieved over the 12 month period and divide this by 365 days to determine daily liveweight gain. For example, they were 50 kg at birth and 400 kg at 12 months of age so put on 350 kg / 365 days = 0.82 kg/day. Their mid-year liveweight would be 225 kg (i.e. 350 kg gained/ 2 (reflect mid-point) + 50 kg at birth. Alternatively, they put on 29.16 kg/month so 29.16 x 6 months + 50 kg at birth = 225 kg.  \n\nConversely, if you sell the steers and heifers prior to reaching 1 year of age, determine the stocking rate if they were retained for the full year. For example, you have 75 steers and heifers and sell them at 9 months of age, thus 75 head x 9 months retained  / 12 months in the year = equivalent to 56 head per annum. \n\nIf you sell most animals but retain some as bulls for replacements, it may be easiest to sum the number of bulls/steers/heifers present each month and divide by 12. For example, raised 5 bulls, as well as 70 steers and heifers and sold all 70 steers and heifers at 10 months of age and retained the 5 bulls as replacements. The sum of 70 steers/heifers for 10 months (700 equivalents) + 5 bulls for 12 months (60 equivalents) = 760 head equivalents / 12 months = 63 head per annum. \n\nYou then need to determine their average liveweight and liveweight gain over the period they were present on farm, similar to if they were present for the full 12 months. For example, the non-replacement heifers and bulls were sold at  approx. 270 kg so their mid-point liveweight would be 135 kg liveweight. \n\nRefer to the 'Other Livestock Help' tab if needing assistance with these estimates."]
["Your farm","I15","your farm!I15","Other stock > 1 yr age","This category is for replacement bulls, and for steers and non-replacement heifers that are 1-2 years of age and sold off farm as opposed to your replacement heifers which should be reported in the Heifers > 1 yr age category.\n\nIf you retain the steers/heifers longer than 2 years of age, determine what the stocking rate would be if only retained for 2 years.  For example, you have 75 steers and sell them at 26 months of age, thus 75 head x 14 months retained when greater than 1 year of age / 12 months in the year = equivalent to 88 head per annum.\n\nConversely, if you sell the steers and heifers somewhere between 1 and 2 years of age, determine the stocking rate if they were retained for the full 2 years. For example, you have 75 steers and heifers and sell them at 21 months of age, thus 75 head x 9 months retained when greater than 1 year of age /  12 months in the year = equivalent to 56 head per annum.    \n\nUse their age mid-point for liveweight. So if they are 350 kg at 12 months of age and sold at 600 kg then the midpoint is 475kg. During that 12 month period they gained 250 kg liveweight, equivalent to 0.68 kg LW/day.    \n\nRefer to the 'Other Livestock Help' tab if needing assistance with these estimates."]
["Your farm","J14","your farm!J14","Calves","This category is for non-replacement calves sold soon after birth (i.e. 5 to 10 days of age) or post-weaning at around 100 kg or 80-100 days. This is not where you include your replacement heifer calves, or if you breed bulls for breeding, or you fatten up non-replacement heifers and steers for the beef market. \n\nThese animals (calves up to weaning age) emit very little GHG emissions and so we have decided they will not alter net farm GHG emissions. However, they do contribute to total meat sales and thus the emissions intensity of milk and meat production. Therefore, non-relevant cells have been blanked out. Enter the number sold and their average liveweight in the white cells. \n\nHowever, if you retain non-replacement heifers and bull/steer calves beyond weaning and fatten them on farm before selling, they need to be reported in the Other stock < 1 yr age category as they will be emitting GHG emissions for the duration on farm until sold.  \n\nMake sure you select if these non-replacement animals are sold soon after birth (i.e. 5-7 days) or if sold post-weaning (i.e. at approx. 100 kg or around 80-100 days of age (essentially retained longer on farm than up to a couple of weeks)) from the drop-down list to the right of this Calves heading. if you sell some at a few days of age (e.g. bull calves) but retain your non-replacement heifer calves until post-weaning), select the option which is the largest number of animals (most likely soon after birth as more bull calves sold than non-replacement heifer calves). "]
["Your farm","E18","your farm!E18","Heifers >1 yr age Liveweight","This is the liveweight at the mid point of their age group, so for Heifers > 1, this would be at 18 months of age for heifers calving at 2 yrs of age.  If accurate figures are not available, we suggest using 70% of the milking cow liveweight.  For example, if the milkers weigh 600kg, the heifers would weigh 420kg."]
["Your farm","F18","your farm!F18","Heifers <1 yr age Liveweight","This is the liveweight at the mid point of their age group, so for Heifers < 1, this would be at 6 months of age for heifers calving at 2 yrs of age.  If accurate figures are not available, we suggest using 30% of the milking cow liveweight. For example, if the milkers weigh 600kg, the heifers would weigh 180kg."]
["Your farm","H18","your farm!H18","Other stock >1 yr age Liveweight","If you retain the bulls/steers/heifers for the full 12 months, use their liveweight at 6 months of age. Determine how much liveweight gain they have achieved over the 12 month period and divide this by 365 days to determine daily liveweight gain. For example, they were 50 kg at birth and 400 kg at 12 months of age so put on 350 kg / 365 days = 0.82 kg/day. Their mid-year liveweight would be 200 kg as half of the 400 kg at 12 months of age. "]
["Your farm","I18","your farm!I18","Other stock >1 yr age Liveweight","If you retain the steers/heifers longer than 2 years of age, determine what the stocking rate would be if only retained for 2 years.  For example, you have 75 steers and sell them at 26 months of age, thus 75 head x 14 months retained when greater than 1 year of age / 12 months in the year = equivalent to 88 head per annum.\n\nConversely, if you sell the steers and heifers somewhere between 1 and 2 years of age, determine the stocking rate if they were retained for the full 2 years. For example, you have 75 steers and heifers and sell them at 21 months of age, thus 75 head x 9 months retained when greater than 1 year of age /  12 months in the year = equivalent to 56 head per annum.    \n\nUse their age mid-point for liveweight. So if they are 350 kg at 12 months of age and sold at 600 kg then the midpoint is 475kg. During that 12 month period they gained 250 kg liveweight, equivalent to 0.68 kg LW/day.    "]
["Your farm","D20","your farm!D20","Milking Cows Liveweight gain","While milking cows lose weight in early lactation, this weight is regained during late lactation and during the non-lactating phase.  Therefore over a 12 month period there is generally no change in liveweight and therefore no liveweight gain"]
["Your farm","E20","your farm!E20","Heifers >1 yr age Liveweight gain","Typical liveweight gain is between 0.6 and 0.75 kg per day depending on the breed, with Jerseys at the lower end and large-framed Holstein Friesians (>600 kg) at the upper range."]
["Your farm","F20","your farm!F20","Heifers <1 yr age Liveweight gain","Typical liveweight gain is between 0.6 and 0.75 kg per day depending on the breed, with Jerseys at the lower end and large-framed Holstein Friesians (>600 kg) at the upper range."]
["Your farm","C30","your farm!C30","Number of stock bought each year","We need to account for the emissions of purchased livestock prior to entering this farm. This is a Scope 3 embedded emission, just like purchased concentrates or fertiliser.\n \nThis is the total number bought in the year of assessment, which could be purchases several times throughout the year. For example, you bought 100 head at 150 kg and 50 head at 200 kg, that's the equivalent of buying 150 head. \n\nIf you do buy in stock, you need to make sure that they are incorporated into the total livestock numbers above so that we can determine their emissions while on farm. For example, you bred 100 rising 1 yr olds but also bought 50 head at 6 months of age. This is equivalent to 100 x 12 months + 50 x 6 months, which equals the equivalent of 125 over the 12 month period (i.e. ((100 head x 12 months) + (50 head x 6 months))/ 12 months. Therefore enter 125 in the Heifers < 1 yr age livestock number cell above. "]
["Your farm","C32","your farm!C32","Liveweight at point of purchase","This is the average liveweight of all animals purchased for each stock class.\n\nFor example, you buy 100 R1s at 150 kg and another 50 R1s at 200 kg. Therefore their average liveweight would be 167 kg (i.e. ((100 x 150) + (50 x 200))/ (150+50)). Enter 167 as the average liveweight for the Heifers < 1 yr age purchased. "]
["Your farm",null,""]
["Your farm","B30","your farm!B30","Milk production","Select which way you wish to report the annual milk production by using the drop-down list.  Either milk is reported as litres per herd per annum (1st option) or kg milksolids per herd per annum (2nd option).  Then enter the amount produced in the white cell to the right.  You will note that the units will change between 'litres of milk' and 'kg milksolids' depending on which option you selected to report the milk production.","If the option of litres per herd per annum is selected, DGAS will convert this data to a standard fat and protein corrected milk (FPCM) volume (based on 4.0% fat and 3.2% protein; FAO 2010).  This allows us to standardise milk production to compare between breeds.  For example, to compare Jerseys herds with lower volumes of milk per cow with higher MS% versus Friesian herds with higher volumes of milk per cow at lower MS%.  This fat and protein corrected milk volume will be used to estimate the daily milk production per cow and also the milk GHG emissions intensity."]
["Your farm","G35","your farm!G35","Average milk production","The average litres per cow per day is calculated and based on a standard fat and protein concentration of 4.0 and 3.3% respectively.  If you don't enter the known fat and protein concentrations, these percentages will be used. ","If the fat and protein concentration of your milk is greater than these values, the kg of fat and protein corrected milk, and therefore litres of milk, will be lower than if the concentration of the milk had been 4.0% fat and 3.3% protein.   \nHowever, if your milk has lower fat and protein concentrations than these standards, the kg of fat and protein corrected milk, and therefore litres per cow per day will be higher than if the concentration of the milk had been 4.0% fat and 3.3% protein. Check that this figure is approximately what would be expected and if it is substantially different, check the milk production per annum (either as litres or kg milksolids) and the concentration of the milk to see that these figures are reflective of your farm system. "]
["Your farm",null,""]
["Your farm","B41","your farm!B41","Milkers average annual diet intakes ","Based on data entry, the calculator can estimate the daily intake required.  If the user enters how much feed came through supplementation, the difference between the sum of this and the figure presented here is assumed to come from pastures.\n\nFor example, if the calculator estimated that the cows required 20 kg DM/day to produce the milk entered, and the farmer knew that 10kg of this came in the form of grain and silage, the balance 10 kg must have been from pasture."]
["Your farm","E37","your farm!E37","Intake (kg DM/day)","Intakes are what is consumed after wastage is taken into consideration.  Wastage of grain and concentrates in the dairy may be quite low (1-2%) but forages such as hay and silage fed out in the paddock can be quite high (up to approx. 25-30%) depending on placement (e.g. middle of paddock versus near fence lines etc). "]
["Your farm","C46","your farm!C46","Average annual dry matter digestibility (DMD) for all other stock (%)","Enter the DMD in the feed eaten, not on offer.  Suggest the NGGI default of 75% in the absence of known figures."]
["Your farm","C47","your farm!C47","Average annual crude protein (CP) for all other stock (%)","Enter the CP in the feed eaten, not on offer.  Suggest the NGGI default of 20% in the absence of known figures."]
["Your farm",null,""]
["Your farm","D50","your farm!D50","How do you wish to enter the fertiliser rates?","Users can enter the rate of fertiliser applied either as kg of element (i.e. N:P:K:S: lime) per hectare per annum, in which case the number of hectares must be accurate, or the tonnes of element (N:P:K:S: lime) per annum, which removes any need of accuracy in terms of area that the fertiliser is applied to. The second option is particularly useful if the amount of land that the fertilisers were applied to is not known.  For example, the farmer purchased 10 t N but the rate at which it went on and/ or the amount of land is not known. ","If you select the tonnes of element per annum option from the drop-down list, the white cells for area of fertiliser will disappear as these cells do not require any data entry.\n\nTypical nutrient content of some common fertilisers include:\nUrea- 46% N\nMono-ammonium phosphate (MAP)- 11% N, 22% P, 1 to 2% S\nDi-ammonium phosphate (DAP)- 18% N, 20% P, 1 to 3% S\nSulphate of Ammonia (SOA)- 21% N, 24% S\nSingle superphosphate (SSP)- 9% P, 11% S\nTriple superphosphate (TSP)- 20% P, 1 to 2% S\nMuriate of potash (MOP)- 50% K\nPotassium sulphate (SOP)- 42% K, 17% S\n\nSelect the Click here to work out fertiliser rates if you have more complex fertiliser data. In the linked cell, we also help you to determine the percentage of N fertiliser that is urea-based."]
["Your farm","C52","your farm!C52","Area of N fertiliser","Amount of Nitrogen fertiliser applied to pastures. Remember that urea is 46%N and DAP is 18% N etc. i.e. 10 tonnes of urea = 4.6 tonnes N."]
["Your farm","B53","your farm!B53","Area of pastures fertilised with N ","Total area of pastures that received N fertiliser.  This includes runoff/ out blocks and also leased land as this is still part of the farm business."]
["Your farm","B55","your farm!B55","Area of crops fertilised with N ","The total area of cropping land that received N fertiliser.  If you don't know what amount went onto pastures and onto crops, just include all together as applied to pastures. It will make only a small increase in N₂O emissions."]
["Your farm","B60","your farm!B60","Area of pastures fertilised with P K S & lime","Area of farmland applied with P, K, S and lime/dolomite applied to pastures.  Note if different areas of land are fertilised (e.g. 100ha with P but only 50ha with K), the area needs to consistent across the fertilisers and the rate changed accordingly.","For example, 100ha of pastures was fertilised with 50 kg P/ha.  In addition, 50ha of pastures was fertilised with 50 kg K/ha.  To make this uniform, make the pasture 100 ha for both and apply 50kg P and 25kg K.  Alternatively if the option of tonnes of element per annum is used, the area of pastures is irrelevant.    "]
["Your farm","B62","your farm!B62","Area of crops fertilised with P K S & lime","Area of farmland applied with P, K, S and lime/dolomite applied to crops.  Note if different areas of land are fertilised (e.g. 100ha with P but only 50ha with K), the area needs to consistent across the fertilisers and the rate changed accordingly.","For example, 100ha of crops was fertilised with 50 kg P/ha.  In addition, 50ha of crops was fertilised with 50 kg K/ha.  To make this uniform, make the crop 100 ha for both and apply 50kg P and 25kg K.  Alternatively if the option of tonnes of element per annum is used, the area of crops is irrelevant.    "]
["Your farm","H52","your farm!H52","Rate of N fertiliser","Amount of Nitrogen fertiliser applied to pastures. Remember that urea is 46%N and DAP is 18% N etc. i.e. 10 tonnes of urea = 4.6 tonnes N.\n\nFor the percentage of N fertiliser applied to pastures and crops is urea, enter whole numbers. For example, if all N fertiliser is urea, then enter 100. ","Note this is not the weight of fertiliser, but of N. For example 1 t urea and 1 t DAP is equivalent to 460 kg N from urea and 180 kg N from DAP, so 640 kg N with 72% from urea (i.e. 460 / (460 + 180)). This percentage is used to estimate the amount of CO₂ produced when urea N is applied to pastures. Other forms of N do not release CO₂ when applied to pastures. If no percentage is entered into the \"Percentage of N fertiliser that is urea\", the calculator will assume this is 100%, given urea is the most common form of N fertiliser applied to pastures and crops."]
["Your farm","F57","your farm!F57","Percentage of N fertiliser that is urea","We need to know what percentage of total N fertiliser is urea versus other N fertilisers such as DAP. When urea is manufactured, the process removes carbon dioxide from the atmosphere. When the urea fertiliser is then spread onto pastures and crops, the carbon dioxide is released to the atmosphere. We need to account for this release of carbon dioxide with the farm GHG assessment.\n\nIf you applied 10 t of N as urea and 5 t N as DAP, then 10 t urea N / 15 t total N = 67% urea N. "]
["Your farm",null,""]
["Your farm","B65","your farm!B65","Annual Electricity Use ","What was your total annual electricity consumption for the year in kWh?\n\nIf your supplier guarantees a fraction of their electricity is from renewable sources, e.g. 10%, enter the full amount consumed here but then type in 10 in the 'What % of electricity is from renewables' cell to the right. This will reduce the GHG emissions from electricity by 10%.","For example, a farm in Gippsland consumed 100,000 kWh/annum, with the supplier guaranteeing 10% is sourced from renewables. Select: ‘State Grid’, enter 100,000 kWh purchased electricity and 10% purchased renewable electricity. The calculator will multiply 100,000 by 10%, such that 90,000 kWh will be multiplied by the Victorian emission factor and the balance 10,000 kWh will incur no carbon dioxide emission footprint.\n\nWe no longer subtract any surplus renewable energy generated on farm and fed back into the national grid. "]
["Your farm","B67","your farm!B67","Where does your electricity come from?","The State Grid option matches current sources of electricity (i.e. coal, hydro, wind) for your state. For example, most of Tasmania's energy is generated via hydro and wind, but there is a very small proportion generated via gas or comes via Bass Link from the mainland. The emission factor for Tasmania takes this into consideration, with a considerably lower factor than Victoria, for example. \n\nOnly select 100% renewable if all your electricity consumption is supplied via clean energy forms (i.e. hydro, solar, wind)."]
["Your farm","B69","your farm!B69","What % of electricity is from renewables?","If your supplier guarantees a fraction of their electricity is from renewable sources, e.g. 10%, enter the full amount consumed here but then type in 10 in the 'What % of electricity is from renewables' cell to the right. This will reduce the GHG emissions from electricity by 10%.\n\nThe balance 90% of purchased electricity will use a state-based factor which takes into account the range of sources of electricity generated for your state. "]
["Your farm","F65","your farm!F65","Annual purchased diesel/ unleaded petrol ","How any litres of diesel and unleaded petrol did the farm use last year?\n\nIf you used contractors for some or all of your field work, we need to estimate the amount they may have used in the following question."]
["Your farm","F67","your farm!F67","Annual contractor diesel/ unleaded petrol ","You need to consider the fuel that would have been consumed if you use contractors to undertake some/ all of your field work (e.g. silage making, fertiliser spreading, direct drilling new pasture seed etc) and they supplied their own fuel, as opposed to taking fuel out of your fuel tanks on farm. \n\nApproximate consumption figures are:\nFertilising/ chemical spraying/ rolling/ raking- 3 litres/ha\nSowing/ mowing/ wrapping silage- 9 litres/ha\nBaling/ harvesting/ discing- 16 litres/ha\nPloughing/ tillage- 22 litres/ha\n\nSo if you were making silage from a 1ha paddock, with the grass cut, tedded and raked before baling and wrapping, it is likely that 40 litres per hectare may have been consumed (i.e. 9 litres/ha for cutting, 3 litres/ha for tedding, 3 litres/ha for raking, 16 litres/ha for baling and 9 litres/ha for wrapping).\n\nMultiply the total litres/ha by the area to determine annual litres for each activity and sum together. In the above example, it was 40 litres per hectare and we cut 40 ha of pastures, that's 1,600 litres per annum. "]
["Your farm",null,""]
["Your farm","B71","your farm!B71","Purchased supplementary feed ","We need to understand how much supplementary feed is purchased.  Each feed type is multiplied by the GHG emissions associated with their production to estimate an embedded emission.  For example each tonne of grain emits ~ 0.2 tonnes of CO₂e in the production of the grain.  We don't include the CO₂ emitted with the transportation of these feeds to the farm as it is difficult to ascertain how far they may travel between farms.  \n\nFeed grown on a run-off block or leased area is part of your farm business and therefore is not considered purchased feed.  However, the inputs into growing this feed, such as fertiliser, needs to be considered as part of the farm business and included where applicable.\n\nThe allocation of purchased feed to the milking platform vs the support block will not alter the total emissions from the purchased supplementary feed. It will only determine what proportion of those emissions are allocated to the milk enterprise versus the meat enterprise to determine the emissions intensity of milk and meat production. The emissions from feed fed on the milking platform is allocated to milk production, whereas the emissions from feed fed on the support block will be proportionally divided between the meat and milk enterprises depending on how much milk and meat are produced.   \n\nWhile some purchased feed, while fed on the support block, may be fed to dairy-enterprise animals, e.g. hay to dry cows. In this instance, we recommend you still attribute the hay fed to these dry cows as being fed on the support block. ADCC will then attribute a proportion of hay emissions back to the dairy enterprise to reflect that some of the hay was fed to milk enterprise animals. The only time we would change this recommendation would be if all purchased feed for any category goes to dairy-enterprise animals, even though it was fed on the support block. In that instance, we would recommend you allocate 100% of the feed to the milking platform so that all emissions are attributed to the milk enterprise. For example, all purchased hay is fed to the dry cows and heifers prior to calving. \n\nIf you still have any hay or silage left over at the end of the year being analysed, the emissions for these will be accounted for in this year's assessment. In this instance, work out the proportion of feed fed this year on the milking platform vs support block. For example, bought 100 t DM of hay, with 75 t DM fed on the support block, 20 t DM fed in the calf shed and the remaining 5 t DM held over until next year. In this instance, you would allocate 21% to the milking platform (i.e. 20 t DM/ 95 t DM fed = 21%). "]
["Your farm","D74","your farm!D74","Percentage of purchased hay fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of hay fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n","For example, you purchased 100 t DM of hay this year, thus the Scope 3 emissions would be 16 t CO₂e. You fed 85 t DM on the support block, 10 t DM on the milking platform and there was a balance 5 t DM left in the hay shed. \n\nIn this example, we need to know that 10 t DM of the 95 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 10/95*100 to reflect 10 t DM fed on milking platform / 95 t fed to milking platform + support block * 100 to get a percentage figure. In this example, 10.5% of the hay was fed on the milking platform. Do not count the 5 t DM of hay remaining in the hay shed in this percentage of hay fed on the milking platform, we only want to know how much purchased feed bought this year is fed out this year.  \n\nThis is all you need to enter. ADCC will then attribute 10.5% of the 16 t CO₂e, equivalent to 1.7 t CO₂e, to the milk enterprise. The balance of the 16 t CO₂e is then allocated to the support block as you fed 85 t DM there, equivalent to 14.3 t CO₂e. As this hay is likely to be fed to dry cows or replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 85% of the Scope 3 hay emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 12.2 t CO₂e (i.e. 14.3 t CO₂e x 85% = 12.2 t CO₂e) is added to the 1.7 t CO₂e for the hay fed on the milking platform. In this example, 13.9 t CO₂e is allocated to the milking enterprise and the balance 2.1 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nFor any imported DairyBase datasets, we can't show you here the proportion of the hay fed to the milking platform. However, this value will appear in the 'Strategy Farm' tab's percentage of purchased hay fed on the milking platform white cell."]
["Your farm","D76","your farm!D76","Purchased grain and concentrates (t DM)","This includes pellets for young replacement stock, lead feed for springer cows just prior to calving as well as grain or concentrates fed to the milking cows. Also include any grain or concentrates fed to non-replacement stock, such as dairy beef. ADCC will allocate a proportion of the grain & concentrate emissions to the meat enterprise, depending on the total amount of milk and meat sold. \n\nDon't include any waste/by-products from other industries, such as whole cottonseed, canola meal, brewer's grain etc. These need to be entered into the By-products section. ","If you are importing an ADCC datasheet from DairyBase and within DairyBase you entered the by-products Cottonseed meal, Canola meal, Soybean meal or Dried distiller's grain via the Concentrate feed group, these will be also included in this Purchased grain and concentrates cell. However, these products will remain having a zero carbon footprint and thus Scope 3 emissions will only be attributed to all other feeds within the concentrates grouping.  "]
["Your farm","D78","your farm!D78","Percentage of purchased grain & concentrates fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of grain and concentrates fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n\nFor example, you purchased 925 t DM of grain this year, made up of grain and pellets fed to the milking cows, pellets fed to calves, and lead feed to the springer cows just prior to calving. The Scope 3 emissions for these would total 185 t CO₂e. You fed 880 t DM on the support block, 25 t DM on the milking platform and there was a balance 20 t DM left in the grain silo. ","For example, you purchased 925 t DM of grain this year, made up of grain and pellets fed to the milking cows, pellets fed to calves, and lead feed to the springer cows just prior to calving. The Scope 3 emissions for these would total 185 t CO₂e. You fed 880 t DM on the support block, 25 t DM on the milking platform and there was a balance 20 t DM left in the grain silo. \n\nIn this example, we need to work out the percentage fed on the milking platform, given 880 t DM of the 905 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 880/905*100 to reflect 880 t DM fed on milking platform / 905 t DM fed to milking platform + support block * 100 to get a whole percentage figure. In this example, 97.3% was fed on the milking platform. Do not count the 20 t DM of grain remaining in the silo in this percentage of grain & concentrates fed on the milking platform, we only want to know how much purchased feed bought this year is fed out this year.   \n\nThis is all you need to enter. ADCC will then attribute 97.3% of the 185 t CO₂e, equivalent to 179.9 t CO₂e, to the milk enterprise. The balance of the 185 t CO₂e is then allocated to the support block as you fed 25 t DM there, equivalent to 5.1 t CO₂e. As this grain & concentrates may still be fed to dairy replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 85% of the Scope 3 grain & concentrate emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 4.3 t CO₂e (i.e. 5.1 t CO₂e x 85% = 4.3 t CO₂e) is added to the 179.9 t CO₂e for the grain & concentrates fed on the milking platform. In this example, 184.2 t CO₂e is allocated to the milking enterprise and the balance 0.8 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nFor any imported DairyBase datasets, we can't show you here the proportion of the purchased grains and concentrates fed to the milking platform. However, this value will appear in the 'Strategy Farm' tab's percentage of purchased grains and concentrates fed on the milking platform white cell."]
["Your farm","I74","your farm!I74","Percentage of purchased silage fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of silage fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n\nFor example, you purchased 50 t DM of  this year, thus the Scope 3 emissions would be 8 t CO₂e. You fed 35 t DM on the milking platform and 15 t DM on the support block, with no purchased silage remaining at the end of the year assessment.","For example, you purchased 50 t DM of  this year, thus the Scope 3 emissions would be 8 t CO₂e. You fed 35 t DM on the milking platform and 15 t DM on the support block, with no purchased silage remaining at the end of the year assessment.\n\nIn this example, we need to know that 35 t DM of the 50 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 35/50*100 to reflect 35 t DM fed on milking platform / 50 t fed to milking platform + support block * 100 to get a percentage figure. In this example, 70% of the silage was fed on the milking platform. If you had any purchased silage remaining at the end of the yearly assessment, do not include that in these sums, we only want to know how much purchased feed bought this year is fed out this year.  \n\nThis is all you need to enter. ADCC will then attribute 70% of the 8 t CO₂e, equivalent to 5.6 t CO₂e, to the milk enterprise. The balance of the 8 t CO₂e is then allocated to the support block as you fed 15 t DM there, equivalent to 2.4 t CO₂e. As this silage is likely to be fed to dry cows or replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 80% of the Scope 3 silage emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 1.9 t CO₂e (i.e. 2.4 t CO₂e x 80% = 1.9 t CO₂e) is added to the 5.6 t CO₂e for the silage fed on the milking platform. In this example, 13.9 t CO₂e is allocated to the milking enterprise and the balance 2.1 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nFor any imported DairyBase datasets, we can't show you here the proportion of the purchased silage fed to the milking platform. However, this value will appear in the 'Strategy Farm' tab's percentage of purchased silage fed on the milking platform white cell."]
["Your farm","I78","your farm!I78","Percentage of purchased by-products fed on the milking platform","Unlike purchased grains and concentrates, hay and silage, we currently do not allocate any Scope 3 emissions for by-products. This may change in the future. For now, you can either repeat the process as you have done for the other feeds, if you wish to keep a record of this. Alternatively, just enter 100 into the white cell to the right. \n\nFor any imported DairyBase datasets, we can't show you here the proportion of the purchased by-products fed to the milking platform. However, this value will appear in the 'Strategy Farm' tab's percentage of purchased by-products fed on the milking platform white cell."]
["Your farm",null,""]
["Your farm","B81","your farm!B81","How are you estimating this?","You have four options to select how to estimate carbon sequestration in trees.  \n\n1. If you have no trees present on farm, select \"No estimation of carbon sequestration\" from the drop-down list.\n\n2. If you wish to use the combination of trees and soils built into ADCC to determine the amount of carbon sequestered in trees, select \"Based on data entered here\". If you select this option, you need to select from the drop-down list in the order they are present here, moving down the sheet by selecting your region first, then type of trees before entering the area and age of the trees. If you do not select in this order, excel may mis-calculate your results.\n\n3. If you have multiple areas of trees on farm, either different species and/or different ages and/or different areas, there is a tab called 'Vegetation'. In here, there is the ability to determine total CO₂ sequestered across up to four areas. If you wish to estimate total CO₂ this way, select \"Carbon sequestered using other tools\", enter 1 for \"Area of trees (ha)\" and then copy the result in cell D52 (bold text) of the 'Vegetation' tab into the \"Amount of carbon sequestered using other tools\" white cell. You won't need to select your region or tree type or enter an Age of trees so long as you have selected \"Carbon sequestered using other tools\" from the first drop-down list.  \n\n3. If you wish to use some other tool or calculator to estimate (e.g. FullCAM or LOOC-C, select \"Carbon sequestered using other tools\". When this option is selected, enter the amount of carbon sequestered (t CO₂e/ha) from the other tool, along with the area of trees (ha), for excel to calculate the total amount of carbon for the farm . Remember we are asking for the tonnes of carbon dioxide/ha, so if your result from another tool is reported as t C/ha, multiply that amount of C by 3.67 to convert to t CO₂/ha. For example, 7 t C/ha equates to 25.7 t CO₂e/ha. You are also needing to enter the amount sequestered for only one year (i.e. the carbon flux) from the other tools, not the total over 25 or 100 years.   "]
["Your farm","B83","your farm!B83","Choose your region of Australia","If you click on the white cell to the right of this heading, a drop down arrow should appear along with a list of the regions specific to your state.  Most states have two or more regions to select from. These selections will only influence the amount of carbon sequestered in tree plantings\n\nVictoria: North East VIC refers to farms around Wangaratta and Benalla. Northern VIC refers to farms around Cobram, Shepparton and Echuca. Mallee refers to farms around Kerang. If you are unsure which region your farm is located, in terms of these three Northern Victoria regions, compare results between regions to ascertain if there is a substantial difference in terms of the carbon sequestration potential.        "]
["Your farm","B85","your farm!B85","Choose the type of trees planted","The tree species will firstly match that of the baseline 'Your farm' system. However, users can explore the effect of selecting another species relevant for the region selected. \n\nIf a tree species you wish to explore is not present, select the closest species, or select Environmental Plantings as a blend of native trees, shrubs and understorey that is endemic to your region."]
["Your farm","F81","your farm!F81","Area of trees (ha)"," If entering data from other data sources you still need to enter an area value here - either 1 hectare if entering total CO₂e/year for the property, or the hectare value if entering as CO₂e/ha/year."]
["Your farm","H81","your farm!H81","Age of Trees","Age of trees is this year of analysis and can vary between 1 and 100. The number entered needs to be a whole number and without any decimal point. You can't enter 2.0 or 2.5, you must enter either 2 or 3 in this example. "]
["Your farm","G84","your farm!G84","Amount of carbon sequestered using other tools","If you have estimated the amount of carbon sequestered in tree vegetation using another tool, such as LOOC-C or FullCAM, enter the annual carbon flux here.  If the tool you have used reported tonnes of carbon/ha as opposed to tonnes of carbon dioxide/ha, multiply this by 3.67 to convert from t C to t CO₂.\n\nIf you are importing a DairyBase dataset, this white cell will contain the estimate from that tool, so you will not need to re-enter a value here."]
["Your farm",null,""]
["Your farm","E88",{"$f":"IF(AND(LEN(A69)>0,LEN(B69)>0),_xlfn.CONCAT(TRIM(LOWER(A69)),\"!\",TRIM(B69)),\"\")","v":"your farm!E88"},"Choose which option you are using to estimate how animal waste is handled","Each day, cows produce around 4-6 kg of volatile solids (manure). This section is to determine how this manure is handled, as an annual average. Users can either use the state-based fractions and factors as per the methodology or enter their own farm management practices to determine what proportion of waste is handled via each manure management system.  \n\nThe default state-based factors reflect cows spending 80-85% of their time grazing pastures, supplementary fed in the paddock and walking to and from the dairy. This equates to 3-4 hours a day off the paddock and laneways. If your herd spends more time than this at the dairy, on a feedpad or are housed, you must select the user-defined option to reflect how the manure is handled for your farm system. If you select the User defined option, please make sure you then answer every question, otherwise the estimation of emissions from manure management will be inaccurate.\n\nWe need to know the number of hours the milkers are at the dairy, how that waste is handled and if the milkers and/or the heifers are on a feedpad area, how that waste is handled.  This may be particularly important if a change in feeding regimes means that a feedpad is used for a substantial amount of time over the 12 month assessment period.","The way the spreadsheet is set up, if the manure deposited at the dairy is handled the same way as from a feedpad (e.g., both flushed to a pond system), you can enter the total for both into the dairy section which then frees up the feedpad section for an alternative manure management system (e.g. spread daily from a sump or scraped & stockpiled).\n\nFor example, TMR housed cows are at the dairy and yards for 3 hours per day for 300 days. They return to the barn and spend another 5 hours per day for 300 days in the feeding lane of the barn, with all this manure flushed to a pond system. This equates to 8 hours per day for 300 days. The balance 16 hours per day, the cows are resting/ruminating while laying on a bedding area where the bedding and manure (compost) is turned periodically, thus remaining aerobic. This 16 hours per day for 300 days is entered into the feedpad section, with the manure scraped & stockpiled option selected. If the cows then go out onto pasture during their dry period, ADCC will allocate the balance 24 hours per day for 65 days to pasture.  If there was some form of mechanical separation of the manure as it is flushed to the lagoon system, this material is also considered of scraped & stockpiled consistency. \n\nIf however, the cows also remain in a compost barn for their dry period, you need to determine the sum of the lactating and non-lactating period. The easiest way to do this would be to calculate the total number of hours per year, subtract the number of hours per year the cow's manure is flushed to a pond system and then divide the remaining hours by 24. For example, 24 hours per day x 365 days = 8,760 hours per annum. The cow's flushed manure is 8 hours per day x 300 days = 2,400 hours per year. Subtracting 2,400 from 8,760 = 6,360 hours per annum the manure is in a compost/ scraped & stockpiled consistency. Divide this by 24 hours per day = 265 days. In this example, the time entered for the feedpad is 24 hours per day for 265 days per annum. The proportion of manure will then be proportionally allocated to anaerobic lagoon and solid storage. If you selected some form of mechanical solids separation of the lagoon-destined manure, 20% of this manure will also be allocated to solid storage.   "]
["Your farm","I88","your farm!I88","Volatile solids ","The CFI/ERF/ACCU methodology for the 'Destruction of methane generated from dairy manure in covered anaerobic ponds' project required milker volatile solids values (kg VS/head.day). Although this ACCU project is now closed, we have retained this value here. "]
["Your farm","D99","your farm!D99","Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water","The average number of hours that the milkers spend at the dairy depends on when the cows are released post-milking.  If the whole herd is retained in yards or laneways and then released back to a paddock at the same time, then it is the time taken to milk the whole herd. \n\nIf the cows are released from the dairy and either return to a paddock to graze or to a feedpad/ loafing area, it is the mid-point of milking. \n\nFor example, if total milking time takes 2.5 hours morning and 2 hours at night but the cows return to the paddock after being released from the dairy, then its 2.25 hours per day (half of 4.5 hrs).  However, if the whole herd is retained to the end of milking and released as a whole herd, it will be 4.5 hours per day.  ","If you milk 3 times in 2 days, work out how many hours this would be over the two days and half this to work out the daily rate.  Either enter this figure if the whole herd is retained or halve this figure again if the cows return to pasture as they exit the dairy.  \n\nFor example, milking takes 2 hours per shift, there are 3 shifts per 2 days, therefore the cows are present at the dairy for 6 hours in total over the two days.  Divide this by 2 to get a daily rate of 3 hours per day.  If the cows are retained at the dairy, then enter 3 hours per day. But if they trickle back to the paddock after exiting the dairy, enter 1.5 hours per day.\n\nWe also need to know the average number of days per annum the milkers are at the dairy.  For most farms this will be the same as the average lactation length.  However, for cows in a total mixed ration farm where they are retained on concrete during their dry period also, it will be 365 days per annum.\n\nUltimately, we are trying to work out where the 4-6 kg of manure (volatile solids) produced each day are deposited and allocate this accordingly.    "]
["Your farm","F105","your farm!F105","Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator to remove a fraction of the solids)?","If you select yes, we assume that 20% of the waste is trapped if there is a means of removing some of the solids prior to being spread daily from a sump or from entering the lagoon. This waste is then assumed to be in a solids storage state with a lower methane emission factor than if the waste went to the lagoon but higher than if it was spread daily from a sump/dispersal system. However, if you have a valid reason to alter the fraction away from 20%, enter that value as a whole number in the next question. "]
["Your farm","C106","your farm!C106","If yes, what percentage of the waste is removed via the pre-treatment process?","Generally the amount of solids removed via weeping walls and solids traps is in the 10-30% range. However, in large intensive dairy systems with modern methods of separating solids from liquids, the percentage may be as high as 40-50% if that manure is then stored to dry. If it is being saturated daily, then the manure is remaining in an anaerobic state for much of the day and so the percentage is lower.  \n\nWe suggest you implement 20% (which is the default if you don't answer this question), unless you have good evidence to support a higher value. "]
["Your farm","D109","your farm!D109","Number of hours per day and days per annum a milker spend on a feedpad or loafing area or are housed (TMR farm) ","If you have a compost barn where any manure deposited when cows are in the feeding lane is handled the same way as the manure deposited at the dairy, but then the bedding area is composted, you can include the approx. amount of time per day that the cows would be in the feed lane up with the dairy and adjacent yard question.\n\nFor example, the cows move to the dairy three times a day and on-average, spend 1 hour per milking at the dairy shed being milked. Any waste deposited in the dairy or yards is flushed to a pond/lagoon system. \n\nThe milkers also spend 8 hours per day in the feed lane of the compost barn where the manure is also flushed to a pond/lagoon system. \n\nTherefore each cow would have the equivalent of 11 hours of manure flushed to the pond every day. \n\nThe balance 13 hours per day, they spend laying down in the barn where their manure is composted. \n\nEnter 11 hours per day for the milker dairy waste and select flushed to a pond/lagoon system. \n\nThen enter 13 hours per day for the milker feedpad waste and select scraped & stockpiled.  "]
["Your farm","D111","your farm!D111","Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled","Select the option that best reflects how the waste from the feedpad is handled.  We assume that if you select the pond/lagoon system for the feedlot waste and above with the milker waste, you included the same manure system and also indicated that the dairy shed waste is pre-treated before going into a pond/ lagoon system, this will be the same for the feedpad waste. \n\nIf you have a compost barn where the milkers are housed, the more accurate manure management system for this is the scraped & stockpiled option. If any manure deposited when cows are in the feeding lane is handled the same way as the manure deposited at the dairy shed, but then the bedding area is composted, you can include the approx. amount of time per day that the cows would be in the feed lane up with the dairy and adjacent yard question.\n\nFor example, the cows move to the dairy three times a day and on-average, spend 1 hour per milking at the dairy shed. \n\nAny waste deposited in the dairy or yards is flushed to a pond/lagoon system. The milkers also spend 8 hours per day in the feed lane of the compost barn where the manure is also flushed to a pond/lagoon system. Therefore each cow would have the equivalent of 11 hours of manure flushed to the pond every day. \n\nThe balance 13 hours per day, they spend laying down in the barn where their manure is composted."]
["Your farm","B115","your farm!B115","Select which stock are present on a feedpad or loafing pad","If any non-milkers are on a feedpad or housed for an extended period, select yes from the appropriate down-down list. The period on the feedpad or housed will need to be consistent across all stock classes selected. \n\nFor example, you can't have the R2s on a feedpad for 4 hours per day for 100 days and the R1s on a feedpad for 2 hour per day for 100 days. \n\nHowever, if the R1s on the feedpad for 2 hour per day for 200 days, that is the same proportion of the total year that both stock classes are on a feedpad.\n\nWe are only interested in extended periods off-pasture here, not concerned about stock being occasionally out of the paddocks for management practices like preg-testing, drenching, etc.  "]
["Your farm","B113","your farm!B113","Days per annum on the feedpad or loafing area","These questions are generally only relevant for farms where the heifers are retained on concrete for long periods of time per day and throughout the year (e.g. TMR farms where the young stock are housed).  \n\nWe are not concerned with the time that unweaned calves spend in sheds or when heifers spend time in yards for routine management practices (e.g. weighing, vaccinating, pregnancy testing etc).\n\n"]
["Your farm","D119","your farm!D119","Select the option which best describes how this waste from the feedpad or loafing area is best handled","Users are only given one option when selecting how the waste from the heifers is handled.  If two or more options are used, select the most relevant.\n\nWe assume that if the milker waste is pre-treated prior to entering the pond/ lagoon system, this will be the same for the heifer, bull annd other stock waste."]
["Your farm",null,""]
["Your farm","B129","your farm!B129","Methane (Scope 1):","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how many cows to milk, replacement animals to retain etc"]
["Your farm","B131","your farm!B131","Nitrous oxide (Scope 1):","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how many cows to milk, how much N fertiliser to apply etc"]
["Your farm","B136","your farm!B136","Carbon dioxide:","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how much urea N fertiliser or lime to apply, or how much diesel to consume on farm.\n\nScope 2 emissions are also those that occur on farm and the farmer has control over. For example, they can elect to generate renewable electricity farm to reduce reliance on grid power.\n\nScope 3 emissions are those that the farmer has no control over but are part of the farm business. There are emissions associated with the production and transmission of electricity to the farm, and in the refining/production of fuel. "]
["Your farm","B141","your farm!B141","Pre-farm gate embedded (Scope 3)","These are the emissions pre-farm gate from the production and/or manufacturing of feeds and fertilisers.\n\nThey are considered Scope 3 as the farmer has no control over the emissions associated with the production of these feeds and fertilisers. "]
["Your farm","B150","your farm!B150","Net GHG emissions ","Net emissions will only be lower than Total emissions if there are trees present on farm and that the estimation of carbon sequestered in these trees have been estimated here, using options 2 or 3 from the tree carbon sequestration listing."]
["Your farm","D152","your farm!D152","GHG emissions intensity (kg CO₂e/kg fat and protein corrected milk (FPCM))","A kg of fat and protein corrected milk (FPCM) is used to report emissions intensity and is based on converting your components to 4% fat and 3.3% protein. For many farms, a kg of FPCM is similar to a litre of milk. For farms with higher fat and protein than these standards, the kgs of FPCM will be greater than the litres of milk. For example, 1 million litres of 4.5% fat and 3.6% protein is equivalent to approx. 1.12 million kgs of FPCM. Conversely 1 million litres of 3.9% fat and 3.0% protein is equivalent to approx. 0.99 million kgs of FPCM.   \n\nAfter a proportion of emissions are allocated to meat, the milk-allocated emissions are divided by total milksolids production to estimate an emissions intensity value. Typically this value will be within the range of 9 to 15 kg CO₂e/kg MS. If your emissions intensity is outside this range, there may be an issue with data entry. \n\nReview your results and compare to typical/regional averages to ascertain if there is any area which is substantially different to these typical averages. One example might be you are entering farm-specific manure management data and the animals spend most or all of their time on feedpads/ housed. Milk production could also be an area of error. Check what the calculator suggests is the daily milk production per cow. Another issue could be if you produce more meat than the typical farm, and thus the amount of GHG emissions allocated to milk production is lower than expected. This may result in a lower-than-average milk emissions intensity value."]
["Your farm","C153","your farm!C153","GHG emissions intensity (kg CO₂e/kg milksolids)","Emissions intensity results here divides your net GHG emissions by the kg of milksolids your herd has produced. It does not convert your milk to a standard fat or protein percentage, unlike emissions intensity based on fat and protein corrected milk (FPCM).  \n\nAfter a proportion of emissions are allocated to meat, the milk-allocated emissions are divided by total milksolids production to estimate an emissions intensity value. Typically this value will be within the range of 9 to 15 kg CO₂e/kg MS. If your emissions intensity is outside this range, there may be an issue with data entry. \n\nReview your results and compare to typical/regional averages to ascertain if there is any area which is substantially different to these typical averages. One example might be you are entering farm-specific manure management data and the animals spend most or all of their time on feedpads/ housed. Milk production could also be an area of error. Check what the calculator suggests is the daily milk production per cow. Another issue could be if you produce more meat than the typical farm, and thus the amount of GHG emissions allocated to milk production is lower than expected. This may result in a lower-than-average milk emissions intensity value."]
["Your farm","C154","your farm!C154","GHG emissions intensity (kg CO₂e/kg liveweight)","We know that milk is the primary product on dairy farms, but they also produce meat, through cull cows, non-replacement heifers, bull calves and dairy-beef. The International Dairy Federation (IDF) are upgrading the method of allocating net emissions to milk and meat in 2022 and this method is implemented here.\n\nThe GHG emissions for milking herd, replacement heifers and bulls, along with electricity and supplementary feed (grain and fodder) are all allocated to milk production. The emissions for Other Livestock is allocated to meat production as this group of animals are not raised to join the dairy herd. Then the residual GHG emissions for diesel, fertiliser and carbon sequestration in trees (collectively termed farm emissions) are proportionally allocated to milk and meat, based on the proportion of total energy requirements for milk and meat. This breakdown of GHG emissions aligns with the IDF guidelines for systems separation of emissions.   \n\nExcel will then determine the energy requirements to produce milk and meat, and allocate the equivalent proportion of emissions to each product. For example, 90% of total energy requirements are for milk production, thus the 90% of the residual farm emissions are allocated to milk and the balance 10%, along with the Other Livestock emissions, are allocated to meat. The total emissions allocated to milk is then divided by the kg of FPCM to determine the emissions intensity of milk production. The number in this caption will indicate what proportion of emissions are allocated to milk production, with the balance allocated to meat production. If the proportion amount is 100%, this means you have not indicated how many stock are sold to estimate meat production.     \n\nWhen comparing your results between years, or between farms, it is important that you understand the allocation of emissions between co-products and compare like with like, i.e. you are not comparing your farm results with 100% allocated to milk with another farm that is reporting their results based on a proportion of emissions allocated to meat production. "]
["Your farm","C156","your farm!C156","Proportion of net emissions allocated to milk","We know that milk is the primary product on dairy farms, but they also produce meat, through cull cows, non-replacement heifers, bull calves and dairy-beef. The International Dairy Federation (IDF) are upgrading the method of allocating net emissions to milk and meat in 2022 and this method is implemented here.\n\nThe GHG emissions for milking herd, replacement heifers and bulls, along with electricity and supplementary feed (grain and fodder) are all allocated to milk production. The emissions for Other Livestock is allocated to meat production as this group of animals are not raised to join the dairy herd. Then the residual GHG emissions for diesel, fertiliser and carbon sequestration in trees (collectively termed farm emissions) are proportionally allocated to milk and meat, based on the proportion of total energy requirements for milk and meat. This breakdown of GHG emissions aligns with the IDF guidelines for systems separation of emissions.   \n\nExcel will then determine the energy requirements to produce milk and meat, and allocate the equivalent proportion of emissions to each product. For example, 90% of total energy requirements are for milk production, thus the 90% of the residual farm emissions are allocated to milk and the balance 10%, along with the Other Livestock emissions, are allocated to meat. The total emissions allocated to milk is then divided by the kg of FPCM to determine the emissions intensity of milk production. The number in this caption will indicate what proportion of emissions are allocated to milk production, with the balance allocated to meat production. If the proportion amount is 100%, this means you have not indicated how many stock are sold to estimate meat production.     \n\nWhen comparing your results between years, or between farms, it is important that you understand the allocation of emissions between co-products and compare like with like, i.e. you are not comparing your farm results with 100% allocated to milk with another farm that is reporting their results based on a proportion of emissions allocated to meat production. "]
["Your farm","C157","your farm!C157","Proportion of net emissions allocated to meat","We know that milk is the primary product on dairy farms, but they also produce meat, through cull cows, non-replacement heifers, bull calves and dairy-beef. The International Dairy Federation (IDF) are upgrading the method of allocating net emissions to milk and meat in 2022 and this method is implemented here.\n\nThe GHG emissions for milking herd, replacement heifers and bulls, along with electricity and supplementary feed (grain and fodder) are all allocated to milk production. The emissions for Other Livestock is allocated to meat production as this group of animals are not raised to join the dairy herd. Then the residual GHG emissions for diesel, fertiliser and carbon sequestration in trees (collectively termed farm emissions) are proportionally allocated to milk and meat, based on the proportion of total energy requirements for milk and meat. This breakdown of GHG emissions aligns with the IDF guidelines for systems separation of emissions.   \n\nExcel will then determine the energy requirements to produce milk and meat, and allocate the equivalent proportion of emissions to each product. For example, 90% of total energy requirements are for milk production, thus the 90% of the residual farm emissions are allocated to milk and the balance 10%, along with the Other Livestock emissions, are allocated to meat. The total emissions allocated to milk is then divided by the kg of FPCM to determine the emissions intensity of milk production. The number in this caption will indicate what proportion of emissions are allocated to milk production, with the balance allocated to meat production. If the proportion amount is 100%, this means you have not indicated how many stock are sold to estimate meat production.     \n\nWhen comparing your results between years, or between farms, it is important that you understand the allocation of emissions between co-products and compare like with like, i.e. you are not comparing your farm results with 100% allocated to milk with another farm that is reporting their results based on a proportion of emissions allocated to meat production. "]
["Your farm","D129","your farm!D129","Enteric fermentation","Methane is lost as part of the digestive process as a pathway of removing excess hydrogen from the rumen. Cattle emit approx. 6.5% of their gross energy intake as methane, with this number reducing as the quality of the diet improves. Most of the methane is emitted through the mouth, although a small amount is also emitted through the rear-end too. "]
["Your farm","D130","your farm!D130","Manure management","Methane is produced during the decomposition of manure when deposited onto pastures and collected in pond/lagoon systems under anaerobic conditions. Note that this value is not the amount of methane emitted from a storage system (e.g. lagoons/ponds), but from all manure deposited by the herd, with the majority of manure(> 75%) deposited onto pastures during grazing."]
["Your farm","D131","your farm!D131","Direct from dung & urine voided onto pastures","As cattle graze pastures and deposit urine and dung, a proportion of the N in these is converted to nitrous oxide and lost to the environment.\n\nA national survey determined the proportion of total manure that is deposited on pastures during grazing. This varies between states, and between 79 and 85% for milking cows and 100% for all other stock. \n\nIf your stock spend substantially longer on non-paddock areas (e.g. feedlotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Your farm","D132","your farm!D132","Direct from manure (storage & spread)","A proportion of cattle urine and dung (manure) is captured on hard surfaces, such as at the dairy and generally are either collected in a pond/lagoon system or spread  daily through an irrigation system. The calculator uses a state-based average to determine what proportion of manure is captured and how it is handled (i.e. pond/lagoon, spread daily etc), based on national survey data.  \n\nDuring storage, the manure (dung and urine) goes through a process of nitrification and denitrification, releasing a proportion of N to the environment in the form of nitrous oxide.  Likewise, after the manure is applied to pastures, a proportion of the N will be lost as nitrous oxide. \n\nIf your stock spend substantially longer on non-paddock areas (e.g. feedlotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Your farm","D133","your farm!D133","Indirect N waste ","A proportion of the manure N deposited onto paddocks or in storage is assumed to be lost to the environment through volatilisation and/or leaching/runoff. \n\nOnce this volatilised or leached/runoff N is lost to the environment, it is assumed that a proportion of the N will then be redeposited onto pastures, go through the processes of nitrification and denitrification and converted into nitrous oxide.\n\nIf your stock spend substantially longer on non-paddock areas (e.g. feedlotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Your farm","D134","your farm!D134","Direct N fertiliser","A proportion of the N applied in fertilisers (organic and inorganic) goes through the processes of nitrification and denitrification, with a percentage of this N lost to the environment as nitrous oxide. "]
["Your farm","D135","your farm!D135","Indirect N fertiliser","A proportion of the N fertiliser (organic and inorganic) applied to pastures is lost to the environment through volatilisation and leaching/runoff. Once this N is deposited back onto pastures, a proportion of this N will go through the processes of nitrification and denitrification, with a percentage of the N lost as nitrous oxide to the environment. "]
["Your farm","D136","your farm!D136","Electricity (Scope 2)","Scope 2 electricity emissions are those released to the environment with the generation/consumption of electricity on farm.\n\nScope 3 electricity emissions are those not included in Scope 2. These are associated with the indirect loss of electricity during the transmission and distribution in the grid."]
["Your farm","D137","your farm!D137","Electricity (Scope 3)","Scope 2 electricity emissions are those released to the environment with the generation/consumption of electricity on farm.\n\nScope 3 electricity emissions are those not included in Scope 2. These are associated with the indirect loss of electricity during the transmission and distribution in the grid."]
["Your farm","D138","your farm!D138","Diesel and unleaded petrol (Scope 1)","Scope 1 fuel emissions are those associated with the consumption of fuel on farm. \n\nScope 3 fuel emissions are those associated with the extraction and production of fuel. Previous versions of the Australian Dairy Carbon Calculator summed Scope 1 and Scope 3 emissions together and reported these as carbon dioxide emissions from diesel and unleaded petrol."]
["Your farm","D139","your farm!D139","Diesel and unleaded petrol (Scope 3)","Scope 1 fuel emissions are those associated with the consumption of fuel on farm. \n\nScope 3 fuel emissions are those associated with the extraction and production of fuel. Previous versions of the Australian Dairy Carbon Calculator summed Scope 1 and Scope 3 emissions together and reported these as carbon dioxide emissions from diesel and unleaded petrol."]
["Your farm","D140","your farm!D140","Urea and lime/dolomite (Scope 1)","Adding urea fertiliser to soils leads to a loss of carbon dioxide that was fixed during the manufacturing process. The bicarbonate in urea is broken down into water and carbon dioxide. Other forms of N fertiliser, such as DAP and SoA are not bicarbonates and therefore do not break down into carbon dioxide.\n\nlime and dolomite are added to soils to reduce soi acidity, improve soil structure and improve plant growth. The breakdown of these in the soil results in the production of water and carbon dioxide.\n\nAs both urea and lime/dolomite break down into carbon dioxide, this release of carbon dioxide needs to be accounted for when estimating the GHG emissions of the dairy farm. "]
["Your farm","D141","your farm!D141","Grain/ concentrates","It is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers. \n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China). "]
["Your farm","D142","your farm!D142","Forages","It is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers. \n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China). "]
["Your farm","D143","your farm!D143","Fertilisers","It is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers. \n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China). "]
["Your farm","D144","your farm!D144","Purchased livestock","Purchased livestock have emissions associated with them prior to entering the farm. Dairy-origin youngstock, such as heifers, have an emission factor of 4.7 kg CO₂e/ kg liveweight. So if you are building herd numbers up by purchasing 50 heifers weighing 150 kg, these have an embedded footprint of 35.25 t CO₂e.\n\nBeef-original stock, such as steers or bulls have a higher emission factor of 11.7 kg CO₂e/kg liveweight. So if you buy 3 bulls per annum weighing 800 kg, these have an embedded footprint of 28.1 t CO₂e. "]
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["Strategy farm","C12","strategy farm!C12","Owner or sharefarmer ID","Enter the primary ID you wish to use to report these results. "]
["Strategy farm","C16","strategy farm!C16","Choose your state in Australia","When you go to the white cell to the right of this heading, a drop down arrow will appear to the right hand side and if you click on this, a list of all the states of Australia will appear."]
["Strategy farm","I12","strategy farm!I12","Supplier Number","This is the unique supplier number that farmers have with their milk company."]
["Strategy farm","I14","strategy farm!I14","Year reviewed","Enter the financial year that this GHG assessment is for using the format 2021/22."]
["Strategy farm","J16","strategy farm!J16","Choose your region/ farm system comparison","Select your option here to populate the Typical Industry Average graph below. The averages are based on data from the Dairy Farm Monitor Project (DFMP) and the Queensland Dairy Accounting Scheme (QDAS) as found in DairyBase (2018-19 to 2022-23). Select which region/state you which to compare your results to. Alternatively, we have provided an Australia-wide average. ","In addition, we have analysed the DFMP and QDAS datasets to generate averages for three classes of grain/concentrate feeding to represent farm systems. These are low (< 1 t DM/cow.annum), medium (1-2 t DM/cow.annum) or high (> 2 t DM/cow.annum). As we can't determine which animals were fed the grain/concentrate, we assumed all went to the milking cow as she would be fed the most grain on farm.\n\nYou need to determine how much grain/concentrate you feed your milking herd to be able to select the most appropriate comparison. Selecting a grain/concentrate option will not limit the results to just your region/state but rather across the country."]
["Strategy farm","",""]
["Strategy farm","C20","strategy farm!C20","Livestock numbers","Insert the number of animals in each category."]
["Strategy farm","C22","strategy farm!C22","Liveweight","Specify the average liveweight of your herd for each category. Typically mature Jerseys are around 400kg, medium size Friesians are around 550kg and large Holstein Friesians are around 650kg. See the ADCC manual for more assistance."]
["Strategy farm","C24","strategy farm!C24","Liveweight gain","Insert the likely average daily liveweight gain for each class of animal in the herd. This is an estimate of the expected weight gain of an animal in a particular class of livestock over the 12 month period.  There are indicative liveweight gains in the heading for the stock classes that are still growing. See the ADCC manual for more assistance."]
["Strategy farm","C26","strategy farm!C26","Number of stock sold each year","Enter the number of animals sold from each stock class. For example, sold 70 cull cows, 50 non-replacement heifers and 100 bull calves.\nThese numbers are used to estimate total meat sold from the farm so that an equivalent amount of GHG emissions are allocated to meat production as opposed to milk production."]
["Strategy farm","C28","strategy farm!C28","Liveweight at point of sale","Enter the average liveweight of the sold stock. For example, cull cows were 550 kg, non-replacement heifers were 175 kg and bull calves were 50 kg.\nThese numbers are used to estimate total meat sold from the farm so that an equivalent amount of GHG emissions are allocated to meat production as opposed to milk production."]
["Strategy farm","D18","strategy farm!D18","Milking Cows","Milking cows also include non-lactating cows.  So if you milk year-round, it is how many cows calved in the 12 month period as opposed to the milking herd size.  For seasonal calving herds, it’s the peak milking herd size.  Therefore a 360 head seasonal milking herd is the same as a 300 head year-round milking herd with 60 dries at any particular month, both farms have milked 360 cows over the 12 month period.  "]
["Strategy farm","E18","strategy farm!E18","Heifers >1 yr age","This category is for your replacement heifers aged between 1 and 2 yrs of age.  Use the mid-point (i.e. 18 months) for aspects such as average liveweight.  Alternatively, the average liveweight is 70% of the mature milking cow liveweight.  Liveweight gain will vary between 0.6 and 0.8 kg/day depending on the liveweight of the milking cow.\n\nIf you raise non-replacement heifers, you need to add them to the Other stock > 1 yr age category.\n\nAny purchased animals need to be included in the livestock numbers. For example, you bred and retained 300 heifers but also bought 100 heifers, put 400 heifers in the livestock number cell to illustrate the number of heifers on farm."]
["Strategy farm","F18","strategy farm!F18","Heifers <1 yr age","This category is for your replacement heifers aged between birth and 1 yr of age.  Use the mid-point (i.e. 6 months) for aspects such as average liveweight.  Alternatively, the average liveweight is 35% of the mature milking cow liveweight.  Liveweight gain will vary between 0.6 and 0.8 kg/day depending on the liveweight of the milking cow.\n\nIf you sell the non-replacement heifers as young calves (as week old calves or post-weaning), you don't need to add the number of them into the Livestock number cell, but enter the number sold further down the sheet.\n\nIf you raise the non-replacement heifers beyond weaning, add their number in with the Other stock < 1 yr of age category. For example, you raise them to 9 months of age before selling, then you need to determine the annual average number present along with steers and bulls. See the help message for Other stock < 1 yr age.\n\nAny purchased animals need to be included in the livestock numbers. For example, you bred and retained 300 heifers but also bought 100 heifers, put 400 heifers in the livestock number cell to illustrate the number of heifers on farm."]
["Strategy farm","G18","strategy farm!G18","Mature bulls","Mature bulls are no longer growing.  They  will be 10 to 20% heavier than the milking cow.  For example, if the milking cow weighs 600kg, the bulls are likely to be 660 to 720 kg.  As they are fully grown there is no liveweight gain.\n\nAny purchased animals need to be included in the livestock numbers. For example, you buy 3 bulls each year and retain them for 4 years before selling on. This means you have 12 bulls on farm, thus you would have 12 bulls in the livestock numbers, 3 bulls sold and 3 bulls purchased."]
["Strategy farm","H19","strategy farm!H19","Other stock < 1 yr age ","This category is for young bulls, steers and non-replacement heifers that are 0-1 years of age and can be either replacement bulls for breeding or steers and heifers to be sold off farm. NOTE: If you sell your surplus heifers and bull calves at 5 to 10 days of age, do not enter any data for them here, their data needs to go into the Calves category.\n\nIf you retain the bulls/steers/heifers for the full 12 months, use their liveweight at 6 months of age and determine how much liveweight gain they have achieved over the 12 month period and divide this by 365 days to determine daily liveweight gain. For example, they were 50 kg at birth and 400 kg at 12 months of age so put on 350 kg / 365 days = 0.82 kg/day. Their mid-year liveweight would be 225 kg (i.e. 350 kg gained/ 2 (reflect mid-point) + 50 kg at birth. Alternatively, they put on 29.16 kg/month so 29.16 x 6 months + 50 kg at birth = 225 kg.  \n\nConversely, if you sell the steers and heifers prior to reaching 1 year of age, determine the stocking rate if they were retained for the full year. For example, you have 75 steers and heifers and sell them at 9 months of age, thus 75 head x 9 months retained  / 12 months in the year = equivalent to 56 head per annum. \n\nIf you sell most animals but retain some as bulls for replacements, it may be easiest to sum the number of bulls/steers/heifers present each month and divide by 12. For example, raised 5 bulls, as well as 70 steers and heifers and sold all 70 steers and heifers at 10 months of age and retained the 5 bulls as replacements. The sum of 70 steers/heifers for 10 months (700 equivalents) + 5 bulls for 12 months (60 equivalents) = 760 head equivalents / 12 months = 63 head per annum. \n\nYou then need to determine their average liveweight and liveweight gain over the period they were present on farm, similar to if they were present for the full 12 months. For example, the non-replacement heifers and bulls were sold at  approx. 270 kg so their mid-point liveweight would be 135 kg liveweight. \n\nRefer to the 'Other Livestock Help' tab if needing assistance with these estimates."]
["Strategy farm","I19","strategy farm!I19","Other stock > 1 yr age","This category is for replacement bulls, and for steers and non-replacement heifers that are 1-2 years of age and sold off farm as opposed to your replacement heifers which should be reported in the Heifers > 1 yr age category.\n\nIf you retain the steers/heifers longer than 2 years of age, determine what the stocking rate would be if only retained for 2 years.  For example, you have 75 steers and sell them at 26 months of age, thus 75 head x 14 months retained when greater than 1 year of age / 12 months in the year = equivalent to 88 head per annum.\n\nConversely, if you sell the steers and heifers somewhere between 1 and 2 years of age, determine the stocking rate if they were retained for the full 2 years. For example, you have 75 steers and heifers and sell them at 21 months of age, thus 75 head x 9 months retained when greater than 1 year of age /  12 months in the year = equivalent to 56 head per annum.    \n\nUse their age mid-point for liveweight. So if they are 350 kg at 12 months of age and sold at 600 kg then the midpoint is 475kg. During that 12 month period they gained 250 kg liveweight, equivalent to 0.68 kg LW/day.    \n\nRefer to the 'Other Livestock Help' tab if needing assistance with these estimates."]
["Strategy farm","J18","strategy farm!J18","Calves","This category is for non-replacement calves sold soon after birth (i.e. 5 to 10 days of age) or post-weaning at around 100 kg or 80-100 days. This is not where you include your replacement heifer calves, or if you breed bulls for breeding, or you fatten up non-replacement heifers and steers for the beef market. \n\nThese animals (calves up to weaning age) emit very little GHG emissions and so we have decided they will not alter net farm GHG emissions. However, they do contribute to total meat sales and thus the emissions intensity of milk and meat production. Therefore, non-relevant cells have been blanked out. Enter the number sold and their average liveweight in the white cells. \n\nHowever, if you retain non-replacement heifers and bull/steer calves beyond weaning and fatten them on farm before selling, they need to be reported in the Other stock < 1 yr age category as they will be emitting GHG emissions for the duration on farm until sold.  \n\nMake sure you select if these non-replacement animals are sold soon after birth (i.e. 5-7 days) or if sold post-weaning (i.e. at approx. 100 kg or around 80-100 days of age (essentially retained longer on farm than up to a couple of weeks)) from the drop-down list to the right of this Calves heading. if you sell some at a few days of age (e.g. bull calves) but retain your non-replacement heifer calves until post-weaning), select the option which is the largest number of animals (most likely soon after birth as more bull calves sold than non-replacement heifer calves). "]
["Strategy farm","E22","strategy farm!E22","Heifers >1 yr age Liveweight","This is the liveweight at the mid point of their age group, so for Heifers > 1, this would be at 18 months of age for heifers calving at 2 yrs of age.  If accurate figures are not available, we suggest using 70% of the milking cow liveweight.  For example, if the milkers weigh 600kg, the heifers would weigh 420kg."]
["Strategy farm","F22","strategy farm!F22","Heifers <1 yr age Liveweight","This is the liveweight at the mid point of their age group, so for Heifers < 1, this would be at 6 months of age for heifers calving at 2 yrs of age.  If accurate figures are not available, we suggest using 30% of the milking cow liveweight. For example, if the milkers weigh 600kg, the heifers would weigh 180kg."]
["Strategy farm","H22","strategy farm!H22","Other stock >1 yr age Liveweight","If you retain the bulls/steers/heifers for the full 12 months, use their liveweight at 6 months of age. Determine how much liveweight gain they have achieved over the 12 month period and divide this by 365 days to determine daily liveweight gain. For example, they were 50 kg at birth and 400 kg at 12 months of age so put on 350 kg / 365 days = 0.82 kg/day. Their mid-year liveweight would be 200 kg as half of the 400 kg at 12 months of age. "]
["Strategy farm","I22","strategy farm!I22","Other stock >1 yr age Liveweight","If you retain the steers/heifers longer than 2 years of age, determine what the stocking rate would be if only retained for 2 years.  For example, you have 75 steers and sell them at 26 months of age, thus 75 head x 14 months retained when greater than 1 year of age / 12 months in the year = equivalent to 88 head per annum.\n\nConversely, if you sell the steers and heifers somewhere between 1 and 2 years of age, determine the stocking rate if they were retained for the full 2 years. For example, you have 75 steers and heifers and sell them at 21 months of age, thus 75 head x 9 months retained when greater than 1 year of age /  12 months in the year = equivalent to 56 head per annum.    \n\nUse their age mid-point for liveweight. So if they are 350 kg at 12 months of age and sold at 600 kg then the midpoint is 475kg. During that 12 month period they gained 250 kg liveweight, equivalent to 0.68 kg LW/day.    "]
["Strategy farm","D24","strategy farm!D24","Milking Cows Liveweight gain","While milking cows lose weight in early lactation, this weight is regained during late lactation and during .the non-lactating phase.  Therefore over a 12 month period there is generally no change in liveweight and therefore no liveweight gain"]
["Strategy farm","E24","strategy farm!E24","Heifers >1 yr age Liveweight gain","Typical liveweight gain is between 0.6 and 0.75 kg per day depending on the breed, with Jerseys at the lower end and large-framed Holstein Friesians (>600 kg) at the upper range."]
["Strategy farm","F24","strategy farm!F24","Heifers <1 yr age Liveweight gain","Typical liveweight gain is between 0.6 and 0.75 kg per day depending on the breed, with Jerseys at the lower end and large-framed Holstein Friesians (>600 kg) at the upper range."]
["Strategy farm","C34","strategy farm!C34","Number of stock bought each year","We need to account for the emissions of purchased livestock prior to entering this farm. This is a Scope 3 embedded emission, just like purchased concentrates or fertiliser.\n \nThis is the total number bought in the year of assessment, which could be purchases several times throughout the year. For example, you bought 100 head at 150 kg and 50 head at 200 kg, that's the equivalent of buying 150 head. \n\nIf you do buy in stock, you need to make sure that they are incorporated into the total livestock numbers above so that we can determine their emissions while on farm. For example, you bred 100 rising 1 yr olds but also bought 50 head at 6 months of age. This is equivalent to 100 x 12 months + 50 x 6 months, which equals the equivalent of 125 over the 12 month period (i.e. ((100 head x 12 months) + (50 head x 6 months))/ 12 months. Therefore enter 125 in the Heifers < 1 yr age livestock number cell above. "]
["Strategy farm","C36",{"$f":"IF(AND(LEN(A133)>0,LEN(B133)>0),_xlfn.CONCAT(TRIM(LOWER(A133)),\"!\",TRIM(B133)),\"\")","v":"strategy farm!C36"},"Liveweight at point of purchase","This is the average liveweight of all animals purchased for each stock class.\n\nFor example, you buy 100 R1s at 150 kg and another 50 R1s at 200 kg. Therefore their average liveweight would be 167 kg (i.e. ((100 x 150) + (50 x 200))/ (150+50)). Enter 167 as the average liveweight for the Heifers < 1 yr age purchased. "]
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["Strategy farm","B34","strategy farm!B34","Milk production","Select which way you wish to report the annual milk production by using the drop-down list.  Either milk is reported as litres per herd per annum (1st option) or kg milksolids per herd per annum (2nd option).  Then enter the amount produced in the white cell to the right.  You will note that the units will change between 'litres of milk' and 'kg milksolids' depending on which option you selected to report the milk production.","If the option of litres per herd per annum is selected, DGAS will convert this data to a standard fat and protein corrected milk (FPCM) volume (based on 4.0% fat and 3.2% protein; FAO 2010).  This allows us to standardise milk production to compare between breeds.  For example, to compare Jerseys herds with lower volumes of milk per cow with higher MS% versus Friesian herds with higher volumes of milk per cow at lower MS%.  This fat and protein corrected milk volume will be used to estimate the daily milk production per cow and also the milk GHG emissions intensity."]
["Strategy farm","G39","strategy farm!G39","Average milk production","The average litres per cow per day is calculated and based on a standard fat and protein concentration of 4.0 and 3.3% respectively.  If you don't enter the known fat and protein concentrations, these percentages will be used. ","If the fat and protein concentration of your milk is greater than these values, the kg of fat and protein corrected milk, and therefore litres of milk, will be lower than if the concentration of the milk had been 4.0% fat and 3.3% protein.   \nHowever, if your milk has lower fat and protein concentrations than these standards, the kg of fat and protein corrected milk, and therefore litres per cow per day will be higher than if the concentration of the milk had been 4.0% fat and 3.3% protein. Check that this figure is approximately what would be expected and if it is substantially different, check the milk production per annum (either as litres or kg milksolids) and the concentration of the milk to see that these figures are reflective of your farm system."]
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["Strategy farm","B45","strategy farm!B45","Milkers average annual diet intakes ","Based on data entry, the calculator can estimate the daily intake required.  If the user enters how much feed came through supplementation, the difference between the sum of this and the figure presented here is assumed to come from pastures.\n\nFor example, if the calculator estimated that the cows required 20 kg DM/day to produce the milk entered, and the farmer knew that 10kg of this came in the form of grain and silage, the balance 10 kg must have been from pasture."]
["Strategy farm","E41","strategy farm!E41","Intake (kg DM/day)","Intakes are what is consumed after wastage is taken into consideration.  Wastage of grain and concentrates in the dairy may be quite low (1-2%) but forages such as hay and silage fed out in the paddock can be quite high (up to approx. 25-30%) depending on placement (e.g. middle of paddock versus near fence lines etc). "]
["Strategy farm","C50","strategy farm!C50","Average annual dry matter digestibility (DMD) for all other stock (%)","Enter the DMD in the feed eaten, not on offer.  Suggest the NGGI default of 75% in the absence of known figures."]
["Strategy farm","C51","strategy farm!C51","Average annual crude protein (CP) for all other stock (%)","Enter the CP in the feed eaten, not on offer.  Suggest the NGGI default of 20% in the absence of known figures."]
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["Strategy farm","D54","strategy farm!D54","How do you wish to enter the fertiliser rates?","Users can enter the rate of fertiliser applied either as kg of element (i.e. N:P:K:S: lime) per hectare per annum, in which case the number of hectares must be accurate, or the tonnes of element (N:P:K:S: lime) per annum, which removes any need of accuracy in terms of area that the fertiliser is applied to. The second option is particularly useful if the amount of land that the fertilisers were applied to is not known.  For example, the farmer purchased 10 t N but the rate at which it went on and/ or the amount of land is not known. ","If you select the tonnes of element per annum option from the drop-down list, the white cells for area of fertiliser will disappear as these cells do not require any data entry.\n\nTypical nutrient content of some common fertilisers include:\nUrea- 46% N\nMono-ammonium phosphate (MAP)- 11% N, 22% P, 1 to 2% S\nDi-ammonium phosphate (DAP)- 18% N, 20% P, 1 to 3% S\nSulphate of Ammonia (SOA)- 21% N, 24% S\nSingle superphosphate (SSP)- 9% P, 11% S\nTriple superphosphate (TSP)- 20% P, 1 to 2% S\nMuriate of potash (MOP)- 50% K\nPotassium sulphate (SOP)- 42% K, 17% S\n\nSelect the Click here to work out fertiliser rates if you have more complex fertiliser data. In the linked cell, we also help you to determine the percentage of N fertiliser that is urea-based."]
["Strategy farm","C56","strategy farm!C56","Area of N fertiliser","Amount of Nitrogen fertiliser applied to pastures. Remember that urea is 46%N and DAP is 18% N etc. i.e. 10 tonnes of urea = 4.6 tonnes N."]
["Strategy farm","B57","strategy farm!B57","Area of pastures fertilised with N ","Total area of pastures that received N fertiliser.  This includes runoff/ out blocks and also leased land as this is still part of the farm business."]
["Strategy farm","B59","strategy farm!B59","Area of crops fertilised with N ","The total area of cropping land that received N fertiliser.  If you don't know what amount went onto pastures and onto crops, just include all together as applied to pastures. It will make only a small increase in N₂O emissions."]
["Strategy farm","B64","strategy farm!B64","Area of pastures fertilised with P K S & lime","Area of farmland applied with P, K, S and lime/dolomite applied to pastures.  Note if different areas of land are fertilised (e.g. 100ha with P but only 50ha with K), the area needs to consistent across the fertilisers and the rate changed accordingly.","For example, 100ha of pastures was fertilised with 50 kg P/ha.  In addition, 50ha of pastures was fertilised with 50 kg K/ha.  To make this uniform, make the pasture 100 ha for both and apply 50kg P and 25kg K.  Alternatively if the option of tonnes of element per annum is used, the area of pastures is irrelevant.    "]
["Strategy farm","B66","strategy farm!B66","Area of crops fertilised with P K S & lime","Area of farmland applied with P, K, S and lime/dolomite applied to crops.  Note if different areas of land are fertilised (e.g. 100ha with P but only 50ha with K), the area needs to consistent across the fertilisers and the rate changed accordingly.","For example, 100ha of crops was fertilised with 50 kg P/ha.  In addition, 50ha of crops was fertilised with 50 kg K/ha.  To make this uniform, make the crop 100 ha for both and apply 50kg P and 25kg K.  Alternatively if the option of tonnes of element per annum is used, the area of crops is irrelevant.    "]
["Strategy farm","G56","strategy farm!G56","Rate of N fertiliser","Amount of Nitrogen fertiliser applied to pastures. Remember that urea is 46%N and DAP is 18% N etc. i.e. 10 tonnes of urea = 4.6 tonnes N.\n\nFor the percentage of N fertiliser applied to pastures and crops is urea, enter whole numbers. For example, if all N fertiliser is urea, then enter 100. ","Note this is not the weight of fertiliser, but of N. For example 1 t urea and 1 t DAP is equivalent to 460 kg N from urea and 180 kg N from DAP, so 640 kg N with 72% from urea (i.e. 460 / (460 + 180)). This percentage is used to estimate the amount of CO₂ produced when urea N is applied to pastures. Other forms of N do not release CO₂ when applied to pastures. If no percentage is entered into the \"Percentage of N fertiliser that is urea\", the calculator will assume this is 100%, given urea is the most common form of N fertiliser applied to pastures and crops."]
["Strategy farm","F61","strategy farm!F61","Percentage of N fertiliser that is urea","We need to know what percentage of total N fertiliser is urea versus other N fertilisers such as DAP. When urea is manufactured, the process removes carbon dioxide from the atmosphere. When the urea fertiliser is then spread onto pastures and crops, the carbon dioxide is released to the atmosphere. We need to account for this release of carbon dioxide with the farm GHG assessment.\n\nIf you applied 10 t of N as urea and 5 t N as DAP, then 10 t urea N / 15 t total N = 67% urea N. "]
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["Strategy farm","B69","strategy farm!B69","Annual Electricity Use ","What was your total annual electricity consumption for the year in kWh?\n\nIf your supplier guarantees a fraction of their electricity is from renewable sources, e.g. 10%, enter the full amount consumed here but then type in 10 in the 'What % of electricity is from renewables' cell to the right. This will reduce the GHG emissions from electricity by 10%.","For example, a farm in Gippsland consumed 100,000 kWh/annum, with the supplier guaranteeing 10% is sourced from renewables. Select: ‘State Grid’, enter 100,000 kWh purchased electricity and 10% purchased renewable electricity. The calculator will multiply 100,000 by 10%, such that 90,000 kWh will be multiplied by the Victorian emission factor and the balance 10,000 kWh will incur no carbon dioxide emission footprint.\n\nWe no longer subtract any surplus renewable energy generated on farm and fed back into the national grid. "]
["Strategy farm","B71","strategy farm!B71","Where does your electricity come from?","The State Grid option matches current sources of electricity (i.e. coal, hydro, wind) for your state. For example, most of Tasmania's energy is generated via hydro and wind, but there is a very small proportion generated via gas or comes via Bass Link from the mainland. The emission factor for Tasmania takes this into consideration, with a considerably lower factor than Victoria, for example. \n\nOnly select 100% renewable if all your electricity consumption is supplied via clean energy forms (i.e. hydro, solar, wind)."]
["Strategy farm","B73","strategy farm!B73","What % of electricity is from renewables?","If your supplier guarantees a fraction of their electricity is from renewable sources, e.g. 10%, enter the full amount consumed here but then type in 10 in the 'What % of electricity is from renewables' cell to the right. This will reduce the GHG emissions from electricity by 10%.\n\nThe balance 90% of purchased electricity will use a state-based factor which takes into account the range of sources of electricity generated for your state. "]
["Strategy farm","F69","strategy farm!F69","Annual purchased diesel/ unleaded petrol ","How any litres of diesel and unleaded petrol did the farm use last year?\n\nIf you used contractors for some or all of your field work, we need to estimate the amount they may have used in the following question."]
["Strategy farm","F71","strategy farm!F71","Annual contractor diesel/ unleaded petrol ","You need to consider the fuel that would have been consumed if you use contractors to undertake some/ all of your field work (e.g. silage making, fertiliser spreading, direct drilling new pasture seed etc) and they supplied their own fuel, as opposed to taking fuel out of your fuel tanks on farm. \n\nApproximate consumption figures are:\nFertilising/ chemical spraying/ rolling/ raking- 3 litres/ha\nSowing/ mowing/ wrapping silage- 9 litres/ha\nBaling/ harvesting/ discing- 16 litres/ha\nPloughing/ tillage- 22 litres/ha\n\nSo if you were making silage from a 1ha paddock, with the grass cut, tedded and raked before baling and wrapping, it is likely that 40 litres per hectare may have been consumed (i.e. 9 litres/ha for cutting, 3 litres/ha for tedding, 3 litres/ha for raking, 16 litres/ha for baling and 9 litres/ha for wrapping).\n\nMultiply the total litres/ha by the area to determine annual litres for each activity and sum together. In the above example, it was 40 litres per hectare and we cut 40 ha of pastures, that's 1,600 litres per annum. "]
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["Strategy farm","B75","strategy farm!B75","Purchased supplementary feed ","We need to understand how much supplementary feed is purchased.  Each feed type is multiplied by the GHG emissions associated with their production to estimate an embedded emission.  For example each tonne of grain emits ~ 0.2 tonnes of CO₂e in the production of the grain.  We don't include the CO₂ emitted with the transportation of these feeds to the farm as it is difficult to ascertain how far they may travel between farms.  \n\nFeed grown on a run-off block or leased area is part of your farm business and therefore is not considered purchased feed.  However, the inputs into growing this feed, such as fertiliser, needs to be considered as part of the farm business and included where applicable.\n\nThe allocation of purchased feed to the milking platform vs the support block will not alter the total emissions from the purchased supplementary feed. It will only determine what proportion of those emissions are allocated to the milk enterprise versus the meat enterprise to determine the emissions intensity of milk and meat production. The emissions from feed fed on the milking platform is allocated to milk production, whereas the emissions from feed fed on the support block will be proportionally divided between the meat and milk enterprises depending on how much milk and meat are produced.   \n\nWhile some purchased feed, while fed on the support block, may be fed to dairy-enterprise animals, e.g. hay to dry cows. In this instance, we recommend you still attribute the hay fed to these dry cows as being fed on the support block. ADCC will then attribute a proportion of hay emissions back to the dairy enterprise to reflect that some of the hay was fed to milk enterprise animals. The only time we would change this recommendation would be if all purchased feed for any category goes to dairy-enterprise animals, even though it was fed on the support block. In that instance, we would recommend you allocate 100% of the feed to the milking platform so that all emissions are attributed to the milk enterprise. For example, all purchased hay is fed to the dry cows and heifers prior to calving. \n\nIf you still have any hay or silage left over at the end of the year being analysed, the emissions for these will be accounted for in this year's assessment. In this instance, work out the proportion of feed fed this year on the milking platform vs support block. For example, bought 100 t DM of hay, with 75 t DM fed on the support block, 20 t DM fed in the calf shed and the remaining 5 t DM held over until next year. In this instance, you would allocate 21% to the milking platform (i.e. 20 t DM/ 95 t DM fed = 21%). "]
["Strategy farm","D78","strategy farm!D78","Percentage of purchased hay fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of hay fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n","For example, you purchased 100 t DM of hay this year, thus the Scope 3 emissions would be 16 t CO₂e. You fed 85 t DM on the support block, 10 t DM on the milking platform and there was a balance 5 t DM left in the hay shed. \n\nIn this example, we need to know that 10 t DM of the 95 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 10/95*100 to reflect 10 t DM fed on milking platform / 95 t fed to milking platform + support block * 100 to get a percentage figure. In this example, 10.5% of the hay was fed on the milking platform. Do not count the 5 t DM of hay remaining in the hay shed in this percentage of hay fed on the milking platform, we only want to know how much purchased feed bought this year is fed out this year.  \n\nThis is all you need to enter. ADCC will then attribute 10.5% of the 16 t CO₂e, equivalent to 1.7 t CO₂e, to the milk enterprise. The balance of the 16 t CO₂e is then allocated to the support block as you fed 85 t DM there, equivalent to 14.3 t CO₂e. As this hay is likely to be fed to dry cows or replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 85% of the Scope 3 hay emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 12.2 t CO₂e (i.e. 14.3 t CO₂e x 85% = 12.2 t CO₂e) is added to the 1.7 t CO₂e for the hay fed on the milking platform. In this example, 13.9 t CO₂e is allocated to the milking enterprise and the balance 2.1 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nFor any imported DairyBase datasets, we can't show you here the proportion of the hay fed to the milking platform. However, this value will appear in the 'Strategy Farm' tab's percentage of purchased hay fed on the milking platform white cell."]
["Strategy farm","D80","strategy farm!D80","Purchased grain and concentrates (t DM)","This includes pellets for young replacement stock, lead feed for springer cows just prior to calving as well as grain or concentrates fed to the milking cows. Also include any grain or concentrates fed to non-replacement stock, such as dairy beef. ADCC will allocate a proportion of the grain & concentrate emissions to the meat enterprise, depending on the total amount of milk and meat sold. \n\nDon't include any waste/by-products from other industries, such as whole cottonseed, canola meal, brewer's grain etc. These need to be entered into the By-products section. ","If you are importing an ADCC datasheet from DairyBase and within DairyBase you entered the by-products Cottonseed meal, Canola meal, Soybean meal or Dried distiller's grain via the Concentrate feed group, these will be also included in this Purchased grain and concentrates cell. However, these products will remain having a zero carbon footprint and thus Scope 3 emissions will only be attributed to all other feeds within the concentrates grouping.  "]
["Strategy farm","D82","strategy farm!D82","Percentage of purchased grain & concentrates fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of grain and concentrates fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n\nFor example, you purchased 925 t DM of grain this year, made up of grain and pellets fed to the milking cows, pellets fed to calves, and lead feed to the springer cows just prior to calving. The Scope 3 emissions for these would total 185 t CO₂e. You fed 880 t DM on the support block, 25 t DM on the milking platform and there was a balance 20 t DM left in the grain silo. ","For example, you purchased 925 t DM of grain this year, made up of grain and pellets fed to the milking cows, pellets fed to calves, and lead feed to the springer cows just prior to calving. The Scope 3 emissions for these would total 185 t CO₂e. You fed 880 t DM on the support block, 25 t DM on the milking platform and there was a balance 20 t DM left in the grain silo. \n\nIn this example, we need to work out the percentage fed on the milking platform, given 880 t DM of the 905 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 880/905*100 to reflect 880 t DM fed on milking platform / 905 t DM fed to milking platform + support block * 100 to get a whole percentage figure. In this example, 97.3% was fed on the milking platform. Do not count the 20 t DM of grain remaining in the silo in this percentage of grain & concentrates fed on the milking platform, we only want to know how much purchased feed bought this year is fed out this year.   \n\nThis is all you need to enter. ADCC will then attribute 97.3% of the 185 t CO₂e, equivalent to 179.9 t CO₂e, to the milk enterprise. The balance of the 185 t CO₂e is then allocated to the support block as you fed 25 t DM there, equivalent to 5.1 t CO₂e. As this grain & concentrates may still be fed to dairy replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 85% of the Scope 3 grain & concentrate emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 4.3 t CO₂e (i.e. 5.1 t CO₂e x 85% = 4.3 t CO₂e) is added to the 179.9 t CO₂e for the grain & concentrates fed on the milking platform. In this example, 184.2 t CO₂e is allocated to the milking enterprise and the balance 0.8 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nFor any imported DairyBase datasets, we can't show you here the proportion of the purchased grains and concentrates fed to the milking platform. However, this value will appear in the 'Strategy Farm' tab's percentage of purchased grains and concentrates fed on the milking platform white cell."]
["Strategy farm","I78","strategy farm!I78","Percentage of purchased silage fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of silage fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n\nFor example, you purchased 50 t DM of  this year, thus the Scope 3 emissions would be 8 t CO₂e. You fed 35 t DM on the milking platform and 15 t DM on the support block, with no purchased silage remaining at the end of the year assessment.","For example, you purchased 50 t DM of  this year, thus the Scope 3 emissions would be 8 t CO₂e. You fed 35 t DM on the milking platform and 15 t DM on the support block, with no purchased silage remaining at the end of the year assessment.\n\nIn this example, we need to know that 35 t DM of the 50 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 35/50*100 to reflect 35 t DM fed on milking platform / 50 t fed to milking platform + support block * 100 to get a percentage figure. In this example, 70% of the silage was fed on the milking platform. If you had any purchased silage remaining at the end of the yearly assessment, do not include that in these sums, we only want to know how much purchased feed bought this year is fed out this year.  \n\nThis is all you need to enter. ADCC will then attribute 70% of the 8 t CO₂e, equivalent to 5.6 t CO₂e, to the milk enterprise. The balance of the 8 t CO₂e is then allocated to the support block as you fed 15 t DM there, equivalent to 2.4 t CO₂e. As this silage is likely to be fed to dry cows or replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 80% of the Scope 3 silage emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 1.9 t CO₂e (i.e. 2.4 t CO₂e x 80% = 1.9 t CO₂e) is added to the 5.6 t CO₂e for the silage fed on the milking platform. In this example, 13.9 t CO₂e is allocated to the milking enterprise and the balance 2.1 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nFor any imported DairyBase datasets, we can't show you here the proportion of the purchased silage fed to the milking platform. However, this value will appear in the 'Strategy Farm' tab's percentage of purchased silage fed on the milking platform white cell."]
["Strategy farm","I82","strategy farm!I82","Percentage of purchased by-products fed on the milking platform","Unlike purchased grains and concentrates, hay and silage, we currently do not allocate any Scope 3 emissions for by-products. This may change in the future. For now, you can either repeat the process as you have done for the other feeds, if you wish to keep a record of this. Alternatively, just enter 100 into the white cell to the right. \n\nFor any imported DairyBase datasets, we can't show you here the proportion of the purchased by-products fed to the milking platform. However, this value will appear in the 'Strategy Farm' tab's percentage of purchased by-products fed on the milking platform white cell."]
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["Strategy farm","B85","strategy farm!B85","How are you estimating this?","You have four options to select how to estimate carbon sequestration in trees.  \n\n1. If you have no trees present on farm, select \"No estimation of carbon sequestration\" from the drop-down list.\n\n2. If you wish to use the combination of trees and soils built into ADCC to determine the amount of carbon sequestered in trees, select \"Based on data entered here\". If you select this option, you need to select from the drop-down list in the order they are present here, moving down the sheet by selecting your region first, then type of trees before entering the area and age of the trees. If you do not select in this order, excel may mis-calculate your results.\n\n3. If you have multiple areas of trees on farm, either different species and/or different ages and/or different areas, there is a tab called 'Vegetation'. In here, there is the ability to determine to total CO₂ sequestered across up to four areas. If you wish to estimate total CO₂ this way, select \"Carbon sequestered using other tools\", enter 1 for \"Area of trees (ha)\" and then copy the result in cell D32 (bold text) of the 'Vegetation' tab into the \"Amount of carbon sequestered using other tools\" white cell. You won't need to select your region or tree type or enter an Age of trees so long as you have selected \"Carbon sequestered using other tools\" from the first drop-down list.  \n\n3. If you wish to use some other tool or calculator to estimate (e.g. FullCAM or LOOC-C, select \"Carbon sequestered using other tools\". When this option is selected, enter the amount of carbon sequestered (t CO₂e/ha) from the other tool, along with the area of trees (ha), for excel to calculate the total amount of carbon for the farm . Remember we are asking for the tonnes of carbon dioxide/ha, so if your result from another tool is reported as t C/ha, multiply that amount of C by 3.67 to convert to t CO₂/ha. For example, 7 t C/ha equates to 25.7 t CO₂e/ha. You are also needing to enter the amount sequestered for only one year (i.e. the carbon flux) from the other tools, not the total over 25 or 100 years.   "]
["Strategy farm","B87","strategy farm!B87","Choose your region of Australia","If you click on the white cell to the right of this heading, a drop down arrow should appear along with a list of the regions specific to your state.  Most states have two or more regions to select from. These selections will only influence the amount of carbon sequestered in tree plantings\n\nVictoria: North East VIC refers to farms around Wangaratta and Benalla. Northern VIC refers to farms around Cobram, Shepparton and Echuca. Mallee refers to farms around Kerang. If you are unsure which region your farm is located, in terms of these three northern Victoria regions, compare results between regions to ascertain if there is a substantial difference in terms of the carbon sequestration potential.        "]
["Strategy farm","B89","strategy farm!B89","Choose the type of trees planted","The tree species will firstly match that of the baseline 'Your farm' system. However, users can explore the effect of selecting another species relevant for the region selected. \n\nIf a tree species you wish to explore is not present, select the closest species, or select Environmental plantings as a blend of native trees, shrubs and understorey that is endemic to your region."]
["Strategy farm","H85","strategy farm!H85","Age of Trees","Age of trees is this year of analysis and can vary between 1 and 100. The number entered needs to be a whole number and without any decimal point. You can't enter 2.0 or 2.5, you must enter either 2 or 3 in this example. "]
["Strategy farm","G88","strategy farm!G88","Amount of carbon sequestered using other tools","If you have estimated the amount of carbon sequestered in tree vegetation using another tool, such as LOOC-C or FullCAM, enter the annual carbon flux here.  If the tool you have used reported tonnes of carbon/ha as opposed to tonnes of carbon dioxide/ha, multiply this by 3.67 to convert from t C to t CO₂.\n\nIf you are importing a DairyBase dataset, this white cell will contain the estimate from that tool, so you will not need to re-enter a value here."]
["Strategy farm","",""]
["Strategy farm","E92","strategy farm!E92","Choose which option you are using to estimate how animal waste is handled","Each day, cows produce around 4-6 kg of volatile solids (manure). This section is to determine how this manure is handled, as an annual average. Users can either use the state-based fractions and factors as per the methodology or enter their own farm management practices to determine what proportion of waste is handled via each manure management system.  \n\nThe default state-based factors reflect cows spending 80-85% of their time grazing pastures, supplementary fed in the paddock and walking to and from the dairy. This equates to 3-4 hours a day off the paddock and laneways. If your herd spends more time than this at the dairy, on a feedpad or are housed, you must select the user-defined option to reflect how the manure is handled for the 'Strategy farm' system. If you select the User defined option, please make sure you then answer every question, otherwise the estimation of emissions from manure management will be inaccurate.\n\nWe need to know the number of hours the milkers are at the dairy, how that waste is handled and if the milkers and/or the heifers are on a feedpad area, how that waste is handled.  This may be particularly important if a change in feeding regimes means that a feedpad is used for a substantial amount of time over the 12 month assessment period.","The way the spreadsheet is set up, if the manure deposited at the dairy is handled the same way as from a feedpad (e.g., both flushed to a pond system), you can enter the total for both into the dairy section which then frees up the feedpad section for an alternative manure management system (e.g. spread daily from a sump or scraped & stockpiled).\n\nFor example, TMR housed cows are at the dairy and yards for 3 hours per day for 300 days. They return to the barn and spend another 5 hours per day for 300 days in the feeding lane of the barn, with all this manure flushed to a pond system. This equates to 8 hours per day for 300 days. The balance 16 hours per day, the cows are resting/ruminating while laying on a bedding area where the bedding and manure (compost) is turned periodically, thus remaining aerobic. This 16 hours per day for 300 days is entered into the feedpad section, with the manure scraped & stockpiled option selected. If the cows then go out onto pasture during their dry period, ADCC will allocate the balance 24 hours per day for 65 days to pasture.  If there was some form of mechanical separation of the manure as it is flushed to the lagoon system, this material is also considered of scraped & stockpiled consistency. \n\nIf however, the cows also remain in a compost barn for their dry period, you need to determine the sum of the lactating and non-lactating period. The easiest way to do this would be to calculate the total number of hours per year, subtract the number of hours per year the cow's manure is flushed to a pond system and then divide the remaining hours by 24. For example, 24 hours per day x 365 days = 8,760 hours per annum. The cow's flushed manure is 8 hours per day x 300 days = 2,400 hours per year. Subtracting 2,400 from 8,760 = 6,360 hours per annum the manure is in a compost/ scraped & stockpiled consistency. Divide this by 24 hours per day = 265 days. In this example, the time entered for the feedpad is 24 hours per day for 265 days per annum. The proportion of manure will then be proportionally allocated to anaerobic lagoon and solid storage. If you selected some form of mechanical solids separation of the lagoon-destined manure, 20% of this manure will also be allocated to solid storage.   "]
["Strategy farm","I92","strategy farm!I92","Volatile solids ","The CFI/ERF/ACCU methodology for the 'Destruction of methane generated from dairy manure in covered anaerobic ponds' project required milker volatile solids values (kg VS/head.day). Although this ACCU project is now closed, we have retained this value here. "]
["Strategy farm","E103","strategy farm!E103","Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water","The average number of hours that the milkers spend at the dairy depends on when the cows are released post-milking.  If the whole herd is retained in yards or laneways and then released back to a paddock at the same time, then it is the time taken to milk the whole herd. \n\nIf the cows are released from the dairy and either return to a paddock to graze or to a feedpad/ loafing area, it is the mid-point of milking. \n\nFor example, if total milking time takes 2.5 hours morning and 2 hours at night but the cows return to the paddock after being released from the dairy, then its 2.25 hours per day (half of 4.5 hrs).  However, if the whole herd is retained to the end of milking and released as a whole herd, it will be 4.5 hours per day.  ","If you milk 3 times in 2 days, work out how many hours this would be over the two days and half this to work out the daily rate.  Either enter this figure if the whole herd is retained or halve this figure again if the cows return to pasture as they exit the dairy.  \n\nFor example, milking takes 2 hours per shift, there are 3 shifts per 2 days, therefore the cows are present at the dairy for 6 hours in total over the two days.  Divide this by 2 to get a daily rate of 3 hours per day.  If the cows are retained at the dairy, then enter 3 hours per day. But if they trickle back to the paddock after exiting the dairy, enter 1.5 hours per day.\n\nWe also need to know the average number of days per annum the milkers are at the dairy.  For most farms this will be the same as the average lactation length.  However, for cows in a total mixed ration farm where they are retained on concrete during their dry period also, it will be 365 days per annum.\n\nUltimately, we are trying to work out where the 4-6 kg of manure (volatile solids) produced each day are deposited and allocate this accordingly.    "]
["Strategy farm","F109","strategy farm!F109","Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator to remove a fraction of the solids)?","If you select yes, we assume that 20% of the waste is trapped if there is a means of removing some of the solids prior to being spread daily from a sump or from entering the lagoon. This waste is then assumed to be in a solids storage state with a lower methane emission factor than if the waste went to the lagoon but higher than if it was spread daily from a sump/dispersal system. However, if you have a valid reason to alter the fraction away from 20%, enter that value as a whole number in the next question. "]
["Strategy farm","C110","strategy farm!C110","If yes, what percentage of the waste is removed via the pre-treatment process?","Generally the amount of solids removed via weeping walls and solids traps is in the 10-30% range. However, in large intensive dairy systems with modern methods of separating solids from liquids, the percentage may be as high as 40-50% if that manure is then stored to dry. If it is being saturated daily, then the manure is remaining in an anaerobic state for much of the day and so the percentage is lower.  \n\nWe suggest you implement 20% (which is the default if you don't answer this question), unless you have good evidence to support a higher value. "]
["Strategy farm","D113","strategy farm!D113","Number of hours per day and days per annum a milker spend on a feedpad or loafing area or are housed (TMR farm) ","If you have a compost barn where any manure deposited when cows are in the feeding lane is handled the same way as the manure deposited at the dairy, but then the bedding area is composted, you can include the approx. amount of time per day that the cows would be in the feed lane up with the dairy and adjacent yard question.\n\nFor example, the cows move to the dairy three times a day and on-average, spend 1 hour per milking at the dairy shed being milked. Any waste deposited in the dairy or yards is flushed to a pond/lagoon system. \n\nThe milkers also spend 8 hours per day in the feed lane of the compost barn where the manure is also flushed to a pond/lagoon system. \n\nTherefore each cow would have the equivalent of 11 hours of manure flushed to the pond every day. \n\nThe balance 13 hours per day, they spend laying down in the barn where their manure is composted. \n\nEnter 11 hours per day for the milker dairy waste and select Flushed to a pond/lagoon system. \n\nThen enter 13 hours per day for the milker feedpad waste and select scraped & stockpiled.  "]
["Strategy farm","D115","strategy farm!D115","Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled","Select the option that best reflects how the waste from the feedpad is handled.  We assume that if you select the Pond/lagoon system for the feedlot waste and above with the milker waste, you included the same manure system and also indicated that the dairy shed waste is pre-treated before going into a pond/ lagoon system, this will be the same for the feedpad waste. \n\nIf you have a compost barn where the milkers are housed, the more accurate manure management system for this is the scraped & stockpiled option. If any manure deposited when cows are in the feeding lane is handled the same way as the manure deposited at the dairy shed, but then the bedding area is composted, you can include the approx. amount of time per day that the cows would be in the feed lane up with the dairy and adjacent yard question.\n\nFor example, the cows move to the dairy three times a day and on-average, spend 1 hour per milking at the dairy shed. \n\nAny waste deposited in the dairy or yards is flushed to a pond/lagoon system. The milkers also spend 8 hours per day in the feed lane of the compost barn where the manure is also flushed to a pond/lagoon system. Therefore each cow would have the equivalent of 11 hours of manure flushed to the pond every day. \n\nThe balance 13 hours per day, they spend laying down in the barn where their manure is composted."]
["Strategy farm","B117","strategy farm!B117","Days per annum on the feedpad or loafing area","These questions are generally only relevant for farms where the heifers are retained on concrete for long periods of time per day and throughout the year (e.g. TMR farms where the young stock are housed).  \n\nWe are not concerned with the time that unweaned calves spend in sheds or when heifers spend time in yards for routine management practices (e.g. weighing, vaccinating, pregnancy testing etc).\n"]
["Strategy farm","D123","strategy farm!D123","Select the option which best describes how this waste from the feedpad or loafing area is best handled","Users are only given one option when selecting how the waste from the heifers is handled.  If two or more options are used, selected the most relevant.\n\nWe assume that if the milker waste is pre-treated prior to entering the pond/ lagoon system or spread daily from a sump, this will be the same for the heifer, bull and other stock waste."]
["Strategy farm","H125","strategy farm!H125","Integrated Methane Conversion factor","The Integrated Methane Conversion factor (MCF) is an estimated (as opposed to user entered) number and therefore protected."]
["Strategy farm"]
["Strategy farm","B133","strategy farm!B133","Methane (Scope 1):","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how many cows to milk, replacement animals to retain etc"]
["Strategy farm","B135","strategy farm!B135","Nitrous oxide (Scope 1):","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how many cows to milk, how much N fertiliser to apply etc"]
["Strategy farm","B140","strategy farm!B140","Carbon dioxide:","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how much urea N fertiliser or lime to apply, or how much diesel to consume on farm.\n\nScope 2 emissions are also those that occur on farm and the farmer has control over. For example, they can elect to generate renewable electricity farm to reduce reliance on grid power.\n\nScope 3 emissions are those that the farmer has no control over but are part of the farm business. There are emissions associated with the production and transmission of electricity to the farm, and in the refining/production of fuel. "]
["Strategy farm","B145","strategy farm!B145","Pre-farm gate embedded (Scope 3)","These are the emissions pre-farm gate from the production and/or manufacturing of feeds and fertilisers.\n\nThey are considered Scope 3 as the farmer has no control over the emissions associated with the production of these feeds and fertilisers. "]
["Strategy farm","B154","strategy farm!B154","Net GHG emissions ","Net emissions will only be lower than Total emissions if there are trees present on farm and that the estimation of carbon sequestered in these trees have been estimated here, using options 2 or 3 from the tree carbon sequestration listing."]
["Strategy farm","C156",{"$f":"IF(AND(LEN(A187)>0,LEN(B187)>0),_xlfn.CONCAT(TRIM(LOWER(A187)),\"!\",TRIM(B187)),\"\")","v":"strategy farm!C156"},"Reduction in net GHG emissions- Positive number in a green cell means a positive outcome, negative number in a red cell means a negative outcome","Note that a negative number means an increase in farm emissions, relative to the baseline 'Your farm' system, and thus the results are in a red box. Alternatively, if the number is positive, this is a decline in farm emissions, relative to the baseline 'Your farm' system, and thus the results are in a green box"]
["Strategy farm","C167","strategy farm!C167","Proportion of net emissions allocated to milk","We know that milk is the primary product on dairy farms, but they also produce meat, through cull cows, non-replacement heifers, bull calves and dairy-beef. The International Dairy Federation (IDF) are upgrading the method of allocating net emissions to milk and meat in 2022 and this method is implemented here.\n\nThe GHG emissions for milking herd, replacement heifers and bulls, along with electricity and supplementary feed (grain and fodder) are all allocated to milk production. The emissions for Other Livestock is allocated to meat production as this group of animals are not raised to join the dairy herd. Then the residual GHG emissions for diesel, fertiliser and carbon sequestration in trees (collectively termed farm emissions) are proportionally allocated to milk and meat, based on the proportion of total energy requirements for milk and meat. This breakdown of GHG emissions aligns with the IDF guidelines for systems separation of emissions.   \n\nExcel will then determine the energy requirements to produce milk and meat, and allocate the equivalent proportion of emissions to each product. For example, 90% of total energy requirements are for milk production, thus the 90% of the residual farm emissions are allocated to milk and the balance 10%, along with the Other Livestock emissions, are allocated to meat. The total emissions allocated to milk is then divided by the kg of FPCM to determine the emissions intensity of milk production. The number in this caption will indicate what proportion of emissions are allocated to milk production, with the balance allocated to meat production. If the proportion amount is 100%, this means you have not indicated how many stock are sold to estimate meat production.     \n\nWhen comparing your results between years, or between farms, it is important that you understand the allocation of emissions between co-products and compare like with like, i.e. you are not comparing your farm results with 100% allocated to milk with another farm that is reporting their results based on a proportion of emissions allocated to meat production. "]
["Strategy farm","C168","strategy farm!C168","Proportion of net emissions allocated to meat","We know that milk is the primary product on dairy farms, but they also produce meat, through cull cows, non-replacement heifers, bull calves and dairy-beef. The International Dairy Federation (IDF) are upgrading the method of allocating net emissions to milk and meat in 2022 and this method is implemented here.\n\nThe GHG emissions for milking herd, replacement heifers and bulls, along with electricity and supplementary feed (grain and fodder) are all allocated to milk production. The emissions for Other Livestock is allocated to meat production as this group of animals are not raised to join the dairy herd. Then the residual GHG emissions for diesel, fertiliser and carbon sequestration in trees (collectively termed farm emissions) are proportionally allocated to milk and meat, based on the proportion of total energy requirements for milk and meat. This breakdown of GHG emissions aligns with the IDF guidelines for systems separation of emissions.   \n\nExcel will then determine the energy requirements to produce milk and meat, and allocate the equivalent proportion of emissions to each product. For example, 90% of total energy requirements are for milk production, thus the 90% of the residual farm emissions are allocated to milk and the balance 10%, along with the Other Livestock emissions, are allocated to meat. The total emissions allocated to milk is then divided by the kg of FPCM to determine the emissions intensity of milk production. The number in this caption will indicate what proportion of emissions are allocated to milk production, with the balance allocated to meat production. If the proportion amount is 100%, this means you have not indicated how many stock are sold to estimate meat production.     \n\nWhen comparing your results between years, or between farms, it is important that you understand the allocation of emissions between co-products and compare like with like, i.e. you are not comparing your farm results with 100% allocated to milk with another farm that is reporting their results based on a proportion of emissions allocated to meat production. "]
["Strategy farm","D133","strategy farm!D133","Enteric fermentation","Methane is lost as part of the digestive process as a pathway of removing excess hydrogen from the rumen. Cattle emit approx. 6.5% of their gross energy intake as methane, with this number reducing as the quality of the diet improves. Most of the methane is emitted through the mouth, although a small amount is also emitted through the rear-end too. "]
["Strategy farm","D134","strategy farm!D134","Manure management","Methane is produced during the decomposition of manure when deposited onto pastures and collected in pond/lagoon systems under anaerobic conditions. Note that this value is not the amount of methane emitted from a storage system (e.g. lagoons/ponds), but from all manure deposited by the herd, with the majority of manure(> 75%) deposited onto pastures during grazing."]
["Strategy farm","D135","strategy farm!D135","Direct from dung & urine voided onto pastures","As cattle graze pastures and deposit urine and dung, a proportion of the N in these is converted to nitrous oxide and lost to the environment.\n\nA national survey determined the proportion of total manure that is deposited on pastures during grazing. This varies between states, and between 79 and 85% for milking cows and 100% for all other stock. \n\nIf your stock spend substantially longer on non-paddock areas (e.g. feedlotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Strategy farm","D136",{"$f":"IF(AND(LEN(A193)>0,LEN(B193)>0),_xlfn.CONCAT(TRIM(LOWER(A193)),\"!\",TRIM(B193)),\"\")","v":"strategy farm!D136"},"Direct from manure (storage & spread)","A proportion of cattle urine and dung (manure) is captured on hard surfaces, such as at the dairy and generally are either collected in a pond/lagoon system or spread  daily through an irrigation system. The calculator uses a state-based average to determine what proportion of manure is captured and how it is handled (i.e. pond/lagoon, spread daily etc), based on national survey data.  \n\nDuring storage, the manure (dung and urine) goes through a process of nitrification and denitrification, releasing a proportion of N to the environment in the form of nitrous oxide.  Likewise, after the manure is applied to pastures, a proportion of the N will be lost as nitrous oxide. \n\nIf your stock spend substantially longer on non-paddock areas (e.g. feedlotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Strategy farm","D137","strategy farm!D137","Indirect N waste ","A proportion of the manure N deposited onto paddocks or in storage is assumed to be lost to the environment through volatilisation and/or leaching/runoff. \n\nOnce this volatilised or leached/runoff N is lost to the environment, it is assumed that a proportion of the N will then be redeposited onto pastures, go through the processes of nitrification and denitrification and converted into nitrous oxide.\n\nIf your stock spend substantially longer on non-paddock areas (e.g. feedlotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Strategy farm","D138","strategy farm!D138","Direct N fertiliser","A proportion of the N applied in fertilisers (organic and inorganic) goes through the processes of nitrification and denitrification, with a percentage of this N lost to the environment as nitrous oxide. "]
["Strategy farm","D139","strategy farm!D139","Indirect N fertiliser","A proportion of the N fertiliser (organic and inorganic) applied to pastures is lost to the environment through volatilisation and leaching/runoff. Once this N is deposited back onto pastures, a proportion of this N will go through the processes of nitrification and denitrification, with a percentage of the N lost as nitrous oxide to the environment. "]
["Strategy farm","D140","strategy farm!D140","Electricity (Scope 2)","Scope 2 electricity emissions are those released to the environment with the generation/consumption of electricity on farm.\n\nScope 3 electricity emissions are those not included in Scope 2. These are associated with the indirect loss of electricity during the transmission and distribution in the grid."]
["Strategy farm","D141","strategy farm!D141","Electricity (Scope 3)","Scope 2 electricity emissions are those released to the environment with the generation/consumption of electricity on farm.\n\nScope 3 electricity emissions are those not included in Scope 2. These are associated with the indirect loss of electricity during the transmission and distribution in the grid."]
["Strategy farm","D142","strategy farm!D142","Diesel and unleaded petrol (Scope 1)","Scope 1 fuel emissions are those associated with the consumption of fuel on farm. \n\nScope 3 fuel emissions are those associated with the extraction and production of fuel. Previous versions of the Australian Dairy Carbon Calculator summed Scope 1 and Scope 3 emissions together and reported these as carbon dioxide emissions from diesel and unleaded petrol."]
["Strategy farm","D143","strategy farm!D143","Diesel and unleaded petrol (Scope 3)","Scope 1 fuel emissions are those associated with the consumption of fuel on farm. \n\nScope 3 fuel emissions are those associated with the extraction and production of fuel. Previous versions of the Australian Dairy Carbon Calculator summed Scope 1 and Scope 3 emissions together and reported these as carbon dioxide emissions from diesel and unleaded petrol."]
["Strategy farm","D144","strategy farm!D144","Urea and lime/dolomite (Scope 1)","Adding urea fertiliser to soils leads to a loss of carbon dioxide that was fixed during the manufacturing process. The bicarbonate in urea is broken down into water and carbon dioxide. Other forms of N fertiliser, such as DAP and SoA are not bicarbonates and therefore do not break down into carbon dioxide.\n\nlime and dolomite are added to soils to reduce soi acidity, improve soil structure and improve plant growth. The breakdown of these in the soil results in the production of water and carbon dioxide.\n\nAs both urea and lime/dolomite break down into carbon dioxide, this release of carbon dioxide needs to be accounted for when estimating the GHG emissions of the dairy farm. "]
["Strategy farm","D145","strategy farm!D145","Grain/ concentrates","It is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers. \n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China). "]
["Strategy farm","D146","strategy farm!D146","Forages","It is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers. \n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China). "]
["Strategy farm","D147","strategy farm!D147","Fertilisers","It is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers. \n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China). "]
["Strategy farm","J156","strategy farm!J156","Reduction in net GHG emissions relative to the baseline 'Your farm' system","Note that a negative number means an increase in farm emissions, relative to the baseline 'Your farm' system, and thus the results are in a red box. Alternatively, if the number is positive, this is a decline in farm emissions, relative to the baseline 'Your farm' system, and thus the results are in a green box"]
["Strategy farm","O163","strategy farm!O163","Change in GHG emissions intensity relative to the 'Your farm' system (kg CO₂e/kg FPCM)","Note that a negative number means an increase in farm emissions intensity, relative to the baseline 'Your farm' system, and thus the results are in a red box. Alternatively, if the number is positive, this is a decline in farm emissions intensity, relative to the baseline 'Your farm' system, and thus the results are in a green box"]
[null,"",""]
["Strategy farm","F205","strategy farm!F205","Enter the cost to implement the change on farm ($ per annum)","Changes to the baseline Your farm' system may come with additional expenses.  For example, if milk production per cow is increased, there is likely to be higher electricity expenses to harvest this milk.  In addition, how is this additional milk production per cow achieved?  Is it through improved genetic gain which needs to be costed."]
["Strategy farm","F207","strategy farm!F207","Enter any savings that may occur due to implementing the change on farm ($ per annum)","Does the change in  farm system result in any reduction in expenses?  This represents additional income for the 'Strategy Farm' system and needs to be incorporated."]
["Strategy farm","F209","strategy farm!F209","Enter the milk price when the changes are implemented ($/litre milk)","Does the change in farm system result in additional milk production?  Or maybe a reduction in milk production?  This needs to be valued and incorporated into the economic implications of changing the baseline 'Your farm' system."]
["Strategy farm","F211","strategy farm!F211","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the CFI for a tonne of CO₂-e.  "]
["Strategy farm","F213","strategy farm!F213","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the changes to the baseline 'Your farm' system qualified for a carbon credit."]
["Strategy farm","F215","strategy farm!F215","Calculated net expense to implement the strategy ($ per farm)","This figure represents the net change in expenses associated with implementing changes to the baseline 'Your farm' system.  If the changes cost more than any saved expenses, then the number will be positive to indicate a net increase in expenses.  However, if the changes result in a greater saving in expenses than the cost of implementation, the figure will be a negative figure."]
["Strategy farm","F217","strategy farm!F217","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. "]
["Strategy farm","F219","strategy farm!F219","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here."]
["Strategy farm","F221","strategy farm!F221","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
[null,null,""]
["Other Livestock help","E14","other livestock help!E14","Mature cow liveweight (kg)","We use the mature cow liveweight to determine the liveweight of the heifers based on a range of datasets from Australia and abroad. For example, heifer calves are assumed to be approx. 7% of the mature cow liveweight at birth, around 30% at 6 months of age, 65% at 15 months of age and 90% at 24 months of age. \n\nEnter the liveweight of the mature cow post-calving prior to her losing liveweight  in the first few months of lactation.\n\nJerseys tend to be 400-450 kg, Jersey x Friesians and smaller-framed Friesians 500 kg, medium-framed Friesians 550 kg, large Friesians/ Holstein-Friesians 600-650 kg, Ayeshires 550 kg, Guernseys 500 kg, Brown Swiss 600 kg, Illawarras/ Aussie Reds 550 kg. \n\nAlternatively, what is the liveweight of your culled cows and consider their body condition when being sold. For example, they weighed on average 600 kg, but were the empty cows and had good body condition. Therefore, they were possibly 50 kg heavier when sold compared to when they calved. Therefore enter them as 550 kg animals.  All data is reliant on the accuracy of the mature cow liveweight. "]
["Other Livestock help","E16","other livestock help!E16","Relative weight advantage of steers vs heifers at same age (%)","We use the heifer liveweight for each month to determine the steer liveweight and liveweight gain. Therefore, on average, how much heavier are the steers compared to the heifers at the same age.  Generally, steers can be 5-10% heavier than their heifer counterparts when 0 to 1 yr olds, and 10-15% heavier when 1 to 2 year olds. If in doubt, we suggest assuming 10% difference. \n\nFor example, at 15 months the heifers are 350 kg and the steers are 400 kg. In this example, 400 / 350 = 1.143, so the steers are 14.3% heavier. Enter 14.3 in the white cell to the right. \n\nIn another example, steers are 530 kg and the heifers are 475 kg, thus 530 / 475 = ~ 1.116 so the steers are 11.6% heavier. In both examples, we used the value after the decimal point. Enter 11.6 in the white cell to the right.\n\nDO NOT enter the values 1.143 or 1.116 as in the above examples as this assumes only a 1% increase. \n\n   "]
["Other Livestock help","C51","other livestock help!C51","Retained stock","Enter the number of non-replacement heifers and steers aged 0 to 1 yr old and retained for the full 12 months of the analysis year. These animals are then likely to be sold as 1 to 2 year olds next year. There is no equivalent category for the > 1 year olds as we allow you to enter sales data for animals up to 30 months of age. Therefore, we have assumed you are not retaining any animals beyond 30 months of age. "]
["Other Livestock help","C55","other livestock help!C55","Data entry check","If the number of animals sold plus retained is greater than the expected number of young stock (i.e. greater than the number of milkers minus replacement 0-1 yr olds heifers divided by 2 or greater than number of milkers divided by 2 for steers), an error message will appear to suggest you check data entry. We have assumed a 50:50 split between heifers and steers which may not be the case every year. Hence you may have sold or retained more than expected for any particular year or sex of animal. \n"]
["Other Livestock help","C58","other livestock help!C58","Average number of head","This value will be lower than the number of head you have on the farm as it takes into account the 12 month period. For example, if you had 200 head present for 6 months, that is equivalent to 200 head x 6 months / 12 months in the year = 100 head. Likewise, 200 head present for 9 months = 200 x 9 / 12 = 150 head. "]
["Other Livestock help","C59","other livestock help!C59","Average LW (kg)","This is the weighted average liveweight at the mid-point that the animals were on farm. So if they are sold at  6 months of age, it's their liveweight at 3 months of age. This value is based on a weighted-average for the four mobs of stock sold this year plus any retained for the full 12 months. "]
["Other Livestock help","C60","other livestock help!C60","Average LWG (kg/day)","As daily LWG has only a small impact on GHG emissions, we have estimated the LW over a full 24 month period. Thus, this value will remain consistent when selling young stock at different ages. It will only change if the average LW of the mature cow changes.\n"]
["Other Livestock help","C66","other livestock help!C66","Number of head","This value will be lower than the number of head you have on the farm as it takes into account the 12 month period. For example, if you had 200 head present for 6 months, that is equivalent to 200 head x 6 months / 12 months in the year = 100 head. Likewise, 200 head present for 9 months = 200 x 9 / 12 = 150 head. \n\nEnter these values into the 'Your Farm' tab H19 and I 19 cells."]
["Other Livestock help","C67","other livestock help!C67","Average LW (kg)","This is the average liveweight of each stock group, taking into account how many are sold vs retained, and when they are sold.  Enter these values into the 'Your Farm' tab cells H21 and I21. Alternatively, click on the Y or S buttons to transfer to the 'Your Farm' or 'Strategy Farm' tab."]
["Other Livestock help","C68","other livestock help!C68","Average LWG (kg)","As we have kept the liveweight gain consistent over the full year, this will reflect the ratio of heifers to steers. Enter these values into the 'Your Farm' tab cells H23 and I23. Alternatively, click on the Y or S buttons to transfer to the 'Your Farm' or 'Strategy Farm' tab."]
["Other Livestock help","C70","other livestock help!C70","Total number sold","This is the number of animals sold per annum for each stock class. Enter these values into the 'Your Farm' tab cells H25 and I25. Alternatively, click on the Y or S buttons to transfer to the 'Your Farm' or 'Strategy Farm' tab."]
["Other Livestock help","C71","other livestock help!C71","Average LW when sold (kg/head)","This is the weighted average liveweight for all animals sold in each age group. Enter these values into the 'Your Farm' tab cells H27 and I27. Alternatively, click on the Y or S buttons to transfer to the 'Your Farm' or 'Strategy Farm' tab.\n"]
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[null,null,""]
["Reduce CH4 and or Increase milk","B22","reduce ch4 and or increase milk!B22","Enter reduction in enteric methane with management or breeding (%)","This is the percentage change in enteric methane per kg DMI. For example, currently the Australian inventory assumes each kg of dry matter intake results in 20.7 grams of CH₄ being produced. A 10% reduction in methane would reduce this value down by 10%, thus each kg of DMI resulting in ~ 18.6 grams CH₄.\n\nA breeding intervention, such as superior cows producing more milk from the same intake as the baseline 'Your farm' system, might not always result in a reduction in enteric CH₄ emissions, only an improvement in milk production. However, within the national herd, there are animals which produce lower emissions per kg dry matter intake. \n\nLikewise an improvement in metabolisable energy of the diet, through the grazing of high-sugar ryegrass pastures, will potentially alter milk production but might not alter intakes and thus enteric methane production. \n\nReview the science to determine if the intervention you are exploring will result in a change in milk production and/or enteric methane production. "]
["Reduce CH4 and or Increase milk","B24","reduce ch4 and or increase milk!B24","Enter improvement in milk production (litres per cow per day)","This is the improvement in milk production, in terms of extra litres per cow per day. For example, you are still feeding the same diet as previously, but you cows are now producing an extra 0.5 litres per day. Make sure you select how many days per annum the increase in milk production occurred.\n\nSome interventions might not reduce milk production, or the change is so variable that you want to assume no change to milk production, e.g. a methane reduction vaccine. If this is the case, leave the improvement in milk production as 0.0 litres. It will only impact any income derived from a milk production change; enteric methane will still be reduced by the amount determined by the user.   \n  "]
["Reduce CH4 and or Increase milk","B26","reduce ch4 and or increase milk!B26","Is there any change in diet dry matter digestibility and/ or crude protein %","If the change in milk production is due to genetic improvement or increased feed conversion efficiency, select No from the drop-down list. In that instance, we will automatically select the baseline 'Your farm' diet DMD% and CP%.\n\nHowever, if the increased milk production is achieved through a high sugar ryegrass pasture, for example, you will need to alter the new annual diet DMD% and CP% values accordingly. Read the notes associated with each of these to determine how the diet quality may have altered. "]
["Reduce CH4 and or Increase milk","B28","reduce ch4 and or increase milk!B28","Enter new annual diet dry matter digestibility (%)","One way that cows might produce more milk from the same daily intake is through improved feed quality of the diet. For example, high sugar ryegrasses can exhibit an increase in megajoules (MJ) of metabolisable energy (ME) per kg dry matter. A 0.5 MJ ME/kg DM change is equivalent to a 3.1% change in DMD. You need to consider what proportion of the new diet has a change in metabolisable energy. For example, ryegrass pastures is 60% of the cow's diet over a 12-month period but you only have half of the paddocks planted with a new high sugar ryegrass pasture. Thus, half or 30% of the cows diet has an increase in metabolisable energy. If the high ryegrass pasture has an extra 0.5 MJ ME/kg DM, equivalent to 3.1% improvement in DMD, then we  are only achieving a 30% increase of the 3.1% DMD increase, thus around a 0.9% improvement in DMD. So if the baseline 'Your farm' diet DMD was 75%, this new diet is 75.9% DMD.  \n\nA more simpler way that cows might produce more milk from the same diet intake is an improvement in feed conversion efficiency. For example, cows fed 15 kg DM/day previously produced 20 litres per day, as a long term average. But now, through genetic improvements, the same cows are producing 22 litres per day. The diet hasn't changed, so we need to get this white cell to match that of the baseline 'Your farm' diet presented in the green section above. "]
["Reduce CH4 and or Increase milk","B30","reduce ch4 and or increase milk!B30","Enter new annual diet crude protein (%)","If the improvement in milk production was achieved due to an inclusion of a new pasture species which increases the metabolisable energy content of the diet (e.g. high sugar ryegrass), there may be a change in diet crude protein content. \n\nYou need to consider what proportion of the new diet has a change in crude protein. For example, ryegrass pastures is 60% of the cow's diet over a 12-month period but you only have half of the paddocks planted with a new high sugar ryegrass pasture. Thus, half or 30% of the cows diet contains the high sugar ryegrass pasture. If the high ryegrass pasture has a crude protein content of 18%, compared to the baseline 'Your farm' ryegrass being 20%, then we are only achieving a 2% CP decrease in 30% of the diet, equivalent to a 0.6% decline in overall diet CP%. So the new diet is now 19.4% CP (i.e. 20% baseline minus 0.6% decline).  \n\nA genetic improvement in milk production will not result in any change in diet CP% so make sure the number in this row matches that of the baseline 'Your farm' diet indicated in the green section above. \n"]
["Reduce CH4 and or Increase milk","B32","reduce ch4 and or increase milk!B32","Enter cost of implementing the abatement strategy  ($ per cow per annum)","Enter the cost implementing the strategy on per cow basis for a year. For example, if through genetic improvement, you might be using semen that costs an extra $20/straw, and the herd requires 1.5 joinings, thus the additional breeding cost is an extra $30/cow per annum. However, you might also have no additional cost as the improvement in milk production per cow is just through culling your lower producing cows, or not retaining offspring from your lowest producing cows, thus there is no net increase in breeding cows. \n\nAlternatively, if the change is due to high sugar ryegrasses, and the cost of the seed is an extra $1000/annum compared to a non-high sugar ryegrass seed, you need to divide this additional cost over the number of cows. \n"]
["Reduce CH4 and or Increase milk","B34","reduce ch4 and or increase milk!B34","Enter number of days per year that the abatement strategy is effective for","This will generally be the same as your lactation length"]
["Reduce CH4 and or Increase milk","B36","reduce ch4 and or increase milk!B36","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["Reduce CH4 and or Increase milk","B38","reduce ch4 and or increase milk!B38","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["Reduce CH4 and or Increase milk","B43","reduce ch4 and or increase milk!B43","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["Reduce CH4 and or Increase milk","B44","reduce ch4 and or increase milk!B44","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["Reduce CH4 and or Increase milk","B45","reduce ch4 and or increase milk!B45","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["Reduce CH4 and or Increase milk","B46","reduce ch4 and or increase milk!B46","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["Reduce CH4 and or Increase milk","B47","reduce ch4 and or increase milk!B47","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["Reduce CH4 and or Increase milk","B48",{"$f":"IF(AND(LEN(A257)>0,LEN(B257)>0),_xlfn.CONCAT(TRIM(LOWER(A257)),\"!\",TRIM(B257)),\"\")","v":"reduce ch4 and or increase milk!B48"},"Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["Reduce CH4 and or Increase milk","B49","reduce ch4 and or increase milk!B49","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in enteric and waste CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric and waste methane for the milking cows only, not total farm enteric methane emissions which also includes the heifers and non-replacement animals"]
["Reduce CH4 and or Increase milk","B50","reduce ch4 and or increase milk!B50","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction in N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, the value is zero as there has been no change in N₂O emissions"]
["Reduce CH4 and or Increase milk","B51","reduce ch4 and or increase milk!B51","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["Reduce CH4 and or Increase milk","B52","reduce ch4 and or increase milk!B52","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["Reduce CH4 and or Increase milk","B53","reduce ch4 and or increase milk!B53","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["Reduce CH4 and or Increase milk","B54","reduce ch4 and or increase milk!B54","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["Reduce CH4 and or Increase milk","B55","reduce ch4 and or increase milk!B55","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["Reduce CH4 and or Increase milk","B56","reduce ch4 and or increase milk!B56","Carbon credit total farm benefit income as % of your farm milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline 'Your farm' milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[null,null,""]
["Diet additives","B18","diet additives!B18","Enter feeding rate of feed additive (mg active ingredient/kg dry matter intake)","This question is asking the feeding rate of active ingredient per kg of dry matter intake for the milking cow.  For example, when feed Asparagopsis, we need to understand the feeding rate of bromoform as this is the active ingredient in the seaweed which is causing the reduction in methane.\n\nFor example, in a paper by Eason and Fennessy (https://doi.org/10.1080/00288233.2023.2248948), an Asparagopsis seaweed inclusion rate at 0.2% was fed to cattle consuming 15 kg DM/day. This inclusion rate was equivalent to 30 grams seaweed/day (i.e. 15 kg DM x 0.2% rate = 30 grams seaweed/day). The bromoform concentration in the seaweed was 6 mg bromoform/gram seaweed, thus 30 grams seaweed x 6 mg = 180 mg bromoform per day. The cows were consuming 15 kg DM, thus 180 mg bromoform / 15 kg DMI = 12 mg bromoform per kg dry matter intake.\n\nIf the seaweed inclusion rate had been 0.5%, then 15 kg DMI x 0.5%= 75 grams seaweed/day, and if still 6 mg bromoform/ gram seaweed, that is equivalent to consuming 450 mg bromoform/day, or 30 mg bromoform per kg dry matter intake.\n\nWe have purposely set the upper limit at 30 mg active ingredient per kg DMI, based on research findings and recommendations. If you have a sound reason to be exploring feeding higher rates than 30 mg/kg DMI, you will need to unprotect the sheet, using the password located in the Introduction tab, unhide the rows below the results table here, scroll down to the table where we have feeding rates between 0 and 30 mg/kg DMI, add higher rates, and update this table. Then you will need to amend equations that seek data from that table using the VLOOKUP function. "]
["Diet additives","B20","diet additives!B20","Enter reduction in methane (grams CH₄ reduced/ mg active ingredient)","This question is ascertaining the reduction in enteric methane per mg of active ingredient, e.g. bromoform in Asparagopsis seaweed. \n\nFor example, in a paper by Eason and Fennessy (https://doi.org/10.1080/00288233.2023.2248948), in a meta-analysis of study results for Asparagopsis taxiformis fed to sheep and cattle, they found results of between 0.25 and  0.49 grams of CH₄ reduction per mg of bromoform fed, while methane reduction rates were higher for Asparagopsis armata, as high as 0.89 grams CH₄ reduction per mg bromoform (see Table 1). \n\nWe have purposely set the upper limit to 5 grams CH₄ reduction per mg active ingredient. It is likely the value is much lower than this. "]
["Diet additives","B22","diet additives!B22","Enter cost of active ingredient ($/gram active ingredient)","If you know the cost of the active ingredient ($/gram active ingredient), use the up and down arrows to select that price, making sure it is the price per gram of active ingredient, not per gram of product etc.\n\nIf you do not know this, you will need to know the cost of the product that contains the active ingredient and the potency of the product in terms of mg of active ingredient per gram of product. \n\nUsing the Asparagopsis example from the previous two questions, each gram of product contains 6 mg of bromoform. If we assume the cost of the seaweed is $1,500 per tonne, noting we have no idea of what the cost of seaweed may be once commercially available, divide this by 100,000 which converts it to $0.0015/gram of seaweed. Each gram of seaweed contains 6 mg of bromoform, so divide $0.0015 by 6 to get $0.00025 per mg bromoform. As we want the price per gram of bromoform, we then multiply by 1000 to get a price of $0.25/gram of bromoform. The quickest way to determine the price is $/t of product divided by mg active ingredient and then divide this number by 1000. \n\nFor example, if the seaweed contained 10 mg bromoform/gram of seaweed, and was $1500/t seaweed, the cost would be (1500/10)/1000 = $0.15/gram of bromoform.  \n\nIn another example, if the seaweed contained 6 mg bromoform/gram and cost $4,000/t product, this is (4000/6)/1000 = $0.0.667/gram of bromoform. \n\nThe more potent the product is and/or the lower the price per unit of product, the lower the cost per gram of active ingredient.       \n\n\n"]
["Diet additives","B24","diet additives!B24","Enter number of days per year that the abatement strategy is effective for","This will generally be the same as your lactation length but may be for the full 365 days if implemented year-round."]
["Diet additives","B26","diet additives!B26","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["Diet additives","B28","diet additives!B28","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["Diet additives","B36","diet additives!B36","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["Diet additives","B37","diet additives!B37","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["Diet additives","B38","diet additives!B38","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have increased\n"]
["Diet additives","B39","diet additives!B39","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["Diet additives","B40","diet additives!B40","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["Diet additives","B41","diet additives!B41","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["Diet additives","B42","diet additives!B42","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric methane for the milking cows only, not total farm enteric methane emissions which also includes the heifers and non-replacement animals"]
["Diet additives","B43","diet additives!B43","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction in N₂O emissions, relative to the 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, the value is zero as there has been no change in N₂O emissions"]
["Diet additives","B44","diet additives!B44","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["Diet additives","B45","diet additives!B45","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["Diet additives","B46","diet additives!B46","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["Diet additives","B47","diet additives!B47","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["Diet additives","B48","diet additives!B48","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["Diet additives","B49","diet additives!B49","Carbon credit total farm benefit income as % of your farm milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline 'Your farm' milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[null,null,""]
["Extended lactation","B17",{"$f":"IF(AND(LEN(A288)>0,LEN(B288)>0),_xlfn.CONCAT(TRIM(LOWER(A288)),\"!\",TRIM(B288)),\"\")","v":"extended lactation!B17"},"Average daily milk production during the 1st lactation (litres/cow.day)","This figure needs entering as it is not linked to the 'Your farm' data entered.\n"]
["Extended lactation","B18",{"$f":"IF(AND(LEN(A289)>0,LEN(B289)>0),_xlfn.CONCAT(TRIM(LOWER(A289)),\"!\",TRIM(B289)),\"\")","v":"extended lactation!B18"},"Average daily milk production during subsequent lactations (litres/cow.day)","This figure needs entering as it is not linked to the 'Your farm' data entered.\n"]
["Extended lactation","B20","extended lactation!B20","Average number of lactations before culling","The user needs to enter the average number of lactations before culling for the herd here.\n"]
["Extended lactation","B22","extended lactation!B22","Enter calving date for start of lactation comparison (format dd/mm/yyyy)","With this strategy, we have assumed the same calving data for the standard and extended lactations.  The date format should be as such 10/09/2013\n"]
["Extended lactation","B24","extended lactation!B24","Enter average daily milk production during the 1st lactation (litres/cow.day)","What is the daily milk production per day for the extended lactation herd during their 1st lactation (litres/cow.day)\n  "]
["Extended lactation","B26","extended lactation!B26","Enter average daily milk production during subsequent lactations (litres/cow.day)","What is the daily milk production per day for the extended lactation herd during their subsequent lactations (litres/cow.day)\n  "]
["Extended lactation","B28","extended lactation!B28","Enter average extended lactation length (days)","Average number of days for each extended lactation.  If calving every 18 months, this is approximately 485 days milking with approximately 60 days dry.  If calving every 2 years, this is 730 days between calving so cows might milk for 670 days with 60 days dry \n\n\n"]
["Extended lactation","B30","extended lactation!B30","Enter average days non-lactating between each extended lactation (days)","See previous comment.  "]
["Extended lactation","B32","extended lactation!B32","Number of extended lactations before culling","Approx number of extended lactations before each cow is culled.  To best compare this strategy, it is best to have the cows in the extended lactation system present on the farm for a similar length of time as the baseline 'Your farm' system.  For example, compare six lactations of 10 months for the 'Your farm' system with either three lactations of 22 months and 2 months dry (calving every 2nd year) or four lactations of 16 months and 2 months dry (calving every 19 months)\n"]
["Extended lactation","B34","extended lactation!B34","Enter the cost to implement ($ per cow per lactation)","While there be any implementation expenses with this strategy?  Extending the lactation length means that the milker spends a greater time producing milk.  Therefore their intakes will be higher than if they only milk for 10 months and spend 2 months per year dry.  Will the farmer need to increase grain inputs or supplementary feeding as the cows may be milking through times of the year where pasture supply is reduced?  For example, dairy farmers traditionally calved in late winter/ early spring so that by the time autumn comes around, milk production has declined and therefore reliance on pasture supply has also diminished.  However, if by extending the lactation to 18 months, by autumn the cows are only half way through their lactation and may require additional high energy supplements such as grain to maintain their lactation curve.  Users need to make this judgement and enter a price for this."]
["Extended lactation","B36","extended lactation!B36","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["Extended lactation","B38","extended lactation!B38","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["Extended lactation","B41","extended lactation!B41","Estimated additional milk produced (litres/cow.lifetime)","This is the estimated additional milk that could be produced from the extended lactation per cow over her lifetime in the milking herd\n"]
["Extended lactation","B44","extended lactation!B44","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["Extended lactation","B45","extended lactation!B45","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["Extended lactation","B46","extended lactation!B46","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["Extended lactation","B47","extended lactation!B47","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["Extended lactation","B48","extended lactation!B48","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["Extended lactation","B49","extended lactation!B49","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["Extended lactation","B50","extended lactation!B50","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric methane for the milking cows only, not total farm enteric methane emissions which also includes the heifers and non-replacement animals. It is likely that extended lactations could also reduce waste methane and nitrous oxide, however, here we focused on the main source of emission reduction only."]
["Extended lactation","B51","extended lactation!B51","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction in N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, the value is zero as there has been no change in N₂O emissions"]
["Extended lactation","B52","extended lactation!B52","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["Extended lactation","B53","extended lactation!B53","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["Extended lactation","B54","extended lactation!B54","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["Extended lactation","B55","extended lactation!B55","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["Extended lactation","B56","extended lactation!B56","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["Extended lactation","B57","extended lactation!B57","Carbon credit total farm benefit income as % of current milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline 'Your farm' milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[]
["Extended longevity","B17",{"$f":"IF(AND(LEN(A316)>0,LEN(B316)>0),_xlfn.CONCAT(TRIM(LOWER(A316)),\"!\",TRIM(B316)),\"\")","v":"extended longevity!B17"},"Enter number of heifers > 1 yr age  ","What is the daily milk production per day for the extended lactation herd during their 1st lactation (litres/cow.day)\n  "]
["Extended longevity","B19","extended longevity!B19","Enter number of heifers < 1 yr age  ","What is the daily milk production per day for the extended lactation herd during their 1st lactation (litres/cow.day)\n  "]
["Extended longevity","B21","extended longevity!B21","Enter the price to raise a heifer calf to the point of joining the milking herd ($/head)","Dairy Australia's \"Heifers on Target\" booklet published in 2013 suggests that heifers cost between $1300 and $1500 (excluding labour) to rear a heifer to 24 months of age. Since then, the price of raising heifers will have risen due to a range of factors.     \n\nWe've assumed half this cost is incurred between 0 and 1 year of age and the other half is incurred between 1 and 2 years of age.    "]
["Extended longevity","B23","extended longevity!B23","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["Extended longevity","B25","extended longevity!B25","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["Extended longevity","B31","extended longevity!B31","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["Extended longevity","B32","extended longevity!B32","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["Extended longevity","B33","extended longevity!B33","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["Extended longevity","B34","extended longevity!B34","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["Extended longevity","B35","extended longevity!B35","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["Extended longevity","B36","extended longevity!B36","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["Extended longevity","B37","extended longevity!B37","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric and waste methane for the Rising 1 and Rising 2 year old heifers, not total farm enteric and waste methane emissions which also includes the milkers and Other livestock class animals. "]
["Extended longevity","B38","extended longevity!B38","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction in N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in waste N₂O  for the Rising 1 and Rising 2 year old heifers, not total farm waste N₂O emissions which also includes the milkers and Other livestock class animals."]
["Extended longevity","B39","extended longevity!B39","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["Extended longevity","B40","extended longevity!B40","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["Extended longevity","B41","extended longevity!B41","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["Extended longevity","B42","extended longevity!B42","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["Extended longevity","B43","extended longevity!B43","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["Extended longevity","B44","extended longevity!B44","Carbon credit total farm benefit income as % of current milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[]
["Replacing Sup with dietary fats","B20",{"$f":"IF(AND(LEN(A336)>0,LEN(B336)>0),_xlfn.CONCAT(TRIM(LOWER(A336)),\"!\",TRIM(B336)),\"\")","v":"replacing sup with dietary fats!B20"},"Enter estimated fat content of the 'Your farm' diet (%) ","Dryland summer/autumn pasture-based diets are generally 2-3% so can safely feed an additional 3-4% "]
["Replacing Sup with dietary fats","B22","replacing sup with dietary fats!B22","Estimate current 'Your farm' daily intake (kg DM/cow.day)","Intake estimated from the above data entries (i.e. weight, live  weight gain, milk production etc)"]
["Replacing Sup with dietary fats","B24","replacing sup with dietary fats!B24","Enter amount of 'Your farm' supplement to be replaced (kg DM/cow.day)","With this strategy we are replacing one low fat supplement with another and feeding the same rate.\n"]
["Replacing Sup with dietary fats","B40","replacing sup with dietary fats!B40","Enter cost of new abatement strategy supplement ($/t DM)","When entering the price of the new high dietary fat supplement, consider if there are any additional costs associated with feeding out the supplement.  For example, if the low dietary fat supplement was silage which needed a tractor and labour to feed out but now the high fat supplement is fed through the dairy, there is a reduction in feed-out expenses.  The implementation expenses is the difference between the two supplements and may be a negative figure if the cost of the high fat supplement is lower than the low dietary fat supplement that is being replaced..  This then essentially becomes another source of income as its a saved expense.\n"]
["Replacing Sup with dietary fats","B44","replacing sup with dietary fats!B44","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["Replacing Sup with dietary fats","B46","replacing sup with dietary fats!B46","Enter milk price for when supplements fed ($/litre)","High fat supplements generally fed when milk price is higher than the annual average milk price (e.g. 40c/litre year round but 42.5 c/litre over summer).  Enter via the up/down arrows 0.40 in the previous cell and 0.425 in this cell \n"]
["Replacing Sup with dietary fats","B48","replacing sup with dietary fats!B48","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["Replacing Sup with dietary fats","B51","replacing sup with dietary fats!B51","Estimated fat content in the abatement strategy diet during the activation period (%)","Any diet with a dietary fat % of greater than 7% will adversely affect milk production.  If a message \"TOO HIGH\" appears indicating the diet is too high and to feed lower levels, either the amount of supplement fed needs reducing or the fat content of the new supplement needs reducing or a combination of these options."]
["Replacing Sup with dietary fats","B54","replacing sup with dietary fats!B54","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["Replacing Sup with dietary fats","B55","replacing sup with dietary fats!B55","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["Replacing Sup with dietary fats","B56","replacing sup with dietary fats!B56","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["Replacing Sup with dietary fats","B57","replacing sup with dietary fats!B57","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["Replacing Sup with dietary fats","B58","replacing sup with dietary fats!B58","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["Replacing Sup with dietary fats","B59","replacing sup with dietary fats!B59","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["Replacing Sup with dietary fats","B60","replacing sup with dietary fats!B60","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric and waste methane for the milking cows, not total farm enteric and waste methane emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals. "]
["Replacing Sup with dietary fats","B61","replacing sup with dietary fats!B61","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction in N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in waste N₂O  for the milking cows, not total farm waste N₂O emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals."]
["Replacing Sup with dietary fats","B62","replacing sup with dietary fats!B62","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["Replacing Sup with dietary fats","B63","replacing sup with dietary fats!B63","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["Replacing Sup with dietary fats","B64","replacing sup with dietary fats!B64","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["Replacing Sup with dietary fats","B65","replacing sup with dietary fats!B65","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["Replacing Sup with dietary fats","B66","replacing sup with dietary fats!B66","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["Replacing Sup with dietary fats","B67","replacing sup with dietary fats!B67","Carbon credit total farm benefit income as % of current milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[]
["Supplementing with dietary fats","B19",{"$f":"IF(AND(LEN(A359)>0,LEN(B359)>0),_xlfn.CONCAT(TRIM(LOWER(A359)),\"!\",TRIM(B359)),\"\")","v":"supplementing with dietary fats!B19"},"Enter estimated fat content of the 'Your farm' diet (%) ","Dryland summer/autumn pasture-based diets are generally 2-3% so can safely feed an additional 3-4% "]
["Supplementing with dietary fats","B21","supplementing with dietary fats!B21","Enter amount of additional supplement to be fed (kg DM/cow.day)","This strategy assumes that the high fat supplement does not reduce intake of the other components of the diet.  This would suggest that the milkers were underfed previously.  For example, the baseline 'Your farm' diet has the cows consuming 17 kg DM per day but now with feeding 3 kg DM/day of high fat supplement, the cows are now consuming 20 kg DM/day.\n"]
["Supplementing with dietary fats","B31","supplementing with dietary fats!B31","Enter cost of additional supplementary feed ($/t DM)","When entering the price of the new high dietary fat supplement, consider if there are any additional costs associated with feeding out the supplement.  For example, some supplements may be better fed using a feedpad area so is there more machinery and labour associated with delivery of the high fat supplement to the milkers?  Or is it just delivered through the dairy and so no additional electricity or machinery or labour?  \n"]
["Supplementing with dietary fats","B33","supplementing with dietary fats!B33","Enter estimated substitution rate (range between 0 and 1)","Substitution rate (SR) is the rate that one feed reduces the intake of another feed.  In this model, a SR of 0.0 means that there is no substitution.  A SR of 1.0 means that for every 1 kg DM of supplement fed, the baseline 'Your farm' diet intake will be reduced by 1 kg DM.  Therefore if the SR is 0.5, the 'Your farm' diet is 15 kg pastures and 4 kg of high dietary fat supplement is then fed, then the diet consists of 13 kg DM pasture and 4 kg DM fat, resulting in 17 kg DMI.  If the SR was 0.0, then 19k g DMI would be consumed, if the SR was 1.0, then 15 kg DMI was be consumed   "]
["Supplementing with dietary fats","B35","supplementing with dietary fats!B35","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["Supplementing with dietary fats","B37","supplementing with dietary fats!B37","Enter milk price for when supplements fed ($/litre)","High fat supplements generally fed when milk price is higher than the annual average milk price (e.g. 40c/litre year round but 42.5 c/litre over summer).  Enter via the up/down arrows 0.40 in the previous cell and 0.425 in this cell \n"]
["Supplementing with dietary fats","B39","supplementing with dietary fats!B39","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["Supplementing with dietary fats","B42","supplementing with dietary fats!B42","Estimated fat content of the abatement strategy diet (%)","Any diet with a dietary fat % of greater than 7% will adversely affect milk production.  If a message \"TOO HIGH\" appears, either the amount of supplement fed needs reducing or the fat content of the new supplement needs reducing or a combination of these options."]
["Supplementing with dietary fats","B45","supplementing with dietary fats!B45","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["Supplementing with dietary fats","B46","supplementing with dietary fats!B46","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["Supplementing with dietary fats","B47","supplementing with dietary fats!B47","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["Supplementing with dietary fats","B48","supplementing with dietary fats!B48","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["Supplementing with dietary fats","B49","supplementing with dietary fats!B49","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["Supplementing with dietary fats","B50","supplementing with dietary fats!B50","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["Supplementing with dietary fats","B51","supplementing with dietary fats!B51","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric and waste methane for the milking cows, not total farm enteric and waste methane emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals. "]
["Supplementing with dietary fats","B52","supplementing with dietary fats!B52","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction in N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in waste N₂O  for the milking cows, not total farm waste N₂O emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals."]
["Supplementing with dietary fats","B53","supplementing with dietary fats!B53","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["Supplementing with dietary fats","B54","supplementing with dietary fats!B54","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["Supplementing with dietary fats","B55","supplementing with dietary fats!B55","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["Supplementing with dietary fats","B56","supplementing with dietary fats!B56","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["Supplementing with dietary fats","B57","supplementing with dietary fats!B57","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["Supplementing with dietary fats","B58","supplementing with dietary fats!B58","Carbon credit total farm benefit income as % of current milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline 'Your farm' milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[]
["Improved diet DMD by management","B28",{"$f":"IF(AND(LEN(A382)>0,LEN(B382)>0),_xlfn.CONCAT(TRIM(LOWER(A382)),\"!\",TRIM(B382)),\"\")","v":"improved diet dmd by management!B28"},"Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["Improved diet DMD by management","B30","improved diet dmd by management!B30","Enter milk price for when increased diet DMD is available ($/ litre)","The milk price for when the management practice is implemented to increase diet DMD might be different to the mean annual milk price."]
["Improved diet DMD by management","B32","improved diet dmd by management!B32","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["Improved diet DMD by management","B40","improved diet dmd by management!B40","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["Improved diet DMD by management","B41","improved diet dmd by management!B41","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["Improved diet DMD by management","B42","improved diet dmd by management!B42","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["Improved diet DMD by management","B43","improved diet dmd by management!B43","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["Improved diet DMD by management","B44","improved diet dmd by management!B44","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["Improved diet DMD by management","B45","improved diet dmd by management!B45","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["Improved diet DMD by management","B46","improved diet dmd by management!B46","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric and waste methane for the milking cows, not total farm enteric and waste methane emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals. "]
["Improved diet DMD by management","B47","improved diet dmd by management!B47","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction in N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in waste N₂O  for the milking cows, not total farm waste N₂O emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals."]
["Improved diet DMD by management","B48","improved diet dmd by management!B48","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["Improved diet DMD by management","B49","improved diet dmd by management!B49","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["Improved diet DMD by management","B50","improved diet dmd by management!B50","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["Improved diet DMD by management","B51","improved diet dmd by management!B51","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["Improved diet DMD by management","B52","improved diet dmd by management!B52","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["Improved diet DMD by management","B53","improved diet dmd by management!B53","Carbon credit total farm benefit income as % of current milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[]
["Improved diet DMD by Supplement","B26",{"$f":"IF(AND(LEN(A400)>0,LEN(B400)>0),_xlfn.CONCAT(TRIM(LOWER(A400)),\"!\",TRIM(B400)),\"\")","v":"improved diet dmd by supplement!B26"},"Enter estimated substitution rate ","Substitution rate (SR) is the rate that one feed reduces the intake of another feed.  In this model, a SR of 0.0 means that there is no substitution, only an increase in intake.  A SR of 1.0 means that for every 1 kg DM of supplement fed, the baseline 'Your farm' diet intake will be reduced by 1 kg DM.  Therefore if the SR is 0.5, the 'Your farm' diet is 15 kg DM pastures and 4 kg DM of grain supplement is then fed, then the diet consists of 13 kg DM of pasture and 4 kg DM of grain, resulting in 17 kg DMI.  If the SR was 0.0, then 19 kg DMI would be consumed (15 kg DM pasture and 4 kg DM grain), if the SR was 1.0, then 15 kg DMI was be consumed (11 kg DM pasture and 4 kg DM grain).  "]
["Improved diet DMD by Supplement","B30","improved diet dmd by supplement!B30","Enter cost of additional supplementary feed ($/t DM)","Make sure you also consider if there is any additional machinery or electricity or labour required with this strategy. \n"]
["Improved diet DMD by Supplement","B32","improved diet dmd by supplement!B32","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["Improved diet DMD by Supplement","B34","improved diet dmd by supplement!B34","Enter milk price for when supplements fed ($/litre)","The milk price for when the increased DMD supplement is fed might be higher than the annual average milk price."]
["Improved diet DMD by Supplement","B36","improved diet dmd by supplement!B36","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["Improved diet DMD by Supplement","B42","improved diet dmd by supplement!B42","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["Improved diet DMD by Supplement","B43","improved diet dmd by supplement!B43","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["Improved diet DMD by Supplement","B44","improved diet dmd by supplement!B44","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["Improved diet DMD by Supplement","B45","improved diet dmd by supplement!B45","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["Improved diet DMD by Supplement","B46","improved diet dmd by supplement!B46","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["Improved diet DMD by Supplement","B47","improved diet dmd by supplement!B47","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["Improved diet DMD by Supplement","B48","improved diet dmd by supplement!B48","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric and waste methane for the milking cows, not total farm enteric and waste methane emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals. "]
["Improved diet DMD by Supplement","B49","improved diet dmd by supplement!B49","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction in N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in waste N₂O  for the milking cows, not total farm waste N₂O emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals."]
["Improved diet DMD by Supplement","B50","improved diet dmd by supplement!B50","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["Improved diet DMD by Supplement","B51","improved diet dmd by supplement!B51","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["Improved diet DMD by Supplement","B52","improved diet dmd by supplement!B52","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["Improved diet DMD by Supplement","B53","improved diet dmd by supplement!B53","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["Improved diet DMD by Supplement","B54","improved diet dmd by supplement!B54","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["Improved diet DMD by Supplement","B55","improved diet dmd by supplement!B55","Carbon credit total farm benefit income as % of current milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline 'Your farm' milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[]
["N fertiliser inhibitor coated","B16",{"$f":"IF(AND(LEN(A420)>0,LEN(B420)>0),_xlfn.CONCAT(TRIM(LOWER(A420)),\"!\",TRIM(B420)),\"\")","v":"n fertiliser inhibitor coated!B16"},"Enter % annual N fertiliser purchased that is coated with an inhibitor","What % of the annual N fertiliser applied to pastures is coated with the inhibitor and applied during periods of the year when losses of N through leaching are high (e.g. autumn to spring for dryland pastures, year-round for irrigated pastures).\n"]
["N fertiliser inhibitor coated","B18","n fertiliser inhibitor coated!B18","Enter % of the coated fertiliser applied when inhibitor is reducing N₂O emissions","This is percentage of effectiveness for the coated fertiliser during the period it is applied.  For example, 50% of the total N fertiliser is coated and applied during periods of the year when N₂O emissions are high (i.e. late autumn through to spring).  This question is asking what proportion of the proportion of coated N fertiliser is applied during this period of high risk.\n\nFor example, the farmer buys 1 t N of which 100% is coated.  Not all this fertiliser will be applied during times of the year when N₂O emissions can be reduced.  If 75% of this is applied when conditions are conducive to N₂O losses, then in essence, 750kg of the N fertiliser is effective in reducing N₂O emissions and at a rate specified by the user in the % reduction in N₂O emissions (next question below).\n\nHowever, if the farmer purchases 80% of the total N fertiliser coated with the inhibitor (i.e. 800kg N/annum) and this is all applied during the periods of the year when it is effective, then the figure in this cell should be 100% to reflect that all 800kg N is effective in reducing N₂O emissions and at a rate specified by the user in the % reduction in N₂O emissions (next question below).          "]
["N fertiliser inhibitor coated","B20","n fertiliser inhibitor coated!B20","Enter % reduction of N₂O emissions with inhibitor applied to fertiliser","What reduction potential does the nitrification inhibitor have on reducing N₂O emissions.  We suggest 40% efficacy of the inhibitor over the duration that it is effective in reducing nitrous oxide emissions\n"]
["N fertiliser inhibitor coated","B22","n fertiliser inhibitor coated!B22","Enter cost of uncoated fertiliser ($ / t N)","What is the cost of uncoated N fertiliser?"]
["N fertiliser inhibitor coated","B24","n fertiliser inhibitor coated!B24","Enter cost of coated fertiliser ($ / t N)","What is the cost of the N fertiliser coated with the inhibitor?  This is likely to be more expensive than the uncoated and the difference between the two multiplied by the amount of N applied to the pastures will reflect the implementation cost.  For example, if uncoated N fertiliser cost $500 per tonne and  the coated cost $750 per tonne, the net increase is $250 per tonne.\n"]
["N fertiliser inhibitor coated","B26","n fertiliser inhibitor coated!B26","Enter additional pasture growth achieved with the inhibitor (kg DM/ha per annum)","We suggest using zero to start with as it is unlikely that applying an N fertiliser coated with the nitrification inhibitor will result in any additional pasture growth (unless the soil was already limited in N)."]
["N fertiliser inhibitor coated","B30","n fertiliser inhibitor coated!B30","Enter feed quality of the additional pasture (MJ ME/kg DM)","The equation to convert DMD to ME is:\n\nME = (DMD x 0.1604) - 1.037.  For example, if the DMD is 75% then ME = (75 x 0.1604)  - 1.037 = 11.0 MJ"]
["N fertiliser inhibitor coated","B34","n fertiliser inhibitor coated!B34","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["N fertiliser inhibitor coated","B36","n fertiliser inhibitor coated!B36","Enter milk price for when increased pasture ME/ diet DMD is available ($/ litre)","The milk price for when the  inhibitor coated N fertiliser is applied might be different to the mean annual milk price."]
["N fertiliser inhibitor coated","B38","n fertiliser inhibitor coated!B38","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["N fertiliser inhibitor coated","B43","n fertiliser inhibitor coated!B43","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["N fertiliser inhibitor coated","B44","n fertiliser inhibitor coated!B44","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["N fertiliser inhibitor coated","B45","n fertiliser inhibitor coated!B45","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["N fertiliser inhibitor coated","B46","n fertiliser inhibitor coated!B46","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["N fertiliser inhibitor coated","B47","n fertiliser inhibitor coated!B47","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["N fertiliser inhibitor coated","B48","n fertiliser inhibitor coated!B48","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["N fertiliser inhibitor coated","B49","n fertiliser inhibitor coated!B49","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in enteric methane for the milking cows, not total farm enteric methane emissions which also includes the Rising 1 and 2 year olds and Other livestock class animals. There is the potential that if animals consume more pastures, their waste CH₄ emissions would also alter. However, that is difficult to ascertain here and we have just focused on the main source of GHG emissions."]
["N fertiliser inhibitor coated","B50","n fertiliser inhibitor coated!B50","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in N-fertiliser derived N₂O missions, not total farm N₂O emissions which also emissions from livestock."]
["N fertiliser inhibitor coated","B51","n fertiliser inhibitor coated!B51","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["N fertiliser inhibitor coated","B52","n fertiliser inhibitor coated!B52","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["N fertiliser inhibitor coated","B53","n fertiliser inhibitor coated!B53","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["N fertiliser inhibitor coated","B54","n fertiliser inhibitor coated!B54","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["N fertiliser inhibitor coated","B55","n fertiliser inhibitor coated!B55","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["N fertiliser inhibitor coated","B56","n fertiliser inhibitor coated!B56","Carbon credit total farm benefit income as % of current milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline 'Your farm' income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[]
["N inhibitor applied to feed","B26",{"$f":"IF(AND(LEN(A445)>0,LEN(B445)>0),_xlfn.CONCAT(TRIM(LOWER(A445)),\"!\",TRIM(B445)),\"\")","v":"n inhibitor applied to feed!B26"},"Enter cost to implement strategy ($ per cow per annum)","What is the cost to implement this strategy on a per cow basis?  For example, if the inhibitor cost $1 per cow per  day and the strategy was implemented for 90 days, this would reflect a cost of $90 per cow. "]
["N inhibitor applied to feed","B28","n inhibitor applied to feed!B28","Enter average annual milk price ($/ litre)","Enter you average milk price over the whole year based on $ per litre. \n"]
["N inhibitor applied to feed","B30","n inhibitor applied to feed!B30","Enter on farm price received for a t CO₂e ($)","Enter the farm price received from the ERF/CSF for a tonne of CO₂-e.  \n"]
["N inhibitor applied to feed","B33","n inhibitor applied to feed!B33","Estimated additional milk produced (litres/farm)","As urine patches are already in excess of N (i.e. around 1000 kg N/ha, there is no likelihood of any additional pasture production as a consequence of feeding the cows the N inhibitor.  Therefore there is unlikely to be any additional milk production achieved.  Therefore this figure is currently zero.  If future research confirms that there could be an increase in milk production, this will be incorporated into the calculator.\n"]
["N inhibitor applied to feed","B35","n inhibitor applied to feed!B35","Reduction in enteric CH₄ emissions (t CO₂e/annum)","Negative number indicates that enteric methane emissions have increased "]
["N inhibitor applied to feed","B36","n inhibitor applied to feed!B36","Reduction in animal waste CH₄ emissions (t CO₂e/annum)","Negative numbers indicate waste methane has increased\n"]
["N inhibitor applied to feed","B37","n inhibitor applied to feed!B37","Reduction in animal waste N₂O emissions (t CO₂e/annum)","Negative numbers indicate waste nitrous oxide emissions have  increased\n"]
["N inhibitor applied to feed","B38","n inhibitor applied to feed!B38","Reduction in N fertiliser N₂O emissions (t CO₂e/annum)","Negative numbers indicate N fertiliser nitrous oxide emissions have  increased\n"]
["N inhibitor applied to feed","B39","n inhibitor applied to feed!B39","Total reduction in farm GHG emissions (t CO₂e/annum)","This is the sum of all reductions in GHG emissions and if negative represents a net increase in farm GHG emissions.\n"]
["N inhibitor applied to feed","B40","n inhibitor applied to feed!B40","Reduction in net emissions, relative to the 'Your farm' system (%)","This is the reduction in emissions as a proportion of the baseline 'Your farm' net emissions across all stock classes and key inputs\n\n"]
["N inhibitor applied to feed","B41","n inhibitor applied to feed!B41","Reduction in CH₄ emissions, relative to the 'Your farm' system (%)","This is the relative reduction in CH₄ emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, there is no change in animal enteric or waste methane production."]
["N inhibitor applied to feed","B42","n inhibitor applied to feed!B42","Reduction in N₂O emissions, relative to the 'Your farm' system (%)","This is the relative reduction N₂O emissions, relative to the baseline 'Your farm' system when targeting the component of the farm that the intervention is related to. For example, in this instance, it is the relative reduction in milker waste N₂O missions, not total farm  N₂O emissions which also emissions from all other livestock classes."]
["N inhibitor applied to feed","B43","n inhibitor applied to feed!B43","Calculated potential carbon credit ($ per farm)","This figure reflects the income achieved if the strategy adopted qualified for a carbon credit.\n"]
["N inhibitor applied to feed","B44","n inhibitor applied to feed!B44","Calculated expense to implement the strategy ($ per farm)","This figure represents how much it would cost to implement the abatement strategy and is influenced by the data entered in the above key variables for the 'Strategy Farm' green section.\n"]
["N inhibitor applied to feed","B45","n inhibitor applied to feed!B45","Benefit as stand alone abatement ($ per farm)","This figure reflects the difference between the potential carbon credit and the expenses to implement the strategy.  If this number is negative, it means that it cost more to implement than any potential income from a reduction in GHG emissions.  For example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum. \n"]
["N inhibitor applied to feed","B46","n inhibitor applied to feed!B46","Estimated additional milk income ($ per farm)","Some strategies result in additional milk being produced.  If this is the case, this additional amount of milk is multiplied by the milk price entered above in the green key variables for the 'Strategy Farm' section and reported here.\n"]
["N inhibitor applied to feed","B47","n inhibitor applied to feed!B47","Estimated total farm benefit from strategy ($ per farm)","If there is an increase in milk income, this is added to the potential income from any carbon credit and the cost of implementing the strategy deducted.\n\nFor example, if an abatement strategy resulted in a potential carbon credit of $2500 per annum but it cost $3000 to implement, then the benefit as a stand alone abatement would be a loss of $500 per annum.  However, if the strategy resulted in additional milk to the value of $2500 per annum, then the estimated total farm benefit from the strategy would be $2000 per annum."]
["N inhibitor applied to feed","B48","n inhibitor applied to feed!B48","Carbon credit total farm benefit income as % of current milk income","This figure is calculated by dividing the total farm benefit based on a reduction in total farm GHG emissions (i.e. far right blue column financial figure) by the estimated income from milk production for the baseline 'Your farm' system.  For example, an abatement strategy resulted in an additional net total farm benefit of $1,000 per annum once the changes in income and expenses were taken into consideration. If the baseline 'Your farm' milk income was $100,000 per annum, then the Carbon credit total farm benefit income, as a percentage of milk income would be 1%.   \n"]
[]
["Example farm","C8",{"$f":"IF(AND(LEN(A464)>0,LEN(B464)>0),_xlfn.CONCAT(TRIM(LOWER(A464)),\"!\",TRIM(B464)),\"\")","v":"example farm!C8"},"Owner or sharefarmer ID","Enter the primary ID you wish to use to report these results. \n"]
["Example farm","G8","example farm!G8","Supplier Number","This is the unique supplier number that farmers have with their milk company.\n"]
["Example farm","G10","example farm!G10","Year reviewed","Enter the financial year that this GHG assessment is for using the format 2012/13.  "]
["Example farm","C12","example farm!C12","Choose your state in Australia","When you go to the white cell to the right of this heading, a drop down arrow will appear to the right hand side and if you click on this, a list of all the states of Australia will appear.  \n"]
["Example farm","J12","example farm!J12","Choose your region/ farm system comparison","Select your option here to populate the Typical Industry Average graph below. The averages are based on data from the Dairy Farm Monitor Project (DFMP) and the Queensland Dairy Accounting Scheme (QDAS) as found in DairyBase (2015-16 to 2020-21). Select which region/state you which to compare your results to. Alternatively, we have provided an Australia-wide average. \n\nIn addition, we have analysed the DFMP and QDAS datasets to generate averages for three classes of grain/concentrate feeding to represent farm systems. These are low (< 1 t DM/cow.annum), medium (1-2 t DM/cow.annum) or high (> 2 t DM/cow.annum). You need to determine how much grain/concentrate you feed your milking herd to be able to select the most appropriate comparison. Selecting a grain/concentrate option will not limit the results to just your region/state.\n\n"]
["Example farm","D14","example farm!D14","Milking Cows","Milking cows also include non-lactating cows.  So if you milk year-round, it is how many cows calved in the 12 month period as opposed to the milking herd size.  For seasonal calving herds, it’s the peak milking herd size.  Therefore a 360 head seasonal milking herd is the same as a 300 head year-round milking herd with 60 dries at any particular month, both farms have milked 360 cows over the 12 month period.  \n"]
["Example farm","E14","example farm!E14","Heifers >1 yr age","This category is for your replacement heifers aged between 1 and 2 yrs of age.  Use the mid-point (i.e. 18 months) for aspects such as average liveweight.  Alternatively, the average liveweight is 70% of the mature milking cow liveweight.  Liveweight gain will vary between 0.6 and 0.8 kg/day depending on the liveweight of the milking cow.\n\nIf you raise non-replacement heifers, you need to add them to the Other stock > 1 yr age category.\n\nIn this example 'Your farm', 5 heifers were sold at 18 months of age (post-pregnant testing and empty) at 425 kg each. \n\n"]
["Example farm","F14","example farm!F14","Heifers <1 yr age","This category is for your replacement heifers aged between birth and 1 yr of age.  Use the mid-point (i.e. 6 months) for aspects such as average liveweight.  Alternatively, the average liveweight is 35% of the mature milking cow liveweight.  Liveweight gain will vary between 0.6 and 0.8 kg/day depending on the liveweight of the milking cow.\n\nIf you sell the non-replacement heifers as young calves (as week old calves or post-weaning), you don't need to add the number of them into the Livestock number cell, but enter the number sold further down the sheet.\n\nIf you raise the non-replacement heifers beyond weaning, add their number in with the Other stock < 1 yr of age category. For example, you raise them to 9 months of age before selling, then you need to determine the annual average number present along with steers and bulls. See the help message for Other stock < 1 yr age.\n\nIn this 'Your farm' example, we raised all 220 heifers, retaining 75 as replacements and then selling 145 non-replacement heifers post-weaning at 100 kg liveweight. As their emissions pre-weaning are relatively small, we do not need to include them in the livestock numbers, just the number of stock sold each year and their liveweight at point of sale."]
["Example farm","G14","example farm!G14","Mature bulls","Mature bulls are no longer growing.  They  will be 10 to 20% heavier than the milking cow.  For example, if the milking cow weighs 600kg, the bulls are likely to be 660 to 720 kg.  As they are fully grown there is no liveweight gain.\n\nIn this 'Your farm' example we sold 5 bulls at 650 kg each for the year of assessment."]
["Example farm","H15","example farm!H15","Other stock < 1 yr age ","This category is for young bulls, steers and non-replacement heifers that are 0-1 years of age and can be either replacement bulls for breeding or steers and heifers to be sold off farm. NOTE: If you sell your surplus heifers and bull calves at 5 to 10 days of age, do not enter any data for them here, their data needs to go into the Calves category.\n\nIf you retain the bulls/steers/heifers for the full 12 months, use their liveweight at 6 months of age and determine how much liveweight gain they have achieved over the 12 month period and divide this by 365 days to determine daily liveweight gain. For example, they were 50 kg at birth and 400 kg at 12 months of age so put on 350 kg / 365 days = 0.82 kg/day. Their mid-year liveweight would be 225 kg (i.e. 350 kg gained/ 2 (reflect mid-point) + 50 kg at birth. Alternatively, they put on 29.16 kg/month so 29.16 x 6 months + 50 kg at birth = 225 kg.  \n\nConversely, if you sell the steers and heifers prior to reaching 1 year of age, determine the stocking rate if they were retained for the full year. For example, you have 75 steers and heifers and sell them at 9 months of age, thus 75 head x 9 months retained  / 12 months in the year = equivalent to 56 head per annum. \n\nIf you sell most animals but retain some as bulls for replacements, it may be easiest to sum the number of bulls/steers/heifers present each month and divide by 12. For example, raised 5 bulls, as well as 70 steers and heifers and sold all 70 steers and heifers at 10 months of age and retained the 5 bulls as replacements. The sum of 70 steers/heifers for 10 months (700 equivalents) + 5 bulls for 12 months (60 equivalents) = 760 head equivalents / 12 months = 63 head per annum. \n\nYou then need to determine their average liveweight and liveweight gain over the period they were present on farm, similar to if they were present for the full 12 months. For example, the non-replacement heifers and bulls were sold at  approx. 270 kg so their mid-point liveweight would be 135 kg liveweight. \n\nRefer to the 'Other Livestock Help' tab if needing assistance with these estimates.\n"]
["Example farm","I15","example farm!I15","Other stock > 1 yr age","This category is for replacement bulls, and for steers and non-replacement heifers that are 1-2 years of age and sold off farm as opposed to your replacement heifers which should be reported in the Heifers > 1 yr age category.\n\nIf you retain the steers/heifers longer than 2 years of age, determine what the stocking rate would be if only retained for 2 years.  For example, you have 75 steers and sell them at 26 months of age, thus 75 head x 14 months retained when greater than 1 year of age / 12 months in the year = equivalent to 88 head per annum.\n\nConversely, if you sell the steers and heifers somewhere between 1 and 2 years of age, determine the stocking rate if they were retained for the full 2 years. For example, you have 75 steers and heifers and sell them at 21 months of age, thus 75 head x 9 months retained when greater than 1 year of age /  12 months in the year = equivalent to 56 head per annum.    \n\nUse their age mid-point for liveweight. So if they are 350 kg at 12 months of age and sold at 600 kg then the midpoint is 475kg. During that 12 month period they gained 250 kg liveweight, equivalent to 0.68 kg LW/day.    \n\nRefer to the 'Other Livestock Help' tab if needing assistance with these estimates.\n\n\n  \n"]
["Example farm","J14","example farm!J14","Calves","This category is for non-replacement calves sold soon after birth (i.e. 5 to 10 days of age) or post-weaning at around 100 kg or 80-100 days. This is not where you include your replacement heifer calves, or if you breed bulls for breeding, or you fatten up non-replacement heifers and steers for the beef market. \n\nThese animals (calves up to weaning age) emit very little GHG emissions and so we have decided they will not alter net farm GHG emissions. However, they do contribute to total meat sales and thus the emissions intensity of milk and meat production. Therefore, non-relevant cells have been blanked out. Enter the number sold and their average liveweight in the white cells. \n\nHowever, if you retain non-replacement heifers and bull/steer calves beyond weaning and fatten them on farm before selling, they need to be reported in the Other stock < 1 yr age category as they will be emitting GHG emissions for the duration on farm until sold.  \n\nMake sure you select if these non-replacement animals are sold soon after birth (i.e. 5-7 days) or if sold post-weaning (i.e. at approx. 100 kg or around 80-100 days of age (essentially retained longer on farm than up to a couple of weeks)) from the drop-down list to the right of this Calves heading. if you sell some at a few days of age (e.g. bull calves) but retain your non-replacement heifer calves until post-weaning), select the option which is the largest number of animals (most likely soon after birth as more bull calves sold than non-replacement heifer calves). \n\n\n"]
["Example farm","C16","example farm!C16","Livestock numbers","Insert the number of animals in each category."]
["Example farm","C18","example farm!C18","Liveweight","Specify the average liveweight of your herd for each category. Typically mature Jerseys are around 400kg, medium size Friesians are around 550kg and large Holstein Friesians are around 650kg. See the ADCC manual for more assistance."]
["Example farm","E18","example farm!E18","Heifers >1 yr age Liveweight","This is the liveweight at the mid point of their age group, so for Heifers > 1, this would be at 18 months of age for heifers calving at 2 yrs of age.  If accurate figures are not available, we suggest using 70% of the milking cow liveweight.  For example, if the milkers weigh 600kg, the heifers would weigh 420kg.\n"]
["Example farm","F18","example farm!F18","Heifers <1 yr age Liveweight","This is the liveweight at the mid point of their age group, so for Heifers < 1, this would be at 6 months of age for heifers calving at 2 yrs of age.  If accurate figures are not available, we suggest using 30% of the milking cow liveweight. For example, if the milkers weigh 600kg, the heifers would weigh 180kg."]
["Example farm","H18","example farm!H18","Other stock < 1 yr age Liveweight","If you retain the bulls/steers/heifers for the full 12 months, use their liveweight at 6 months of age. Determine how much liveweight gain they have achieved over the 12 month period and divide this by 365 days to determine daily liveweight gain. For example, they were 50 kg at birth and 400 kg at 12 months of age so put on 350 kg / 365 days = 0.82 kg/day. Their mid-year liveweight would be 200 kg as half of the 400 kg at 12 months of age. \n"]
["Example farm","I18","example farm!I18","Other stock > 1 yr age Liveweight","If you retain the steers/heifers longer than 2 years of age, determine what the stocking rate would be if only retained for 2 years.  For example, you have 75 steers and sell them at 26 months of age, thus 75 head x 14 months retained when greater than 1 year of age / 12 months in the year = equivalent to 88 head per annum.\n\nConversely, if you sell the steers and heifers somewhere between 1 and 2 years of age, determine the stocking rate if they were retained for the full 2 years. For example, you have 75 steers and heifers and sell them at 21 months of age, thus 75 head x 9 months retained when greater than 1 year of age /  12 months in the year = equivalent to 56 head per annum.    \n\nUse their age mid-point for liveweight. So if they are 350 kg at 12 months of age and sold at 600 kg then the midpoint is 475kg. During that 12 month period they gained 250 kg liveweight, equivalent to 0.68 kg LW/day.    \n\n"]
["Example farm","C20","example farm!C20","Liveweight gain ","Insert the likely average daily liveweight gain for each class of animal in the herd. This is an estimate of the expected weight gain of an animal in a particular class of livestock over the 12 month period.  There are indicative liveweight gains in the heading for the stock classes that are still growing. See the ADCC manual for more assistance.\n"]
["Example farm","D20","example farm!D20","Milking Cows Liveweight gain","While milking cows lose weight in early lactation, this weight is regained during late lactation and during the non-lactating phase.  Therefore over a 12 month period there is generally no change in liveweight and therefore no liveweight gain\n"]
["Example farm","E20","example farm!E20","Heifers >1 yr age Liveweight gain","Typical liveweight gain is between 0.6 and 0.75 kg per day depending on the breed, with Jerseys at the lower end and large-framed Holstein Friesians (>600 kg) at the upper range\n"]
["Example farm","F20","example farm!F20","Heifers <1 yr age Liveweight gain","Typical liveweight gain is between 0.6 and 0.75 kg per day depending on the breed, with Jerseys at the lower end and large-framed Holstein Friesians (>600 kg) at the upper range\n"]
["Example farm","C22","example farm!C22","Number of stock sold each year","Enter the number of animals sold from each stock class. For example, sold 70 cull cows, 50 non-replacement heifers and 100 bull calves.\n\nThese numbers are used to estimate total meat sold from the farm so that an equivalent amount of GHG emissions are allocated to meat production as opposed to milk production.\n\n"]
["Example farm","C24","example farm!C24","Liveweight at point of sale","Enter the average liveweight of the sold stock. For example, cull cows were 550 kg, non-replacement heifers were 175 kg and bull calves were 50 kg.\n\nThese numbers are used to estimate total meat sold from the farm so that an equivalent amount of GHG emissions are allocated to meat production as opposed to milk production."]
["Example farm","B30","example farm!B30","Milk production ","Select which way you wish to report the annual milk production by using the drop-down list.  Either milk is reported as litres per herd per annum (1st option) or kg milksolids per herd per annum (2nd option).  Then enter the amount produced in the white cell to the right.  You will note that the units will change between \"litres of milk\" and \"kg milksolids\" depending on which option you selected to report the milk production.  \n\nIf the option of litres per herd per annum is selected, DGAS will convert this data to a standard fat and protein corrected milk (FPCM) volume (based on 4.0% fat and 3.2% protein; FAO 2010).  This allows us to standardise milk production to compare between breeds.  For example, to compare Jerseys herds with lower volumes of milk per cow with higher MS% versus Friesian herds with higher volumes of milk per cow at lower MS%.  This fat and protein corrected milk volume will be used to estimate the daily milk production per cow and also the milk GHG emissions intensity.  "]
["Example farm","G35","example farm!G35","Average milk production","The average litres per cow per day is calculated and based on a standard fat and protein concentration of 4.0 and 3.3% respectively.  If you don't enter the known fat and protein concentrations, these percentages will be used. \n\nTherefore if the fat and protein concentration of your milk is greater than these values, the kg of fat and protein corrected milk, and therefore litres of milk, will be lower than if the concentration of the milk had been 4.0% fat and 3.3% protein.    \n\nHowever, if your milk has lower fat and protein concentrations than these standards, the kg of fat and protein connected milk, and therefore litres per cow per day will be higher than if the concentration of the milk had been 4.0% fat and 3.3% protein.    \n\nCheck that this figure is approximately what would be expected and if it is substantially different, check the milk production per annum (either as litres or kg milksolids) and the concentration of the milk to see that these figures are reflective of the baseline 'Your farm' system. "]
["Example farm","E37","example farm!E37","Intake (kg DM/day)","Intakes are what is consumed after wastage is taken into consideration.  Wastage of grain and concentrates in the dairy may be quite low (1-2%) but forages such as hay and silage fed out in the paddock can be quite high (up to approx. 25-30%) depending on placement (e.g. middle of paddock versus near fence lines etc). \n"]
["Example farm","B41","example farm!B41","Milkers average annual diet intakes ","Based on data entry, the calculator can estimate the daily intake required.  If the user enters how much feed came through supplementation, the difference between the sum of this and the figure presented here is assumed to come from pastures.\n\nFor example, if the calculator estimated that the cows required 20 kg DM/day to produce the milk entered, and the farmer knew that 10kg of this came in the form of grain and silage, the balance 10 kg must have been from pasture.\n"]
["Example farm","C46","example farm!C46","Average annual dry matter digestibility (DMD) for all other stock (%)","Enter the DMD in the feed eaten, not on offer.  Suggest the NGGI default of 75% in the absence of known figures."]
["Example farm","C47","example farm!C47","Average annual crude protein (CP) for all other stock (%)","Enter the CP in the feed eaten, not on offer.  Suggest the NGGI default of 20% in the absence of known figures."]
["Example farm","D50","example farm!D50","How do you which to enter the fertiliser rates?","Users can enter the rate of fertiliser applied either as kg of element (i.e. N:P:K:S: lime) per hectare per annum, in which case the number of hectares must be accurate, or the tonnes of element (N:P:K:S: lime) per annum, which removes any need of accuracy in terms of area that the fertiliser is applied to. The second option is particularly useful if the amount of land that the fertilisers were applied to is not known.  For example, the farmer purchased 10 t N but the rate at which it went on and/ or the amount of land is not known. \n\nIf you select the tonnes of element per annum option from the drop-down list, the white cells for area of fertiliser will disappear as these cells do not require any data entry.\n\nTypical nutrient content of some common fertilisers include:\nUrea- 46% N\nMono-ammonium phosphate (MAP)- 11% N, 22% P, 1 to 2% S\nDi-ammonium phosphate (DAP)- 18% N, 20% P, 1 to 3% S\nSulphate of Ammonia (SOA)- 21% N, 24% S\nSingle superphosphate (SSP)- 9% P, 11% S\nTriple superphosphate (TSP)- 20% P, 1 to 2% S\nMuriate of potash (MOP)- 50% K\nPotassium sulphate (SOP)- 42% K, 17% S\n\nSelect the Click here to work out fertiliser rates if you have more complex fertiliser data. In the linked cell, we also help you to determine the percentage of N fertiliser that is urea-based.\n\n"]
["Example farm","C52","example farm!C52","Area of N fertiliser ","Amount of Nitrogen fertiliser applied to pastures. Remember that urea is 46%N and DAP is 18% N etc. i.e. 10 tonnes of urea = 4.6 tonnes N \n\n\n"]
["Example farm","G52",{"$f":"IF(AND(LEN(A496)>0,LEN(B496)>0),_xlfn.CONCAT(TRIM(LOWER(A496)),\"!\",TRIM(B496)),\"\")","v":"example farm!G52"},"Rate of N fert","Amount of Nitrogen fertiliser applied to pastures. Remember that urea is 46%N and DAP is 18% N etc. i.e. 10 tonnes of urea = 4.6 tonnes N.\n\nFor the percentage of N fertiliser applied to pastures and crops is urea, enter whole numbers. For example, if all N fertiliser is urea, then enter 100. \n\nNote this is not the weight of fertiliser, but of N. For example 1 t urea and 1 t DAP is equivalent to 460 kg N from urea and 180 kg N from DAP, so 640 kg N with 72% from urea (i.e. 460 / (460 + 180)). This percentage is used to estimate the amount of CO₂ produced when urea N is applied to pastures. Other forms of N do not release CO₂ when applied to pastures. If no percentage is entered into the \"Percentage of N fertiliser that is urea\", the calculator will assume this is 100%, given urea is the most common form of N fertiliser applied to pastures and crops.\n \n"]
["Example farm","B53","example farm!B53","Area of pastures fertilised with N ","Total area of pastures that received N fertiliser.  This includes runoff/ out blocks and also leased land as this is still part of the farm business.\n"]
["Example farm","B55","example farm!B55","Area of crops fertilised with N ","The total area of cropping land that received N fertiliser.  If you don't know what amount went onto pastures and onto crops, just include all together as applied to pastures. It will make only a small increase in N₂O emissions."]
["Example farm","F57","example farm!F57","Percentage of N fertiliser that is urea","We need to know what percentage of total N fertiliser is urea versus other N fertilisers such as DAP. When urea is manufactured, the process removes carbon dioxide from the atmosphere. When the urea fertiliser is then spread onto pastures and crops, the carbon dioxide is released to the atmosphere. We need to account for this release of carbon dioxide with the farm GHG assessment.\n\nIf you applied 10 t of N as urea and 5 t N as DAP, then 10 t urea N / 15 t total N = 67% urea N. \n"]
["Example farm","B60","example farm!B60","Area of pastures fertilised with P K S & lime","Area of farmland applied with P, K, S and lime/dolomite applied to pastures.  Note if different areas of land are fertilised (e.g. 100ha with P but only 50ha with K), the area needs to consistent across the fertilisers and the rate changed accordingly.\n\nFor example, 100ha of pastures was fertilised with 50 kg P/ha.  In addition, 50ha of pastures was fertilised with 50 kg K/ha.  To make this uniform, make the pasture 100 ha for both and apply 50kg P and 25kg K.  Alternatively if the option of tonnes of element per annum is used, the area of pastures is irrelevant.    \n"]
["Example farm","B62","example farm!B62","Area of crops fertilised with P K S & lime","Area of farmland applied with P, K, S and lime/dolomite applied to crops.  Note if different areas of land are fertilised (e.g. 100ha with P but only 50ha with K), the area needs to consistent across the fertilisers and the rate changed accordingly.\n\nFor example, 100ha of crops was fertilised with 50 kg P/ha.  In addition, 50ha of crops was fertilised with 50 kg K/ha.  To make this uniform, make the crop 100 ha for both and apply 50kg P and 25kg K.  Alternatively if the option of tonnes of element per annum is used, the area of crops is irrelevant.    "]
["Example farm","B65","example farm!B65","Annual Electricity Use ","What was your total annual electricity consumption for the year in kWh?\n\nIf your supplier guarantees a fraction of their electricity is from renewable sources, e.g. 10%, enter the full amount consumed here but then type in 10 in the 'What % of electricity is from renewables' cell to the right. This will reduce the GHG emissions from electricity by 10%.\n\nFor example, a farm in Gippsland consumed 100,000 kWh/annum, with the supplier guaranteeing 10% is sourced from renewables. Select: ‘State Grid’, enter 100,000 kWh purchased electricity and 10% purchased renewable electricity. The calculator will multiply 100,000 by 10%, such that 90,000 kWh will be multiplied by the Victorian emission factor and the balance 10,000 kWh will incur no carbon dioxide emission footprint.\n\nWe no longer subtract any surplus renewable energy generated on farm and fed back into the national grid. \n\n"]
["Example farm","F65","example farm!F65","Annual purchased diesel/ unleaded petrol ","How any litres of diesel and unleaded petrol did the farm use last year?\n\nIf you used contractors for some or all of your field work, we need to estimate the amount they may have used in the following question."]
["Example farm","B67","example farm!B67","Where does your electricity come from?","The State Grid option matches current sources of electricity (i.e. coal, hydro, wind) for your state. For example, most of Tasmania's energy is generated via hydro and wind, but there is a very small proportion generated via gas or comes via Bass Link from the mainland. The emission factor for Tasmania takes this into consideration, with a considerably lower factor than Victoria, for example. \n\nOnly select 100% renewable if all your electricity consumption is supplied via clean energy forms (i.e. hydro, solar, wind).\n\n\n\n\n"]
["Example farm","F67","example farm!F67","Annual contractor diesel/ unleaded petrol ","You need to consider the fuel that would have been consumed if you use contractors to undertake some/ all of your field work (e.g. silage making, fertiliser spreading, direct drilling new pasture seed etc) and they supplied their own fuel, as opposed to taking fuel out of your fuel tanks on farm. \n\nApproximate consumption figures are:\nFertilising/ chemical spraying/ rolling/ raking- 3 litres/ha\nSowing/ mowing/ wrapping silage- 9 litres/ha\nBaling/ harvesting/ discing- 16 litres/ha\nPloughing/ tillage- 22 litres/ha\n\nSo if you were making silage from a 1ha paddock, with the grass cut, tedded and raked before baling and wrapping, it is likely that 40 litres per hectare may have been consumed (i.e. 9 litres/ha for cutting, 3 litres/ha for tedding, 3 litres/ha for raking, 16 litres/ha for baling and 9 litres/ha for wrapping).\n\nMultiply the total litres/ha by the area to determine annual litres for each activity and sum together. In the above example, it was 40 litres per hectare and we cut 40 ha of pastures, that's 1,600 litres per annum. \n"]
["Example farm","B69","example farm!B69","What % of electricity is from renewables?","If your supplier guarantees a fraction of their electricity is from renewable sources, e.g. 10%, enter the full amount consumed here but then type in 10 in the 'What % of electricity is from renewables' cell to the right. This will reduce the GHG emissions from electricity by 10%.\n\nThe balance 90% of purchased electricity will use a state-based factor which takes into account the range of sources of electricity generated for your state. \n"]
["Example farm","B71","example farm!B71","Purchased supplementary feed ","We need to understand how much supplementary feed is purchased.  Each feed type is multiplied by the GHG emissions associated with their production to estimate an embedded emission.  For example each tonne of grain emits ~ 0.2 tonnes of CO₂e in the production of the grain.  We don't include the CO₂ emitted with the transportation of these feeds to the farm as it is difficult to ascertain how far they may travel between farms.  \n\nFeed grown on a run-off block or leased area is part of your farm business and therefore is not considered purchased feed.  However, the inputs into growing this feed, such as fertiliser, needs to be considered as part of the farm business and included where applicable. If you have a separate grain business with all inputs kept separate, then essentially you are 'purchasing' grain from that business and as such, it would be considered purchased grain.\n\nThe allocation of purchased feed to the milking platform vs the support block will not alter the total emissions from the purchased supplementary feed. It will only determine what proportion of those emissions are allocated to the milk enterprise versus the meat enterprise to determine the emissions intensity of milk and meat production. The emissions from feed fed on the milking platform is allocated to milk production, whereas the emissions from feed fed on the support block will be proportionally divided between the meat and milk enterprises depending on how much milk and meat are produced.   \n\nWhile some purchased feed, while fed on the support block, may be fed to dairy-enterprise animals, e.g. hay to dry cows. In this instance, we recommend you still attribute the hay fed to these dry cows as being fed on the support block. ADCC will then attribute a proportion of hay emissions back to the dairy enterprise to reflect that some of the hay was fed to milk enterprise animals. The only time we would change this recommendation would be if all purchased feed for any category goes to dairy-enterprise animals, even though it was fed on the support block. In that instance, we would recommend you allocate 100% of the feed to the milking platform so that all emissions are attributed to the milk enterprise. For example, all purchased hay is fed to the dry cows and heifers prior to calving. \n\nIf you still have any hay or silage left over at the end of the year being analysed, the emissions for these will be accounted for in this year's assessment. In this instance, work out the proportion of feed fed this year on the milking platform vs support block. For example, bought 100 t DM of hay, with 75 t DM fed on the support block, 20 t DM fed in the calf shed and the remaining 5 t DM held over until next year. In this instance, you would allocate 21% to the milking platform (i.e. 20 t DM/ 95 t DM fed = 21%). \n\n"]
["Example farm","B74","example farm!B74","Percentage of purchased hay fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of hay fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n\nFor example, you purchased 100 t DM of hay this year, thus the Scope 3 emissions would be 16 t CO₂e. You fed 85 t DM on the support block, 10 t DM on the milking platform and there was a balance 5 t DM left in the hay shed. \n\nIn this example, we need to know that 10 t DM of the 95 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 10/95*100 to reflect 10 t DM fed on milking platform / 95 t fed to milking platform + support block * 100 to get a percentage figure. In this example, 10.5% of the hay was fed on the milking platform. Do not count the 5 t DM of hay remaining in the hay shed in this percentage of hay fed on the milking platform, we only want to know how much purchased feed bought this year is fed out this year.  \n\nThis is all you need to enter. ADCC will then attribute 10.5% of the 16 t CO₂e, equivalent to 1.7 t CO₂e, to the milk enterprise. The balance of the 16 t CO₂e is then allocated to the support block as you fed 85 t DM there, equivalent to 14.3 t CO₂e. As this hay is likely to be fed to dry cows or replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 85% of the Scope 3 hay emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 12.2 t CO₂e (i.e. 14.3 t CO₂e x 85% = 12.2 t CO₂e) is added to the 1.7 t CO₂e for the hay fed on the milking platform. In this example, 13.9 t CO₂e is allocated to the milking enterprise and the balance 2.1 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nThe emissions for any hay that was in the shed at the start of the year was allocated last year so you do not need to account for these in the percentage of hay fed on the milking platform estimate. \n\n \n"]
["Example farm","F74","example farm!F74","Percentage of purchased silage fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of silage fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n\nFor example, you purchased 50 t DM of  this year, thus the Scope 3 emissions would be 8 t CO₂e. You fed 35 t DM on the milking platform and 15 t DM on the support block, with no purchased silage remaining at the end of the year assessment.\n\nIn this example, we need to know that 35 t DM of the 50 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 35/50*100 to reflect 35 t DM fed on milking platform / 50 t fed to milking platform + support block * 100 to get a percentage figure. In this example, 70% of the silage was fed on the milking platform. If you had any purchased silage remaining at the end of the yearly assessment, do not include that in these sums, we only want to know how much purchased feed bought this year is fed out this year.  \n\nThis is all you need to enter. ADCC will then attribute 70% of the 8 t CO₂e, equivalent to 5.6 t CO₂e, to the milk enterprise. The balance of the 8 t CO₂e is then allocated to the support block as you fed 15 t DM there, equivalent to 2.4 t CO₂e. As this silage is likely to be fed to dry cows or replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 80% of the Scope 3 silage emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 1.9 t CO₂e (i.e. 2.4 t CO₂e x 80% = 1.9 t CO₂e) is added to the 5.6 t CO₂e for the silage fed on the milking platform. In this example, 13.9 t CO₂e is allocated to the milking enterprise and the balance 2.1 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nThe emissions for any hay that was in the shed at the start of the year was allocated last year so you do not need to account for these in the percentage of hay fed on the milking platform estimate. \n\n \n"]
["Example farm","B76","example farm!B76","Purchased grain and concentrates (t DM)","This includes pellets for young replacement stock, lead feed for springer cows just prior to calving as well as grain or concentrates fed to the milking cows. Also include any grain or concentrates fed to non-replacement stock, such as dairy beef. ADCC will allocate a proportion of the grain & concentrate emissions to the meat enterprise, depending on the total amount of milk and meat sold. \n\nDon't include any waste/by-products from other industries, such as whole cottonseed, canola meal, brewer's grain etc. These need to be entered into the By-products section. \n\nNOTE: If you are importing an ADCC datasheet from DairyBase and within DairyBase you entered the by-products Cottonseed meal, Canola meal, Soybean meal or Dried distiller's grain via the Concentrate feed group, these will be also included in this Purchased grain and concentrates cell. However, these products will remain having a zero carbon footprint and thus Scope 3 emissions will only be attributed to all other feeds within the concentrates grouping.  "]
["Example farm","B78","example farm!B78","Percentage of purchased grain & concentrates fed on the milking platform","ADCC estimates the Scope 3 GHG emissions associated with purchased grain, concentrates, hay, silage and other/by-products. \n\nThe percentage of grain and concentrates fed on the milking platform will be attributed to the milking enterprise. The balance percentage will be assumed to be fed on the support block, where a proportion will remain attributed to the milking enterprise (i.e. fed to dry cows and replacement heifers), with the remaining emissions attributed to the meat enterprise. \n\nFor example, you purchased 925 t DM of grain this year, made up of grain and pellets fed to the milking cows, pellets fed to calves, and lead feed to the springer cows just prior to calving. The Scope 3 emissions for these would total 185 t CO₂e. You fed 880 t DM on the support block, 25 t DM on the milking platform and there was a balance 20 t DM left in the grain silo. \n\nIn this example, we need to work out the percentage fed on the milking platform, given 880 t DM of the 905 t DM fed was on the milking platform. In the white cell to the right, enter the equation = 880/905*100 to reflect 880 t DM fed on milking platform / 905 t DM fed to milking platform + support block * 100 to get a whole percentage figure. In this example, 97.3% was fed on the milking platform. Do not count the 20 t DM of grain remaining in the silo in this percentage of grain & concentrates fed on the milking platform, we only want to know how much purchased feed bought this year is fed out this year.   \n\nThis is all you need to enter. ADCC will then attribute 97.3% of the 185 t CO₂e, equivalent to 179.9 t CO₂e, to the milk enterprise. The balance of the 185 t CO₂e is then allocated to the support block as you fed 25 t DM there, equivalent to 5.1 t CO₂e. As this grain & concentrates may still be fed to dairy replacements as well as dairy-beef cattle for the meat market, ADCC allocates a percentage of these Scope 3 emissions to the milk and meat enterprises based on total milk and meat production. \n\nThus, if ADCC determined that 85% of the Scope 3 grain & concentrate emissions are attributed to the milk enterprise, based on how much milk and meat is produced and sold, this 4.3 t CO₂e (i.e. 5.1 t CO₂e x 85% = 4.3 t CO₂e) is added to the 179.9 t CO₂e for the grain & concentrates fed on the milking platform. In this example, 184.2 t CO₂e is allocated to the milking enterprise and the balance 0.8 t CO₂e is allocated to the meat enterprise to determine the milk and meat emissions intensity.\n\nNOTE: The emissions for any grain and concentrates that was in silos at the start of the year was allocated last year so you do not need to account for these in the percentage of fed on the milking platform estimate. \n\n \n"]
["Example farm","F78","example farm!F78","Percentage of purchased by-products fed on the milking platform","Unlike purchased grains and concentrates, hay and silage, we currently do not allocate any Scope 3 emissions for by-products. This may change in the future. For now, you can either repeat the process as you have done for the other feeds, if you wish to keep a record of this. Alternatively, just enter 100 into the white cell to the right. \n"]
["Example farm","B81","example farm!B81","How are you estimating this?","You have three options to select how to estimate carbon sequestration in trees.  \n\n1. If you have no trees present on farm, select \"No estimation of carbon sequestration\" from the drop-down list.\n\n2. If you wish to use the combination of trees and soils built into ADCC to determine the amount of carbon sequestered in trees, select \"Based on data entered here\". If you select this option, you need to select from the drop-down list in the order they are present here. moving down the sheet by selecting your region first, then type of trees before entering the area and age of the trees. If you do not select in this order, excel may mis-calculate your results.\n\n3. If you wish to use some other tool or calculator to estimate (e.g. FullCAM or LOOC-C, select \"Carbon sequestered using other tools\". When this option is selected, enter the amount of carbon sequestered (t CO₂e/ha) from the other tool, along with the area of trees (ha), for excel to calculate the total amount of carbon for the farm . Remember we are asking for the tonnes of carbon dioxide/ha, so if your result from another tool is reported as t C/ha, multiply that amount of C by 3.67 to convert to t CO₂/ha. For example, 7 t C/ha equates to 25.7 t CO₂e/ha. You are also needing to enter the amount sequestered for only one year (i.e. the carbon flux) from the other tools, not the total over 25 or 100 years.   \n"]
["Example farm","H81","example farm!H81","Age of trees","Age of trees is this year of analysis and can vary between 1 and 100"]
["Example farm","B83","example farm!B83","Choose your region in Australia","If you click on the white cell to the right of this heading, a drop down arrow should appear along with a list of the regions specific to your state.  Most states have two or more regions to select from. These selections will only influence the amount of carbon sequestered in tree plantings\n\nVictoria: North East VIC refers to farms around Wangaratta and Benalla. Northern VIC refers to farms around Cobram, Shepparton and Echuca. Mallee refers to farms around Kerang. If you are unsure which region your farm is located, in terms of these three northern Victoria regions, compare results between regions to ascertain if there is a substantial difference in terms of the carbon sequestration potential.        \n\n"]
["Example farm","G84","example farm!G84","Amount of carbon sequestered using other tools","If you have estimated the amount of carbon sequestered in tree vegetation using another tool, such as LOOC-C or FullCAM, enter the annual carbon flux here.  If the tool you have used reported tonnes of carbon/ha as opposed to tonnes of carbon dioxide/ha, multiply this by 3.67 to convert from t C to t CO₂.\n\nIf you are importing a DairyBase dataset, this white cell will contain the estimate from that tool, so you will not need to re-enter a value here.\n"]
["Example farm","B85","example farm!B85","Choose the type of trees planted","The tree species will firstly match that of the baseline 'Your farm' system. However, users can explore the effect of selecting another species relevant for the region selected. \n\nIf a tree species you wish to explore is not present, select the closest species, or select Environmental plantings as a blend of native trees, shrubs and understorey that is endemic to your region.\n\n"]
["Example farm","E88","example farm!E88","Choose which option you are using to estimate how animal waste is handled","Each day, cows produce around 4-6 kg of volatile solids (manure). This section is to determine how this manure is handled, as an annual average. Users can either use the state-based fractions and factors as per the methodology or enter their own farm management practices to determine what proportion of waste is handled via each manure management system.  \n\nThe default state-based factors reflect cows spending 80-85% of their time grazing pastures, supplementary fed in the paddock and walking to and from the dairy. This equates to 3-4 hours a day off the paddock and laneways. If your herd spends more time than this at the dairy, on a feedpad or are housed, you must select the user-defined option to reflect how the manure is handled for your farm. \n\nWe need to know the number of hours the milkers are at the dairy, how that waste is handled and if the milkers and/or the heifers are on a feedpad area, how that waste is handled.  This may be particularly important if a change in feeding regimes means that a feedpad is used for a substantial amount of time over the 12 month assessment period.\n\nThe way the spreadsheet is set up, if the manure deposited at the dairy is handled the same way as from a feedpad (e.g., both flushed to a pond system), you can enter the total for both into the dairy section which then frees up the feedpad section for an alternative manure management system (e.g. spread daily from a sump or scraped & stockpiled).\n\nFor example, TMR housed cows are at the dairy and yards for 3 hours per day for 300 days. They return to the barn and spend another 5 hours per day for 300 days in the feeding lane of the barn, with all this manure flushed to a pond system. This equates to 8 hours per day for 300 days. The balance 16 hours per day, the cows are resting/ruminating while laying on a bedding area where the bedding and manure (compost) is turned periodically, thus remaining aerobic. This 16 hours per day for 300 days is entered into the feedpad section, with the manure scraped & stockpiled option selected. If the cows then go out onto pasture during their dry period, ADCC will allocate the balance 24 hours per day for 65 days to pasture.  If there was some form of mechanical separation of the manure as it is flushed to the lagoon system, this material is also considered of scraped & stockpiled consistency. \n\nIf however, the cows also remain in a compost barn for their dry period, you need to determine the sum of the lactating and non-lactating period. The easiest way to do this would be to calculate the total number of hours per year, subtract the number of hours per year the cow's manure is flushed to a pond system and then divide the remaining hours by 24. For example, 24 hours per day x 365 days = 8,760 hours per annum. The cow's flushed manure is 8 hours per day x 300 days = 2,400 hours per year. Subtracting 2,400 from 8,760 = 6,360 hours per annum the manure is in a compost/ scraped & stockpiled consistency. Divide this by 24 hours per day = 265 days. In this example, the time entered for the feedpad is 24 hours per day for 265 days per annum. The proportion of manure will then be proportionally allocated to anaerobic lagoon and solid storage. If you selected some form of mechanical solids separation of the lagoon-destined manure, 20% of this manure will also be allocated to solid storage.   \n\n"]
["Example farm","I88","example farm!I88","Volatile solids ","The CFI/ERF methodology for the Destruction of methane generated from dairy manure in covered anaerobic ponds requires the milker's volatile solids (kg VS/head.day).  "]
["Example farm","E99","example farm!E99","Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water","The average number of hours that the milkers spend at the dairy depends on when the cows are released post-milking.  If the whole herd is retained in yards or laneways and then released back to a paddock at the same time, then it is the time taken to milk the whole herd. \n\nIf the cows are released from the dairy and either return to a paddock to graze or to a feedpad/ loafing area, it is the mid-point of milking. \n\nFor example, if total milking time takes 2.5 hours morning and 2 hours at night but the cows return to the paddock after being released from the dairy, then its 2.25 hours per day (half of 4.5 hrs).  However, if the whole herd is retained to the end of milking and released as a whole herd, it will be 4.5 hours per day.  \n\nIf you milk 3 times in 2 days, work out how many hours this would be over the two days and half this to work out the daily rate.  Either enter this figure if the whole herd is retained or halve this figure again if the cows return to pasture as they exit the dairy.  \n\nFor example, milking takes 2 hours per shift, there are 3 shifts per 2 days, therefore the cows are present at the dairy for 6 hours in total over the two days.  Divide this by 2 to get a daily rate of 3 hours per day.  If the cows are retained at the dairy, then enter 3 hours per day. But if they trickle back to the paddock after exiting the dairy, enter 1.5 hours per day.\n\nWe also need to know the average number of days per annum the milkers are at the dairy.  For most farms this will be the same as the average lactation length.  However, for cows in a total mixed ration farm where they are retained on concrete during their dry period also, it will be 365 days per annum.\n\nUltimately, we are trying to work out where the 4-6 kg of manure (volatile solids) produced each day are deposited and allocate this accordingly.    \n\n"]
["Example farm","D101","example farm!D101","Percentage of waste that is flushed and then drains to the paddock with no treatment/ removal of solids ","This question is not asking how frequently you spread waste from a pond/lagoon system.  It is making the distinction between if the waste from the daily is spread daily through either an irrigation system or slurry cart or if it is flushed with additional water and goes into a pond/ lagoon system.     \n"]
["Example farm","F105","example farm!F105","Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator to remove a fraction of the solids)?","If you select yes, we assume that 20% of the waste is trapped if there is a means of removing some of the solids prior to being spread daily from a sump or from entering the lagoon. This waste is then assumed to be in a solids storage state with a lower methane emission factor than if the waste went to the lagoon but higher than if it was spread daily from a sump/dispersal system. However, if you have a valid reason to alter the fraction away from 20%, enter that value as a whole number in the next question. \n\n\n\n"]
["Example farm","C106","example farm!C106","If yes, what percentage of the waste is removed via the pre-treatment process?","Generally the amount of solids removed via weeping walls and solids traps is in the 10-30% range. However, in large intensive dairy systems with modern methods of separating solids from liquids, the percentage may be as high as 40-50% if that manure is then stored to dry. If it is being saturated daily, then the manure is remaining in an anaerobic state for much of the day and so the percentage is lower.  \n\nWe suggest you implement 20% (which is the default if you don't answer this question), unless you have good evidence to support a higher value. \n"]
["Example farm","D109","example farm!D109","Number of hours per day and days per annum a milker spend on a feedpad or loafing area or are housed (TMR farm) ","If you have a compost barn where any manure deposited when cows are in the feeding lane is handled the same way as the manure deposited at the dairy, but then the bedding area is composted, you can include the approx. amount of time per day that the cows would be in the feed lane up with the dairy and adjacent yard question.\n\nFor example, the cows move to the dairy three times a day and on-average, spend 1 hour per milking at the dairy shed being milked. Any waste deposited in the dairy or yards is flushed to a pond/lagoon system. \n\nThe milkers also spend 8 hours per day in the feed lane of the compost barn where the manure is also flushed to a pond/lagoon system. \n\nTherefore each cow would have the equivalent of 11 hours of manure flushed to the pond every day. \n\nThe balance 13 hours per day, they spend laying down in the barn where their manure is composted. \n\nEnter 11 hours per day for the milker dairy waste and select Flushed to a pond/lagoon system. \n\nThen enter 13 hours per day for the milker feedpad waste and select scraped & stockpiled.   \n\n  \n\n"]
["Example farm","D111","example farm!D111","Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled","Select the option that best reflects how the waste from the feedpad is handled.  We assume that if you select the Pond/lagoon system for the feedlot waste and above with the milker waste, you included the same manure system and also indicated that the dairy shed waste is pre-treated before going into a pond/ lagoon system, this will be the same for the feedpad waste. \n\nIf you have a compost barn where the milkers are housed, the more accurate manure management system for this is the scraped & stockpiled option. If any manure deposited when cows are in the feeding lane is handled the same way as the manure deposited at the dairy shed, but then the bedding area is composted, you can include the approx. amount of time per day that the cows would be in the feed lane up with the dairy and adjacent yard question.\n\nFor example, the cows move to the dairy three times a day and on-average, spend 1 hour per milking at the dairy shed. \n\nAny waste deposited in the dairy or yards is flushed to a pond/lagoon system. The milkers also spend 8 hours per day in the feed lane of the compost barn where the manure is also flushed to a pond/lagoon system. Therefore each cow would have the equivalent of 11 hours of manure flushed to the pond every day. \n\nThe balance 13 hours per day, they spend laying down in the barn where their manure is composted."]
["Example farm","B116","example farm!B116","Days per annum on the feedpad or loafing area","These questions are generally only relevant for farms where the heifers are retained on concrete for long periods of time per day and throughout the year (e.g. TMR farms where the young stock are housed).  \n\nWe are not concerned with the time that unweaned calves spend in sheds or when heifers spend time in yards for routine management practices (e.g. weighing, vaccinating, pregnancy testing etc).\n\n"]
["Example farm","B113","example farm!B113","Number of hours per day and days per annum the heifers spend in yards or are housed where the waste is deposited","These questions are generally only relevant for farms where the heifers are retained on concrete for long periods of time per day and throughout the year (e.g. TMR farms where the young stock are housed).  \n\nWe are not concerned with the time that unweaned calves spend in sheds or when heifers spend time in yards for routine management practices (e.g. weighing, vaccinating, pregnancy testing etc).\n\nThe calculations assume both age groups, as opposed to just the rising 1 year olds or the rising 2 year olds."]
["Example farm","D119",{"$f":"IF(AND(LEN(A528)>0,LEN(B528)>0),_xlfn.CONCAT(TRIM(LOWER(A528)),\"!\",TRIM(B528)),\"\")","v":"example farm!D119"},"Select the option which best describes how this waste from the feedpad or loafing area is best handled","Users are only given one option when selecting how the waste from the heifers is handled.  If two or more options are used, selected the most relevant.\n\nWe assume that if the milker waste is pre-treated prior to entering the pond/ lagoon system, this will be the same for the heifer, bull and other stock waste.\n\n"]
["Example farm","H121","example farm!H121","Integrated Methane Conversion factor","The Integrated Methane Conversion factor (MCF) is an estimated (as opposed to user entered) number and therefore protected.\n"]
["Example farm","B129","example farm!B129","Methane (Scope 1):","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how many cows to milk, replacement animals to retain etc\n\n"]
["Example farm","C129","example farm!C129","Enteric fermentation","Methane is lost as part of the digestive process as a pathway of removing excess hydrogen from the rumen. Cattle emit approx. 6.5% of their gross energy intake as methane, with this number reducing as the quality of the diet improves. Most of the methane is emitted through the mouth, although a small amount is also emitted through the rear-end too. "]
["Example farm","C130","example farm!C130","Manure management","Methane is produced during the decomposition of manure when deposited onto pastures and collected in pond/lagoon systems under anaerobic conditions. Note that this value is not the amount of methane emitted from a storage system (e.g. lagoons/ponds), but from all manure deposited by the herd, with the majority of manure(> 75%) deposited onto pastures during grazing."]
["Example farm","B131","example farm!B131","Nitrous oxide (Scope 1):","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how many cows to milk, how much N fertiliser to apply etc\n"]
["Example farm","C131","example farm!C131","Direct from dung & urine voided onto pastures","As cattle graze pastures and deposit urine and dung, a proportion of the N in these is converted to nitrous oxide and lost to the environment.\n\nA national survey determined the proportion of total manure that is deposited on pastures during grazing. This varies between states, and between 79 and 85% for milking cows and 100% for all other stock. \n\nIf your stock spend substantially longer on non-paddock areas (e.g. feed lotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Example farm","C132","example farm!C132","Direct from manure (storage & spread)","A proportion of cattle urine and dung (manure) is captured on hard surfaces, such as at the dairy and generally are either collected in a pond/lagoon system or spread  daily through an irrigation system. The calculator uses a state-based average to determine what proportion of manure is captured and how it is handled (i.e. pond/lagoon, spread daily etc), based on national survey data.  \n\nDuring storage, the manure (dung and urine) goes through a process of nitrification and denitrification, releasing a proportion of N to the environment in the form of nitrous oxide.  Likewise, after the manure is applied to pastures, a proportion of the N will be lost as nitrous oxide. \n\nIf your stock spend substantially longer on non-paddock areas (e.g. feed lotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Example farm","C133","example farm!C133","Indirect N waste ","A proportion of the manure N deposited onto paddocks or in storage is assumed to be lost to the environment through volatilisation and/or leaching/runoff. \n\nOnce this volatilised or leached/runoff N is lost to the environment, it is assumed that a proportion of the N will then be redeposited onto pastures, go through the processes of nitrification and denitrification and converted into nitrous oxide.\n\nIf your stock spend substantially longer on non-paddock areas (e.g. feedlotting), we suggest you may wish to enter your own data in the manure management section to ascertain a more realistic value for nitrous oxide losses."]
["Example farm","C134","example farm!C134","Direct N fertiliser","A proportion of the N applied in fertilisers (organic and inorganic) goes through the processes of nitrification and denitrification, with a percentage of this N lost to the environment as nitrous oxide. "]
["Example farm","C135","example farm!C135","Indirect N fertiliser","A proportion of the N fertiliser (organic and inorganic) applied to pastures is lost to the environment through volatilisation and leaching/runoff. Once this N is deposited back onto pastures, a proportion of this N will go through the processes of nitrification and denitrification, with a percentage of the N lost as nitrous oxide to the environment. "]
["Example farm","B136","example farm!B136","Carbon dioxide:","Scope 1 emissions are those that occur on farm and the farmer has control over. For example, they can choose how much urea N fertiliser or lime to apply, or how much diesel to consume on farm.\n\nScope 2 emissions are also those that occur on farm and the farmer has control over. For example, they can elect to generate renewable electricity farm to reduce reliance on grid power.\n\nScope 3 emissions are those that the farmer has no control over but are part of the farm business. There are emissions associated with the production and transmission of electricity to the farm, and in the refining/production of fuel. "]
["Example farm","C136","example farm!C136","Electricity (Scope 2)","Scope 2 electricity emissions are those released to the environment with the generation/consumption of electricity on farm.\n\nScope 3 electricity emissions are those not included in Scope 2. These are associated with the indirect loss of electricity during the transmission and distribution in the grid."]
["Example farm","C137","example farm!C137","Electricity (Scope 3)","Scope 2 electricity emissions are those released to the environment with the generation/consumption of electricity on farm.\n\nScope 3 electricity emissions are those not included in Scope 2. These are associated with the indirect loss of electricity during the transmission and distribution in the grid."]
["Example farm","C138","example farm!C138","Diesel and unleaded petrol (Scope 1)","Scope 1 fuel emissions are those associated with the consumption of fuel on farm. \n\nScope 3 fuel emissions are those associated with the extraction and production of fuel. Previous versions of the Australian Dairy Carbon Calculator summed Scope 1 and Scope 3 emissions together and reported these as carbon dioxide emissions from diesel and unleaded petrol."]
["Example farm","C139","example farm!C139","Diesel and unleaded petrol (Scope 3)","Scope 1 fuel emissions are those associated with the consumption of fuel on farm. \n\nScope 3 fuel emissions are those associated with the extraction and production of fuel. Previous versions of the Australian Dairy Carbon Calculator summed Scope 1 and Scope 3 emissions together and reported these as carbon dioxide emissions from diesel and unleaded petrol."]
["Example farm","C140","example farm!C140","Urea and lime/dolomite (Scope 1)","Adding urea fertiliser to soils leads to a loss of carbon dioxide that was fixed during the manufacturing process. The bicarbonate in urea is broken down into water and carbon dioxide. Other forms of N fertiliser, such as DAP and SoA are not bicarbonates and therefore do not break down into carbon dioxide.\n\nlime and dolomite are added to soils to reduce soi acidity, improve soil structure and improve plant growth. The breakdown of these in the soil results in the production of water and carbon dioxide.\n\nAs both urea and lime/dolomite break down into carbon dioxide, this release of carbon dioxide needs to be accounted for when estimating the GHG emissions of the dairy farm. "]
["Example farm","B141","example farm!B141","Pre-farm gate embedded (Scope 3)","These are the emissions pre-farm gate from the production and/or manufacturing of feeds and fertilisers.\n\nThey are considered Scope 3 as the farmer has no control over the emissions associated with the production of these feeds and fertilisers. "]
["Example farm","C141","example farm!C141","Grain/ concentrates","\nIt is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers. \n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China).   "]
["Example farm","C142","example farm!C142","Forages","It is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers. \n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China).   "]
["Example farm","C143","example farm!C143","Fertilisers","It is important to understand the GHG emissions associated with key farm inputs, such as purchased feed and fertiliser.  These results are a calculation of the CO₂e emitted in the production/ manufacturing of grain/concentrates, forages and fertilisers.\n\nIt does not include the CO₂e emitted with transport from source (i.e. grain farm, fertiliser manufacturer) to the dairy farm as this can vary widely, depending on source (i.e. hay from a farm next door or urea manufactured in China). "]
["Example farm","C148","example farm!C148","Tree plantings","This is the amount of CO₂ sequestered in the year of analysis, not over the duration of the lifetime of the trees. Generally, the amount of C sequestered will be greatest in the first 20-25 years post-planting. \n\nIf you have entered data and there is no carbon sequestration data, make sure you have selected that the estimation is based on data entered here, and re-select your state, region, tree species and soil type from the appropriate drop-down lists along with area of trees (ha) and age of trees.  \n\nIf the tree species you have on farm is not in the drop-down list, select Mixed species (Environmental plantings). The amount of carbon sequestered could be under-estimated, compared to an older version of ADCC. over time, we will try and re-incorporate tree species previously available in the carbon tools, e.g. River Red gums for Nth Victoria    \n \n\n"]
["Example farm","B150","example farm!B150","Net GHG emissions ","Net emissions will only be lower than Total emissions if there are trees present on farm and that the estimation of carbon sequestered in these trees have been estimated here, using options 2 or 3 from the tree carbon sequestration listing."]
["Example farm","C152","example farm!C152","GHG emissions intensity (kg CO₂e/kg fat and protein corrected milk (FPCM))","A kg of fat and protein corrected milk (FPCM) is used to report emissions intensity and is based on converting your components to 4% fat and 3.3% protein. For many farms, a kg of FPCM is similar to a litre of milk. For farms with higher fat and protein than these standards, the kgs of FPCM will be greater than the litres of milk. For example, 1 million litres of 4.5% fat and 3.6% protein is equivalent to approx. 1.12 million kgs of FPCM. Conversely 1 million litres of 3.9% fat and 3.0% protein is equivalent to approx. 0.99 million kgs of FPCM.   \n\n\nAfter a proportion of emissions are allocated to meat, the milk-allocated emissions are divided by total milksolids production to estimate an emissions intensity value. Typically this value will be within the range of 9 to 15 kg CO₂e/kg MS. If your emissions intensity is outside this range, there may be an issue with data entry. \n\nReview your results and compare to typical/regional averages to ascertain if there is any area which is substantially different to these typical averages. One example might be you are entering farm-specific manure management data and the animals spend most or all of their time on feedpads/ housed. Milk production could also be an area of error. Check what the calculator suggests is the daily milk production per cow. Another issue could be if you produce more meat than the typical farm, and thus the amount of GHG emissions allocated to milk production is lower than expected. This may result in a lower-than-average milk emissions intensity value.\n\n\n"]
["Example farm","C153","example farm!C153","GHG emissions intensity (kg CO₂e/kg milksolids)","Emissions intensity results here divides your net GHG emissions by the kg of milksolids your herd has produced. It does not convert your milk to a standard fat or protein percentage, unlike emissions intensity based on fat and protein corrected milk (FPCM).  \n\nAfter a proportion of emissions are allocated to meat, the milk-allocated emissions are divided by total milksolids production to estimate an emissions intensity value. Typically this value will be within the range of 9 to 15 kg CO₂e/kg MS. If your emissions intensity is outside this range, there may be an issue with data entry. \n\nReview your results and compare to typical/regional averages to ascertain if there is any area which is substantially different to these typical averages. One example might be you are entering farm-specific manure management data and the animals spend most or all of their time on feedpads/ housed. Milk production could also be an area of error. Check what the calculator suggests is the daily milk production per cow. Another issue could be if you produce more meat than the typical farm, and thus the amount of GHG emissions allocated to milk production is lower than expected. This may result in a lower-than-average milk emissions intensity value.\n\n\n"]
["Example farm","C154","example farm!C154","GHG emissions intensity (kg CO₂e/kg liveweight)","We know that milk is the primary product on dairy farms, but they also produce meat, through cull cows, non-replacement heifers, bull calves and dairy-beef. The International Dairy Federation (IDF) are upgrading the method of allocating net emissions to milk and meat in 2022 and this method is implemented here.\n\nThe GHG emissions for milking herd, replacement heifers and bulls, along with electricity and supplementary feed (grain and fodder) are all allocated to milk production. The emissions for Other Livestock is allocated to meat production as this group of animals are not raised to join the dairy herd. Then the residual GHG emissions for diesel, fertiliser and carbon sequestration in trees (collectively termed farm emissions) are proportionally allocated to milk and meat, based on the proportion of total energy requirements for milk and meat. This breakdown of GHG emissions aligns with the IDF guidelines for systems separation of emissions.   \n\nExcel will then determine the energy requirements to produce milk and meat, and allocate the equivalent proportion of emissions to each product. For example, 90% of total energy requirements are for milk production, thus the 90% of the residual farm emissions are allocated to milk and the balance 10%, along with the Other Livestock emissions, are allocated to meat. The total emissions allocated to milk is then divided by the kg of FPCM to determine the emissions intensity of milk production. The number in this caption will indicate what proportion of emissions are allocated to milk production, with the balance allocated to meat production. If the proportion amount is 100%, this means you have not indicated how many stock are sold to estimate meat production.     \n\nWhen comparing your results between years, or between farms, it is important that you understand the allocation of emissions between co-products and compare like with like, i.e. you are not comparing your farm results with 100% allocated to milk with another farm that is reporting their results based on a proportion of emissions allocated to meat production. \n\n\n"]
["Example farm","C156","example farm!C156","Proportion of net emissions allocated to milk","We know that milk is the primary product on dairy farms, but they also produce meat, through cull cows, non-replacement heifers, bull calves and dairy-beef. The International Dairy Federation (IDF) are upgrading the method of allocating net emissions to milk and meat in 2022 and this method is implemented here.\n\nThe GHG emissions for milking herd, replacement heifers and bulls, along with electricity and supplementary feed (grain and fodder) are all allocated to milk production. The emissions for Other Livestock is allocated to meat production as this group of animals are not raised to join the dairy herd. Then the residual GHG emissions for diesel, fertiliser and carbon sequestration in trees (collectively termed farm emissions) are proportionally allocated to milk and meat, based on the proportion of total energy requirements for milk and meat. This breakdown of GHG emissions aligns with the IDF guidelines for systems separation of emissions.   \n\nExcel will then determine the energy requirements to produce milk and meat, and allocate the equivalent proportion of emissions to each product. For example, 90% of total energy requirements are for milk production, thus the 90% of the residual farm emissions are allocated to milk and the balance 10%, along with the Other Livestock emissions, are allocated to meat. The total emissions allocated to milk is then divided by the kg of FPCM to determine the emissions intensity of milk production. The number in this caption will indicate what proportion of emissions are allocated to milk production, with the balance allocated to meat production. If the proportion amount is 100%, this means you have not indicated how many stock are sold to estimate meat production.     \n\nWhen comparing your results between years, or between farms, it is important that you understand the allocation of emissions between co-products and compare like with like, i.e. you are not comparing your farm results with 100% allocated to milk with another farm that is reporting their results based on a proportion of emissions allocated to meat production. \n"]
["Example farm","C157","example farm!C157","Proportion of net emissions allocated to meat","We know that milk is the primary product on dairy farms, but they also produce meat, through cull cows, non-replacement heifers, bull calves and dairy-beef. The International Dairy Federation (IDF) are upgrading the method of allocating net emissions to milk and meat in 2022 and this method is implemented here.\n\nThe GHG emissions for milking herd, replacement heifers and bulls, along with electricity and supplementary feed (grain and fodder) are all allocated to milk production. The emissions for Other Livestock is allocated to meat production as this group of animals are not raised to join the dairy herd. Then the residual GHG emissions for diesel, fertiliser and carbon sequestration in trees (collectively termed farm emissions) are proportionally allocated to milk and meat, based on the proportion of total energy requirements for milk and meat. This breakdown of GHG emissions aligns with the IDF guidelines for systems separation of emissions.   \n\nExcel will then determine the energy requirements to produce milk and meat, and allocate the equivalent proportion of emissions to each product. For example, 90% of total energy requirements are for milk production, thus the 90% of the residual farm emissions are allocated to milk and the balance 10%, along with the Other Livestock emissions, are allocated to meat. The total emissions allocated to milk is then divided by the kg of FPCM to determine the emissions intensity of milk production. The number in this caption will indicate what proportion of emissions are allocated to milk production, with the balance allocated to meat production. If the proportion amount is 100%, this means you have not indicated how many stock are sold to estimate meat production.     \n\nWhen comparing your results between years, or between farms, it is important that you understand the allocation of emissions between co-products and compare like with like, i.e. you are not comparing your farm results with 100% allocated to milk with another farm that is reporting their results based on a proportion of emissions allocated to meat production. \n"]

{"sheet":"Working","index":5,"n_rows":65,"n_cols":29,"rows_kept":65,"cut":false,"hidden":true,"merged":[[1,28,2,28]]}
["Sheet names for Goto menu",null,null,null,null,null,"Modes for Mode menu",null,null,null,null,null,null,null,null,null,null,null,null,"ERAP"]
[null,"Modes",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Better than IA"]
[1,"Your Farm","Compare","Abatement","All",null,4,null,null,null,null,null,null,null,null,null,null,null,null,"Source of emmisions","Bar title","Parameter title","Title from Results","Your Farm","Industry","Difference","Diff %","Colour"]
["Introduction",1,1,1,1,null,{"$f":"B3","v":"Your Farm"},null,null,null,null,null,null,null,null,null,null,null,null,"Livestock",{"$f":"V4 & CHAR(10) & \"(YF: \" & TEXT(X4,\"##0.00\") & \")\" & CHAR(10) & \"(IA: \" & TEXT(Y4,\"##0.00\") & \")\"","v":"Enteric\nfermentation\n(YF: 0.54)\n(IA: 0.54)"},"Enteric\nfermentation",{"$f":"'Your Farm'!O129","v":"Enteric fermentation"},{"$f":"'Your Farm'!M129","v":0.5447310756973418},{"$f":"'Your Farm'!N129","v":0.543982122669323},{"$f":"X4-Y4","v":7.4895302801880614E-4},{"$f":"Z4/Y4","v":1.376797135067031E-3},{"$f":"IF(ISERROR(AA4),\"X\",IF(AA4<=0.05,\"G\",IF(AA4<=0.25,\"Y\",\"R\")))","v":"G"},{"$f":"IF(ISERROR(IF(X4<=Y4,TRUE,FALSE)),FALSE,IF(X4<=Y4,TRUE,FALSE))","v":false}]
["Your Farm",1,1,1,1,null,{"$f":"C3","v":"Compare"},null,null,null,null,null,null,null,null,null,null,null,null,"Livestock",{"$f":"V5 & CHAR(10) & \"(YF: \" & TEXT(X5,\"##0.00\") & \")\" & CHAR(10) & \"(IA: \" & TEXT(Y5,\"##0.00\") & \")\"","v":"Grain/conc\n(YF: 0.04)\n(IA: 0.05)"},"Grain/conc",{"$f":"'Your Farm'!O141","v":"Grain/ concentrates"},{"$f":"'Your Farm'!M141","v":3.7649026614219823E-2},{"$f":"'Your Farm'!N141","v":4.6587772697944604E-2},{"$f":"X5-Y5","v":-8.9387460837247815E-3},{"$f":"Z5/Y5","v":-0.19186892967989319},{"$f":"IF(ISERROR(AA5),\"X\",IF(AA5<=0.05,\"G\",IF(AA5<=0.25,\"Y\",\"R\")))","v":"G"},{"$f":"IF(ISERROR(IF(X5<=Y5,TRUE,FALSE)),FALSE,IF(X5<=Y5,TRUE,FALSE))","v":true}]
["Other Livestock Help",1,0,0,1,null,{"$f":"D3","v":"Abatement"},null,null,null,null,null,null,null,null,null,null,null,null,"Livestock",{"$f":"V6 & CHAR(10) & \"(YF: \" & TEXT(X6,\"##0.00\") & \")\" & CHAR(10) & \"(IA: \" & TEXT(Y6,\"##0.00\") & \")\"","v":"Forages\n(YF: 0.01)\n(IA: 0.01)"},"Forages",{"$f":"'Your Farm'!O142","v":"Forages"},{"$f":"'Your Farm'!M142","v":8.6054917975359607E-3},{"$f":"'Your Farm'!N142","v":5.9010877722212498E-3},{"$f":"X6-Y6","v":2.7044040253147109E-3},{"$f":"Z6/Y6","v":0.4582890696941348},"R",false]
["Feed Quality Table",1,0,0,1,null,{"$f":"E3","v":"All"}]
["Fertiliser Rates",1,0,0,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Effluent/manure",{"$f":"V8 & CHAR(10) & \"(YF: \" & TEXT(X8,\"##0.00\") & \")\" & CHAR(10) & \"(IA: \" & TEXT(Y8,\"##0.00\") & \")\"","v":"Management\n(YF: 0.08)\n(IA: 0.08)"},"Management",{"$f":"'Your Farm'!O130","v":"Manure management"},{"$f":"'Your Farm'!M130","v":8.3025711349035358E-2},{"$f":"'Your Farm'!N130","v":7.6817561592756808E-2},{"$f":"X8-Y8","v":6.2081497562785498E-3},{"$f":"Z8/Y8","v":8.0816803183504343E-2},{"$f":"IF(ISERROR(AA8),\"X\",IF(AA8<=0.05,\"G\",IF(AA8<=0.25,\"Y\",\"R\")))","v":"Y"},{"$f":"IF(ISERROR(IF(X8<=Y8,TRUE,FALSE)),FALSE,IF(X8<=Y8,TRUE,FALSE))","v":false}]
["Vegetation",1,0,0,1,null,"The four Mode names for the Mode drop down menus can be changed in the cells B3:E3.",null,null,null,null,null,null,null,null,null,null,null,null,"Effluent/manure",{"$f":"V9 & CHAR(10) & \"(YF: \" & TEXT(X9,\"##0.00\") & \")\" & CHAR(10) & \"(IA: \" & TEXT(Y9,\"##0.00\") & \")\"","v":"Dung/urine\n(YF: 0.08)\n(IA: 0.07)"},"Dung/urine","Dung/urine",{"$f":"'Your Farm'!M131+'Your Farm'!M132+'Your Farm'!M133","v":7.5182581382683827E-2},{"$f":"'Your Farm'!N131+'Your Farm'!N132+'Your Farm'!N133","v":6.7939876012413969E-2},{"$f":"X9-Y9","v":7.2427053702698585E-3},{"$f":"Z9/Y9","v":0.10660463037857873},"Y",false]
["Data Summary",1,0,0,1,null,"The individual sheet names in the Goto drop down menu can be changed inA4:A27."]
["Example Farm",1,0,0,1,null,"To have a sheet visible in a particular mode set it's cell to value 1. To have it hidden set it to 0.",null,null,null,null,null,null,null,null,null,null,null,null,"Fertiliser","N fert\n(YF: 0.06)\n(IA: 0.05)","N fert","N fertiliser",{"$f":"'Your Farm'!M134 + 'Your Farm'!M135","v":5.5310204207637381E-2},{"$f":"'Your Farm'!N134 + 'Your Farm'!N135","v":4.8159569671405E-2},7.1506345362323809E-3,0.1484779574448338,{"$f":"IF(ISERROR(AA11),\"X\",IF(AA11<=0.05,\"G\",IF(AA11<=0.25,\"Y\",\"R\")))","v":"Y"},{"$f":"IF(ISERROR(IF(X11<=Y11,TRUE,FALSE)),FALSE,IF(X11<=Y11,TRUE,FALSE))","v":false}]
["Strategy Farm",1,0,1,1,null,"For example, by default the Strategy farm sheet is visible in mode Your farm and All, but not Compare and Abatement.",null,null,null,null,null,null,null,null,null,null,null,null,"Fertiliser","Urea, lime\n& dolomite\n(YF: 0.04)\n(IA: 0.02)","Urea, lime\n& dolomite",{"$f":"'Your Farm'!O140","v":"Urea and lime/dolomite"},{"$f":"'Your Farm'!M140","v":4.014921818492604E-2},{"$f":"'Your Farm'!N140","v":2.1433101532566758E-2},1.8716116652359283E-2,0.87323417116840873,"R",false]
["Action Plan",0,0,0,1,null,"This means cell B6 = 1, C6 = 0, D6 = 0 and E6 = 1.",null,null,null,null,null,null,null,null,null,null,null,null,"Fertiliser","Fertilisers\n(YF: 0.07)\n(IA: 0.06)","Fertilisers",{"$f":"'Your Farm'!O143","v":"Fertilisers"},{"$f":"'Your Farm'!M143","v":6.5072473668957187E-2},{"$f":"'Your Farm'!N143","v":5.75454026845185E-2},7.5270709844386871E-3,0.13080229928539022,"Y",false]
["Action Plan Report",0,0,0,1]
["Abatement Schematic",0,0,1,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy and fuel","Electricity\n(S2 & 3)\n(YF: 0.04)\n(IA: 0.03)","Electricity\n(S2 & 3)",{"$f":"'Your Farm'!O136","v":"Electricity (Scope 2 & 3)"},{"$f":"'Your Farm'!M136","v":3.6425433249257691E-2},{"$f":"'Your Farm'!N136","v":3.4494985942911345E-2},1.9304473063463459E-3,5.5963127787360331E-2,{"$f":"IF(ISERROR(AA15),\"X\",IF(AA15<=0.05,\"G\",IF(AA15<=0.25,\"Y\",\"R\")))","v":"Y"},{"$f":"IF(ISERROR(IF(X15<=Y15,TRUE,FALSE)),FALSE,IF(X15<=Y15,TRUE,FALSE))","v":false}]
["Reduce CH4 and or Increase Milk",0,0,1,1,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy and fuel","Diesel and\npetrol (S1 & 3)\n(YF: 0.01)\n(IA: 0.02)","Diesel and\npetrol (S1 & 3)",{"$f":"'Your Farm'!O138","v":"Diesel and unleaded petrol (Scope 1 & 3)"},{"$f":"'Your Farm'!M138","v":1.3624241506020797E-2},{"$f":"'Your Farm'!N138","v":2.3656762096304244E-2},-1.0032520590283447E-2,-0.42408680230380169,"G",true]
["Diet Additives",0,0,1,1,null,"Your Farm Completed by section",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,false]
["Extended Lactation",0,0,1,1,null,"Dairy Australia"]
["Extended Longevity",0,0,1,1,null,"Farm owner/manager"]
["Replacing Sup with Dietary Fats",0,0,1,1,null,"Farm consultant"]
["Supplementing with Dietary Fats",0,0,1,1,null,"Milk company field officer"]
["Improved Diet DMD by Management",0,0,1,1,null,"Accountant"]
["Improved Diet DMD by Supplement",0,0,1,1,null,"Independent advisor"]
["N Fertiliser Inhibitor Coated",0,0,1,1,null,"Other"]
["N Inhibitor Applied to Feed",0,0,1,1]
["1990 Methodology Comparison",0,1,0,1]
["2015 Methodology Comparison",0,1,0,1]
["2022 Methodology Comparison",0,1,0,1]
[]
[]
["ERAP Controls"]
["Comparing My Farm Data"]
["Opt001_LowMedHigh",3]
[null,1,2,3,4,5,6,7,8,9,10]
["Chk001_Item",false,false,false,false,false,false,false,false,false]
["Chk002_Item",false,true,false,false,false,false,false,false,false,true]
["Chk003_Item",true,false,true,true,true,true,true,true,true,false]
["Chk003_Influence",false,false,false,false,false]
["Opt003_YesYesButNo",1]
[]
["Profitable Emissions Reduction Action Plan",null,null,null,null,"Tip",1,2,3,4,5,null,"Start",1,2,3,4,5,6,7,8,9,10,11,12,13,14,15]
[1,false]
[1.1000000000000001,false]
["1.1.1",false,null,null,null,"1.1.1",false,false,false,null,null,null,"1.1.1",false,false,false,false,false,false,false,false,false,false,false]
["1.1.2",false,null,null,null,"1.1.2",false,false,null,null,null,null,"1.1.2",false,false,false,false,false,false,false,false,false,false,false]
["1.1.3",false,null,null,null,"1.1.3",false,false,false,null,null,null,"1.1.3",false,false,false,false,false,false,false,false,false,false,false,false]
[1.2,false]
["1.2.1",false,null,null,null,"1.2.1",false,false,false,null,null,null,"1.2.1",false,false,false,false,false,false,false,false,false,false]
[1.3,false]
["1.3.1",false,null,null,null,"1.3.1",false,false,false,false,false,null,"1.3.1",false,false,false,false,false,false,false,false,false,false,false,false,false,false,false]
["1.3.2",false,null,null,null,"1.3.2",false,false,false,false,null,null,"1.3.2",false,false,false,false,false,false,false]
[2,false]
[2.1,false]
["2.1.1",false,null,null,null,"2.1.1",false,false,false,false,false,null,"2.1.1",false,false,false,false,false,false,false,false,false,false,false,false]
[3,false]
[3.1,false]
["3.1.1",false,null,null,null,"3.1.1",false,false,false,false,null,null,"3.1.1",false,false,false,false,false,false,false,false,false,false,false,false,false,false,false]
[4,false]
[4.0999999999999996,false]
["4.1.1",false,null,null,null,"4.1.1",false,false,false,false,null,null,"4.1.1",false,false,false]
["4.1.2",true,null,null,null,"4.1.2",false,false,null,null,null,null,"4.1.2",false,false,false,false]
[5,false]
[5.0999999999999996,false]
["5.1.1",false,null,null,null,"5.1.1",false,false,null,null,null,null,"5.1.1",false,false,false,false,false]
["5.1.2",false,null,null,null,"5.1.2",null,null,null,null,null,null,"5.1.2",false,false,false,false,false,false,false,false,false,false]

{"sheet":"Your Farm","index":6,"n_rows":824,"n_cols":232,"rows_kept":824,"cut":false,"hidden":false,"merged":[[228,20,228,21],[75,6,75,7],[135,14,136,14],[137,14,138,14],[126,12,127,12],[126,13,127,13],[135,13,136,13],[126,11,127,11],[126,9,127,9],[126,10,127,10],[143,13,144,13],[137,13,138,13],[135,12,136,12],[137,12,138,12],[126,14,127,14],[126,7,127,7],[610,1,610,2],[610,4,610,6],[87,5,87,6],[126,1,126,2],[87,2,87,4],[93,1,95,8],[110,5,110,6],[118,5,118,6],[126,3,127,3],[126,4,127,4],[126,5,127,5],[126,6,127,6],[126,8,127,8],[122,1,123,1],[1,0,1,10],[194,1,195,5],[48,2,48,3],[49,8,50,9],[54,4,54,5],[56,4,56,5],[64,4,64,5],[66,4,66,5],[84,2,84,3],[80,2,80,3],[83,5,83,6],[82,2,82,3],[77,6,77,7],[73,6,73,7],[30,5,30,6],[73,1,74,1],[9,3,9,5],[36,3,36,4],[38,3,38,4],[30,3,30,4],[36,5,36,6],[32,5,32,6],[34,5,34,6],[26,5,27,7],[38,7,38,8],[37,5,37,6],[38,5,38,6],[37,7,37,8],[11,7,11,8],[37,3,37,4],[11,5,11,6],[77,1,78,1],[77,4,78,5],[42,1,43,1],[40,3,40,4],[71,1,72,1],[71,4,71,5],[48,6,48,8],[49,4,49,5],[71,6,71,7],[39,7,39,8],[59,4,59,5],[61,4,61,5],[52,4,52,5],[40,7,40,8],[41,7,41,8],[7,3,7,5],[80,9,80,10],[13,7,14,7],[13,8,14,8],[42,7,42,8],[41,3,41,4],[43,3,43,4],[43,5,43,6],[42,3,42,4],[40,5,40,6],[41,5,41,6],[42,5,42,6],[43,7,43,8],[36,7,36,8],[39,3,39,4],[39,5,39,6]]}
["Australian Dairy Carbon Calculator - Your Farm System"]
[]
[]
[null,"Enter your farm data in the  green cells and select from the drop-down boxes (arrow on right hand side will appear once you go into the green cells)"]
[null,"Additional information for individual questions and any underlining assumptions are given by clicking on the pale blue question mark symbols.",null,null,null,null,null,null,null,"DairyBase import help","Cannot run macro help"]
[]
[null,"Farmer details",null,null,null,null,null,null,null,null,null,null,"NOTES:","Use inside this boxed area to enter any comments, notes, calculations to determine data entry"]
[null,null,"Owner or sharefarmer ID","Bill and Wendy Smith",null,null,"Supplier Number","256758T1",null,null,null,null,null,"You can enter notes outside of this box but it will not be deleted if you select the 'Clear input cells' button"]
[null,null,"Completed by: name and role","K Christie-Whitehead",null,"Other"]
[null,null,"Address","1234 Main Rd, Colac VIC 3250",null,null,"Year reviewed","24/25"]
[]
[null,null,"Choose your state in Australia","Victoria",null,"Choose your region/ farm system comparison",null,"Victoria- South West"]
[]
[null,"Livestock dynamics",null,"Milking cows","Heifers > 1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","Calves","Calves sold post-weaning "]
[]
[null,null,"Livestock numbers",450,120,125,8,100,null,null,"head"]
[]
[null,null,"Liveweight",500,350,150,600,200,null,null,"kg/head"]
[]
[null,null,"Liveweight gain ",null,0.7,0.7,null,1,null,null,"kg/day"]
[]
[null,null,"Number of stock sold each year",115,10,0,4,100,null,215,"head"]
[]
[null,null,"Liveweight at point of sale",550,425,0,600,400,null,105,"kg/head"]
[]
[null,null,null,null,null,null,null,null,null,{"$f":"SUMPRODUCT(D22:J22,D24:J24)/1000","v":132.47499999999999},"t LW/annum sold"]
[null,null,null,null,null,"Click here for help with other stock data entry and sales data"]
[]
[]
[null,"Milk production "]
[null,null,"Select option for milk production","litres per herd per annum",null,"Amount of milk produced",null,3000000,{"$f":"IF(V236=\"1\",\"litres of milk per herd per annum\",\"kg milksolids per herd per annum\")","v":"litres of milk per herd per annum"}]
[]
[null,null,"Average annual milk fat (%)",4.3,"%","Average annual milk protein ",null,3.2,"%"]
[]
[null,null,"Average lactation length (days)",300,"days","Average milk production ",null,{"$f":"IF(ISERROR(R231),0,R231)","v":22.222222222222225},"litres per cow per day"]
[]
[null,"Milkers average annual diet intakes and quality",null,"Intake (kg DM/day)",null,"Dry matter digestibility (DMD; %)",null,"Crude protein (CP; %)"]
[null,null,"Pastures",12,null,75,null,20]
[null,"Estimated intake based ","Concentrates / Grain",2.5,null,85,null,12]
[null,"on data entry","Silage",1.5,null,70,null,16.5]
[null,{"$f":"R235 &\" kg DM/cow.day\"","v":"17.1 kg DM/cow.day"},"Hay",0,null,0,null,0]
[null,null,"By-products",0,null,0,null,0]
[null,"Click here for help regarding feed quality","Other",1,null,70,null,22]
[null,null,"Total (kg DM/day) or average (%)",{"$f":"SUM(D38:E43)","v":17},null,{"$f":"IF(ISERROR(SUMPRODUCT(D38:E43,F38:G43)/D44),0,SUMPRODUCT(D38:E43,F38:G43)/D44)","v":75.735294117647058},null,{"$f":"IF(ISERROR(SUMPRODUCT(D38:E43,H38:I43)/D44),0,SUMPRODUCT(D38:E43,H38:I43)/D44)","v":18.632352941176471}]
[]
[null,"Average annual dry matter digestibility (DMD) for all other stock (%)",null,75,"%"]
[null,"Average annual crude protein (CP) for all other stock (%)",null,20,"%"]
[]
[null,"Fertilisers"]
[null,null,"How do you wish to enter the fertiliser rates?",null,"tonnes of element per annum",null,null,null,"Click here to work out fertiliser rates"]
[]
[null,null,"Area of N fertiliser",null,null,null,"Rate of N fertiliser"]
[null,"Area of pastures fertilised with N ",null,"ha","Amount of N applied to pastures",null,55,{"$f":"IF($V$224=\"1\",\"kg per ha per annum\",\"t per annum\")","v":"t per annum"}]
[]
[null,"Area of crops fertilised with N ",null,"ha","Amount of N applied to crops",null,null,{"$f":"H53","v":"t per annum"}]
[]
[null,null,null,null,"Percentage of N fertiliser that is urea",null,95,"%"]
[]
[null,null,"Area of P K S & lime fertiliser",null,null,null,"Rate of P fertiliser","Rate of K fertiliser","Rate of S fertiliser","Rate of lime/dolomite"]
[null,"Area of pastures fertilised with P K S & lime",null,"ha","Rate of P K S & lime/dolomite to pastures",null,10,3,3,150,{"$f":"H53","v":"t per annum"}]
[]
[null,"Area of crops fertilised with P K S & lime",null,"ha","Rate of P K S & lime/dolomite to crops",null,null,null,null,null,{"$f":"H53","v":"t per annum"}]
[]
[null,"Energy consumption"]
[null,"Annual electricity use ",175000,"kWh","Annual purchased diesel/ unleaded petrol ",null,12500,"litres"]
[]
[null,"Where does your electricity come from?","State Grid",null,"Annual contractor diesel/ unleaded petrol ",null,2500,"litres"]
[]
[null,"What % of electricity is from renewables?",10,"%"]
[]
[null,"Purchased supplementary feed "]
[null,"Purchased pasture, cereal, lucerne or legume hay (t DM)",200,"t DM","Purchased pasture, cereal or maize silage (t DM)",null,null,null,"t DM"]
[]
[null,"Percentage of purchased hay fed on the milking platform",15,"%","Percentage of purchased silage fed on the milking platform",null,null,null,"%"]
[]
[null,"Purchased grain and concentrates (t DM)",700,"t DM","Purchased by-products (t DM)",null,180,null,"t DM"]
[]
[null,"Percentage of purchased grain & concentrates fed on the milking platform",95,"%","Percentage of purchased by-products fed on the milking platform",null,95,null,"%"]
[]
[null,"Carbon sequestration in tree plantations"]
[null,"How are you estimating this?","Based on data entered here",null,null,"Area of trees (ha)",10,"Age of trees",15,"Click here for help with vegetation"]
[]
[null,"Choose your region of Australia","South West VIC"]
[null,null,null,null,null,"Amount of carbon sequestered using other tools",null,6.5,"t CO2e/ha.annum"]
[null,"Choose the type of trees planted","Mixed species (Environmental Plantings)"]
[]
[null,"Manure management"]
[null,null,"Choose which option you are using to estimate how animal waste is handled",null,null,"Default state factors and fractions",null,"Volatile solids ",{"$f":"D267","v":4.5034035587869798},"kg VS/head.day for the milking cows"]
[]
[null,"Percentage waste to each manure system ","Anaerobic lagoon","Sump dispersal","Drain to paddock","Solid storage","Pasture","Integrated methane\nconversion factor%"]
[null,"Milkers",{"$f":"IF($AE$223=1,AK247,\"\")","v":10.8},{"$f":"IF($AE$223=1,AL247,\"\")","v":0.9},{"$f":"IF($AE$223=1,AM247,\"\")","v":0.2},{"$f":"IF($AE$223=1,AN247,\"\")","v":4.2},{"$f":"IF($AE$223=1,AJ247,\"\")","v":83.9},{"$f":"IF(AE223=1,AO249,\"\")","v":8.92}]
[null,"All other stock ",{"$f":"IF($AE$223=1,AK250,\"\")","v":0},{"$f":"IF($AE$223=1,AL250,\"\")","v":0},{"$f":"IF($AE$223=1,AM250,\"\")","v":0},{"$f":"IF($AE$223=1,AN250,\"\")","v":0},{"$f":"IF($AE$223=1,AJ250,\"\")","v":100},{"$f":"IF(AE223=1,AO250,\"\")","v":1}]
[]
[null,"Only answer the following questions if you which to enter your own farm management practices to estimate the percentage of waste to each of the abovementioned manure management systems. In addition, you must have selected the user-defined factors and fractions option in the drop-down list at the beginning of this section, otherwise the results with still reflect the default state-based fractions and factors. "]
[]
[]
[]
[null,"Milkers",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water",null,null,null,null,4,300]
[]
[null,"Percentage of waste that is flushed and then drains to the paddock with no treatment/ removal of solids ",null,null,null,null,0,"%"]
[null,"Percentage of waste that is flushed and then spread daily from a sump/dispersal system (with or without removal of solids)",null,null,null,null,0,"%"]
[null,"Balance assumed to be flushed and then enter a pond/lagoon system",null,null,null,null,{"$f":"(100-(G101+G102))","v":100},"%"]
[]
[null,"Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator) to remove a proportion of solids?",null,null,null,null,"YES"]
[null,"If yes, what percentage of the waste is removed via the pre-treatment process?",null,null,null,null,25,"%"]
[]
[null,null,null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends on a feedpad, loafing area, or housed",null,null,null,null,2,150]
[]
[null,"Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled",null,null,null,"Scraped & stockpiled "]
[]
[null,"All other stock"]
[null,null,"Heifers > 1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age","Other stock > 1 yr age"]
[null,"Hours per day on the feedpad or loafing area",2,1.5,0,1.5,0]
[null,"Days per annum on the feedpad of loafing area",150,100,0,100,0]
[null,"Percentage of stock class on feedpad ",100,100,0,100,0]
[]
[null,"Select the option which best describes how this waste from the feedpad or loafing area is best handled",null,null,null,"Scraped & stockpiled "]
[null,null,null,null,null,null,null,"Integrated methane"]
[null,"Percentage waste to each manure system ","Anaerobic lagoon","Sump dispersal","Drain to paddock","Solid storage","Pasture","conversion factor"]
[null,"Milkers",{"$f":"IF($AE$223=2,AK248,\"\")","v":""},{"$f":"IF($AE$223=2,AL248,\"\")","v":""},{"$f":"IF($AE$223=2,AM248,\"\")","v":""},{"$f":"IF($AE$223=2,AN248,\"\")","v":""},{"$f":"IF($AE$223=2,AJ248,\"\")","v":""},{"$f":"IF($AE$223=2,AO248,\"\")","v":""},"%"]
[null,"All other stock (weighted-average based on number of head in each stock class)",{"$f":"IF($AE$223=2,AK261,\"\")","v":""},{"$f":"IF($AE$223=2,AL261,\"\")","v":""},{"$f":"IF($AE$223=2,AM261,\"\")","v":""},{"$f":"IF($AE$223=2,AN261,\"\")","v":""},{"$f":"IF($AE$223=2,AJ261,\"\")","v":""},{"$f":"IF($AE$223=2,AO261,\"\")","v":""},"%"]
[]
[]
[null,"Results for your farm system"]
[null,null,null,{"$f":"D14","v":"Milking cows"},"Heifers > 1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","N fertiliser","Total GHG (tonnes CO2e/annum)","% of total GHG                (exc. C sequestration          in trees)","kg CO2e/kg FPCM   (your farm)","kg CO2e/kg FPCM   (industry comparison)","Source of emissions"]
[]
[null,"Methane (Scope 1):","Enteric fermentation",{"$f":"D255*'Emission factors'!$C$4*10^3","v":1648.7026035014471},{"$f":"E255*'Emission factors'!$C$4*10^3","v":181.79197400447995},{"$f":"(F255+I255)*'Emission factors'!$C$4*10^3","v":88.90430742480001},{"$f":"G255*'Emission factors'!$C$4*10^3","v":14.958947798927996},{"$f":"(H255+J255)*'Emission factors'!$C$4*10^3","v":91.254977372159985},{"$f":"(K255)*'Emission factors'!$C$4*10^3","v":0},null,{"$f":"SUM(D129:I129)","v":2025.6128101018151},{"$f":"K129/$K$145","v":0.56756095537886275},{"$f":"K129*1000/$R$229*$Q$288","v":0.5447310756973418},{"$f":"'Industry averages'!U7","v":0.543982122669323},"Enteric fermentation"]
[null,null,"Manure management",{"$f":"D280*'Emission factors'!$C$4*10^3","v":300.79195166556235},{"$f":"E280*'Emission factors'!$C$4*10^3","v":3.8149360850928407},{"$f":"(F280+I280)*'Emission factors'!$C$4*10^3","v":1.885611942733382},{"$f":"G280*'Emission factors'!$C$4*10^3","v":0.31391611244478912},{"$f":"(H280+J280)*'Emission factors'!$C$4*10^3","v":1.9293108297865884},{"$f":"(K280)*'Emission factors'!$C$4*10^3","v":0},null,{"$f":"SUM(D130:I130)","v":308.73572663561993},8.6505349440445273E-2,8.3025711349035358E-2,{"$f":"'Industry averages'!U8","v":7.6817561592756808E-2},"Manure management"]
[null,"Nitrous oxide (Scope 1):","Direct from dung & urine voided onto pastures",{"$f":"D463*'Emission factors'!$C$5*10^3","v":96.425716470339822},{"$f":"E463*'Emission factors'!$C$5*10^3","v":15.810321629554668},{"$f":"(F463+I463)*'Emission factors'!$C$5*10^3","v":6.8407793217094239},{"$f":"G463*'Emission factors'!$C$5*10^3","v":1.3653202672347553},{"$f":"(H463+J463)*'Emission factors'!$C$5*10^3","v":6.8404398434681042},{"$f":"(K463)*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D131:I131)","v":127.28257753230676},3.5663588296368003E-2,3.4229036778859398E-2,{"$f":"'Industry averages'!U9","v":3.1116172523630262E-2},"Direct from dung & urine voided onto pastures"]
[null,null,"Direct from manure (storage & spread)",{"$f":"(D342+D418)*'Emission factors'!$C$5*10^3","v":21.717496358199817},{"$f":"(E342+E418)*'Emission factors'!$C$5*10^3","v":0},{"$f":"((F342+I342)+(F418+I418))*'Emission factors'!$C$5*10^3","v":0},{"$f":"(G342+G418)*'Emission factors'!$C$5*10^3","v":0},{"$f":"((H342+J342)+(H418+J418))*'Emission factors'!$C$5*10^3","v":0},{"$f":"((K342+K418))*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D132:I132)","v":21.717496358199817},6.0850735737978017E-3,5.8403042741720507E-3,{"$f":"'Industry averages'!U10","v":4.4519842441360542E-3},"Direct from manure (storage & spread)"]
[null,null,"Indirect N waste ",{"$f":"(D357+D366+D500+D534)*'Emission factors'!$C$5*10^3","v":103.72506850307336},{"$f":"(E357+E366+E500+E534)*'Emission factors'!$C$5*10^3","v":13.754979817712561},{"$f":"(F357+F366+F500+F534+I357+I366+I500+I534)*'Emission factors'!$C$5*10^3","v":5.9514780098871976},{"$f":"(G357+G366+G500+G534)*'Emission factors'!$C$5*10^3","v":1.1878286324942371},{"$f":"(H357+H366+H500+H534+J357+J366+J500+J534)*'Emission factors'!$C$5*10^3","v":5.9511826638172494},{"$f":"(K357+K366+K500+K534)*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D133:I133)","v":130.57053762698462},3.6584849143098695E-2,3.5113240329652386E-2,{"$f":"'Industry averages'!U11","v":3.237171924464765E-2},"Indirect N waste "]
[null,null,"Direct N fertiliser",null,null,null,null,null,null,{"$f":"C396","v":135.13107142857143},{"$f":"J134","v":135.13107142857143},3.7862675245183879E-2,3.6339666461588038E-2,{"$f":"'Industry averages'!U12","v":3.1260434879283851E-2},"Direct N fertiliser"]
[null,null,"Indirect N fertiliser",null,null,null,null,null,null,{"$f":"(SUM(D495:D496)+SUM(D529:D530))*'Emission factors'!$C$5*10^3","v":70.542999999999992},{"$f":"J135","v":70.542999999999992},1.9765599958502765E-2,1.8970537746049346E-2,{"$f":"'Industry averages'!U13","v":1.6899134792121146E-2},"Indirect N fertiliser"]
[null,"Carbon dioxide:","Electricity (Scope 2)",null,null,null,null,null,null,null,{"$f":"J557","v":121.27500000000002},3.398031179518058E-2,{"$f":"(K136+K137)*1000/$R$229*$Q$288","v":3.6425433249257691E-2},{"$f":"'Industry averages'!U14","v":3.4494985942911345E-2},"Electricity (Scope 2 & 3)"]
[null,null,"Electricity (Scope 3)",null,null,null,null,null,null,null,{"$f":"J561","v":14.175000000000001},3.9717247552808468E-3]
[null,null,"Diesel and unleaded petrol (Scope 1)",null,null,null,null,null,null,null,{"$f":"H549","v":40.645800000000001},1.1388637041142451E-2,{"$f":"(K138+K139)*1000/$R$229*$Q$288","v":1.3624241506020797E-2},{"$f":"'Industry averages'!U15","v":2.3656762096304244E-2},"Diesel and unleaded petrol (Scope 1 & 3)"]
[null,null,"Diesel and unleaded petrol (Scope 3)",null,null,null,null,null,null,null,{"$f":"J549","v":10.0167},2.8066014360650197E-3]
[null,null,"Urea and lime/dolomite (Scope 1)",null,null,null,null,null,null,null,{"$f":"C598+C605","v":149.29710144927537},4.1831886682029133E-2,{"$f":"K140*1000/$R$229*$Q$288","v":4.014921818492604E-2},{"$f":"'Industry averages'!U16","v":2.1433101532566758E-2},"Urea and lime/dolomite"]
[null,"Pre-farm gate embedded (Scope 3)","Grain/ concentrates",null,null,null,null,null,null,null,{"$f":"E574","v":140},3.9226911163267618E-2,{"$f":"K141*1000/$R$229*$Q$288","v":3.7649026614219823E-2},{"$f":"'Industry averages'!U17","v":4.6587772697944604E-2},"Grain/ concentrates"]
[null,null,"Forages",null,null,null,null,null,null,null,{"$f":"SUM(E572:E573)","v":32},8.9661511230325983E-3,{"$f":"K142*1000/$R$229*$Q$288","v":8.6054917975359607E-3},{"$f":"'Industry averages'!U18","v":5.9010877722212498E-3},"Forages"]
[null,null,"Fertilisers",null,null,null,null,null,null,null,{"$f":"E591","v":241.97561352657004},6.7799684967742441E-2,{"$f":"K143*1000/$R$229*$Q$288","v":6.5072473668957187E-2},{"$f":"'Industry averages'!U19","v":5.75454026845185E-2},"Fertilisers"]
[]
[null,"Total GHG emissions ",null,{"$f":"SUM(D129:D143)","v":2171.3628364986225},215.17221153684002,103.58217669913,17.826012811101776,105.97591070923193,0,205.67407142857144,{"$f":"SUM(K129:K143)","v":3568.9784346593437},"t CO2e/annum"]
[null,"% of total GHG emissions (before carbon sequestration is taken into account)",null,{"$f":"D145/$K$145","v":0.60839897921823038},{"$f":"E145/$K$145","v":6.028958019113894E-2},2.9022920310533298E-2,4.9947101495454276E-3,2.9693625963124443E-2,0,5.7628275203686644E-2]
[]
[null,"Carbon sequestration","Tree plantings, with negative figures representing amount of carbon sequestered",null,null,null,null,null,null,null,{"$f":"IF(C81=\"\",0,IF(V231=1,0,IF(V231=3,H84*G81*-1,F616*-1)))","v":-29.360000000000028},"t CO2e/annum"]
[]
[null,"Net GHG emissions ",null,null,null,null,null,null,null,null,{"$f":"K145+K148","v":3539.6184346593436},"t CO2e/annum"]
[]
[null,"GHG emissions intensity (kg CO2e/kg fat and protein corrected milk (FPCM))",null,null,null,null,null,null,null,null,null,null,{"$f":"S285","v":0.95187991893337665},{"$f":"'Industry averages'!U4","v":0.92142234982059334},"kg CO2e/kg FPCM (post carbon sequestration)"]
[null,"GHG emissions intensity (kg CO2e/kg milksolids)",null,null,null,null,null,null,null,null,null,null,{"$f":"S286","v":13.450279013976905},{"$f":"'Industry averages'!U6","v":12.807348718780416},"kg CO2e/kg milksolids (post-carbon sequestration)"]
[null,"GHG emissions intensity (kg CO2e/kg liveweight)",null,null,null,null,null,null,null,null,null,null,{"$f":"S287","v":3.874736037097867},{"$f":"'Industry averages'!U5","v":5.0772218334647867},"kg CO2e/kg liveweight meat (post-carbon sequestration)"]
[]
[null,"Proportion of net emissions allocated to milk",null,null,null,null,null,null,null,null,null,null,{"$f":"Q288","v":0.85498277116868371},{"$f":"'Industry averages'!U20","v":0.8722180451466407},"Proportion of emissions allocated to milk"]
[null,"Proportion of net emissions allocated to meat",null,null,null,null,null,null,null,null,null,null,{"$f":"Q289","v":0.1450172288313164},{"$f":"'Industry averages'!U21","v":0.1277819548533593},"Proportion of emissions allocated to meat"]
[]
[]
[]
[]
[null,"Note: Total GHG emissions for each stock class does not include carbon sequestered in trees. However, Net GHG emissions and emissions intensities includes any carbon sequestration in tree plantings. "]
[]
[null,"Typical GHG emissions intensity, based on 70-90% of net emissions allocated to milk production, should range between 0.6 and 1.2 kg CO2e/ kg FPCM or between 8 and 18 kg CO2e/kg milksolids. If your emissions intensity is outside these ranges, review your data entry for potential errors."]
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[null,"Click here to progress to the 'Abatement Schematic' worksheet"]
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[null,"State and dairy region for tree plantings"]
[]
[null,null,"State","Victoria","New South Wales","Tasmania","Queensland","South Australia","Western Australia"]
[null,1,"Victoria","Mallee region VIC","Northern coastal NSW","North East TAS","Northern QLD","South East SA","South West WA"]
[null,2,"New.South.Wales","Northern region VIC","Southern coastal NSW","Central North & Midlands TAS","Southern QLD","Murray River SA"]
[null,3,"Tasmania","North East region VIC","Central Inland & Riverina NSW","Southern TAS"]
[null,4,"Queensland","East Gippsland",null,"North West TAS"]
[null,5,"South.Australia","South & West Gippsland"]
[null,6,"Western.Australia","South West VIC"]
[]
[null,null,null,null,null,null,null,null,null,null,"RDPs for linking to Industry average farm"]
[null,null,null,null,null,null,null,null,null,1,"Australia-wide",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milkers- dairy",null,null,null,null,null,null,null,null,"Milkers",null,null,null,null,"R2s","R1s","Bulls","Other stock < 1","Other stock > 1"]
[null,"Selected State",{"$f":"D12","v":"Victoria"},"Selected Region",{"$f":"C83","v":"South West VIC"},null,"Calves sold","Calves sold soon after birth ",null,2,"Victoria",null,null,null,null,"Milk production",null,null,null,"N fertiliser rates","kg of element per ha per annum",null,"Graphs",null,null,null,null,null,"Manure management",1,"Default state factors and fractions",null,null,null,null,"Hours per day at dairy",{"$f":"G99","v":4},null,null,null,null,null,null,null,"% to grazing",null,{"$f":"1-((G99/24*H99/365)+(G109/24*H109/365))","v":0.82876712328767121},null,"% to grazing",{"$f":"1-SUM(AX228:AX231)","v":0.96575342465753422},{"$f":"1-SUM(AY228:AY231)","v":0.98287671232876717},{"$f":"1-SUM(AZ228:AZ231)","v":1},{"$f":"1-SUM(BA228:BA231)","v":0.98287671232876717},{"$f":"1-SUM(BB228:BB231)","v":1}]
[null,null,null,null,null,null,null,"Calves sold post-weaning ",null,3,"Victoria- Gippsland",null,null,null,null,null,null,null,null,null,"tonnes of element per annum",null,"Enteric methane",{"$f":"L129","v":0.56756095537886275},null,null,null,null,null,2,"User-defined factors and fractions",null,null,null,null,"Days per annum at dairy",{"$f":"H99","v":300},null,null,null,null,null,null,null,"% from dairy & drains to paddock",null,{"$f":"(AK221/24)*(AK222/365)*(AK223/100)","v":0},null,"% drains to paddock",{"$f":"IF(AF234=\"YES\",IF($AO$235=1,((C115/24)*(C116/365)*C117%),0),0)","v":0},{"$f":"IF(AF236=\"YES\",IF($AO$235=1,((D115/24)*(D116/365))*D117%,0),0)","v":0},{"$f":"IF(AF238=\"YES\",IF($AO$235=1,((E115/24)*(E116/365))*E117%,0),0)","v":0},{"$f":"IF(AF240=\"YES\",IF($AO$235=1,((F115/24)*(F116/365))*F117%,0),0)","v":0},{"$f":"IF(AF242=\"YES\",IF($AO$235=1,((G115/24)*(G116/365))*G117%,0),0)","v":0}]
[null,null,null,null,null,null,"Selected",{"$f":"IF(K14=H221,1,2)","v":2},null,4,"Victoria- Northern",null,null,null,null,"Litres per annum",null,{"$f":"IF(V236=\"1\",H31,0)","v":3000000},null,null,null,null,"Waste methane",{"$f":"L130","v":8.6505349440445273E-2},null,null,null,null,null,"Selected",{"$f":"IF(F88=\"\",1,IF(F88=AE221,1,2))","v":1},null,null,null,null,"% drained daily from sump",{"$f":"G101","v":0},null,null,null,null,null,null,null,"% from dairy & spread daily",null,{"$f":"(AK221/24*AK222/365*AK224/100)*IF(AE228=2,(1-AE231),1)","v":0},null,"% spread sump/dispersal system",{"$f":"IF(AF234=\"YES\",IF($AO$235=2,(C115/24*C116/365*C117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0},{"$f":"IF(AF236=\"YES\",IF($AO$235=2,(D115/24*D116/365*D117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0},{"$f":"IF(AF238=\"YES\",IF($AO$235=2,(E115/24*E116/365*E117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0},{"$f":"IF(AF240=\"YES\",IF($AO$235=2,(F115/24*F116/365*F117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0},{"$f":"IF(AF242=\"YES\",IF($AO$235=2,(G115/24*G116/365*G117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0}]
[null,null,null,null,null,null,null,{"$f":"IF(H223=1,H221,H222)","v":"Calves sold post-weaning "},null,5,"Victoria- South West",null,null,null,null,"MS per annum",null,{"$f":"IF(V236=\"2\",H31,0)","v":0},null,"Selected",{"$f":"E50","v":"tonnes of element per annum"},{"$f":"IF(U224=\"kg of element per ha per annum\",\"1\",\"2\")","v":"2"},"Direct N2O waste",{"$f":"L131+L132","v":4.1748661870165807E-2},null,null,null,null,null,null,null,null,null,null,null,"% spread daily from sump",{"$f":"G102","v":0},null,null,null,null,null,null,null,"% from dairy & spread daily & treated so its solid storage",null,{"$f":"(AK221/24*AK222/365*AK224/100)*IF(AE228=1,0,AE231)","v":0},null,"% of spread daily from sump to SS",{"$f":"IF(AF234=\"YES\",IF($AO$235=2,(C115/24*C116/365*C117%)*IF($AE$228=2,$AE$231,0),0))","v":0},{"$f":"IF(AF236=\"YES\",IF($AO$235=2,D115/24*D116/365*D117%)*IF($AE$228=2,$AE$231,0),0)","v":0},{"$f":"IF(AF238=\"YES\",IF($AO$235=2,E115/24*E116/365*E117%)*IF($AE$228=2,$AE$231,0),0)","v":0},{"$f":"IF(AF240=\"YES\",IF($AO$235=2,F115/24*F116/365*F117%)*IF($AE$228=2,$AE$231,0),0)","v":0},{"$f":"IF(AF242=\"YES\",IF($AO$235=2,G115/24*G116/365*G117%)*IF($AE$228=2,$AE$231,0),0)","v":0}]
[null,null,null,null,null,null,null,null,null,6,"New South Wales",null,null,null,null,"Fat %",null,{"$f":"(IF(D33=\"\",4,D33))","v":4.3},null,null,null,null,"Direct N2O N fertiliser",{"$f":"L134","v":3.7862675245183879E-2},null,null,null,null,null,null,null,null,null,null,null,"% to lagoon",{"$f":"G103","v":100},null,null,null,null,null,null,null,"% from dairy & to lagoon (no pre-treatment)",null,{"$f":"IF(AE228=1,(AK221/24*AK222/365*AK225/100),(AK221/24*AK222/365*AK225/100)*(1-AE231))","v":0.10273972602739725},null,"% to lagoon (no pre-treatment)",{"$f":"IF(AF234=\"YES\",IF($AO$235=3,(C115/24*C116/365*C117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0},{"$f":"IF(AF236=\"YES\",IF($AO$235=3,(D115/24*D116/365*D117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0},{"$f":"IF(AF238=\"YES\",IF($AO$235=3,(E115/24*E116/365*E117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0},{"$f":"IF(AF240=\"YES\",IF($AO$235=3,(F115/24*F116/365*F117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0},{"$f":"IF(AF242=\"YES\",IF($AO$235=3,(G115/24*G116/365*G117%)*IF($AE$228=2,(1-$AE$231),1),0),0)","v":0}]
[null,null,null,null,null,null,null,null,null,7,"NSW- North",null,null,null,null,"Protein %",null,{"$f":"IF(H33=\"\",3.3,H33)","v":3.2},null,null,null,null,"Indirect N2O waste",{"$f":"L133","v":3.6584849143098695E-2},null,null,null,null,"Pre-treat",1,"NO",null,null,null,null,"Hours per day on feedpad",{"$f":"G109","v":2},null,null,null,null,null,null,null,"% from dairy & to lagoon (pre-treated & to solid storage fraction)",null,{"$f":"IF(AE228=1,0,(AK221/24*AK222/365*AK225/100)*AE231)","v":3.4246575342465752E-2},null,"% to lagoon (pre-treated & to solid storage)",{"$f":"IF(AF234=\"YES\",IF($AO$235=3,(C115/24*C116/365*C117%*IF($AE$228=2,$AE$231,0)),0),0)","v":0},{"$f":"IF(AF236=\"YES\",IF($AO$235=3,(D115/24*D116/365*D117%*IF($AE$228=2,$AE$231,0)),0),0)","v":0},{"$f":"IF(AF238=\"YES\",IF($AO$235=3,(E115/24*E116/365*E117%*IF($AE$228=2,$AE$231,0)),0),0)","v":0},{"$f":"IF(AF240=\"YES\",IF($AO$235=3,(F115/24*F116/365*F117%*IF($AE$228=2,$AE$231,0)),0),0)","v":0},{"$f":"IF(AF242=\"YES\",IF($AO$235=3,(G115/24*G116/365*G117%*IF($AE$228=2,$AE$231,0)),0),0)","v":0}]
[null,null,null,null,null,null,null,null,null,8,"NSW- South",null,null,null,null,"DGAS estimated kg MS if litres entered",null,{"$f":"IF(R223=0,R224,(R223*(R225+R226)/100))","v":225000},null,"Tree sequestration","No estimate of carbon sequestration",null,"Indirect N2O N fertiliser",{"$f":"L135","v":1.9765599958502765E-2},null,null,null,null,null,2,"YES",null,null,null,null,"Days per annum on feedpad",{"$f":"H109","v":150},null,null,null,null,null,null,null,"% from feedpad and drains to paddock",null,{"$f":"IF(AJ235=1,(AK226/24*AK227/365),0)","v":0},null,"% to solid storage",{"$f":"IF(AF234=\"YES\",IF($AO$235=4,C115/24*C116/365*C117%,0),0)","v":3.4246575342465752E-2},{"$f":"IF(AF236=\"YES\",IF($AO$235=4,D115/24*D116/365*D117%,0),0)","v":1.7123287671232876E-2},{"$f":"IF(AF238=\"YES\",IF($AO$235=4,E115/24*E116/365*E117%,0),0)","v":0},{"$f":"IF(AF240=\"YES\",IF($AO$235=4,F115/24*F116/365*F117%,0),0)","v":1.7123287671232876E-2},{"$f":"IF(AF242=\"YES\",IF($AO$235=4,G115/24*G116/365*G117%,0),0)","v":0}]
[null,null,null,null,null,null,null,null,null,9,"Queensland",null,null,null,null,"DGAS estimated litres per annum",null,{"$f":"IF(R223=0,(R224/((R225+R226)/100)),R223)","v":3000000},null,null,"Based on data entered here",null,"Energy consumption",{"$f":"L136+L138","v":4.5368948836323031E-2},null,null,null,null,null,"Selected",{"$f":"IF(G105=\"\",1,IF(G105=AE226,1,2))","v":2},null,null,null,null,null,null,null,null,null,null,null,null,null,"% from feedpad spread daily",null,{"$f":"IF(AJ235=2,(AK226/24*AK227/365),0)*IF(AE228=2,(1-AE231),1)","v":0},null,"% sum solid storage",{"$f":"AX224+AX226+AX227","v":3.4246575342465752E-2},{"$f":"AY224+AY226+AY227","v":1.7123287671232876E-2},{"$f":"AZ224+AZ226+AZ227","v":0},{"$f":"BA224+BA226+BA227","v":1.7123287671232876E-2},{"$f":"BB224+BB226+BB227","v":0}]
[null,null,null,null,null,null,null,null,null,10,"QLD- North",null,null,null,null,"FPCM (kg per annum; IDF equation)",null,{"$f":"(R228*1.03)*(0.2534+0.1226*R225+0.0776*R226)","v":3179301.0000000005},null,null,"Carbon sequestered using other tools",null,"Pre-farm embedded",{"$f":"SUM(L141:L143)","v":0.11599274725404266},null,null,null,null,null,null,null,null,null,null,null,"Milkers- feedpad",null,null,"Heifers- feedpad",null,null,null,null,null,"% of feedpad spread daily going to SS",null,{"$f":"IF(AJ235=2,(AK226/24*AK227/365)*IF(AE228=2,AE231,0),0)","v":0},null,"% sum drains to paddock",{"$f":"AX222","v":0},{"$f":"AY222","v":0},{"$f":"AZ222","v":0},{"$f":"BA222","v":0},{"$f":"BB222","v":0}]
[null,null,null,null,null,null,null,null,null,11,"QLD- South",null,null,null,null,"kg milk per cow per day",null,{"$f":"ROUND((R229/D16/D35),1)","v":23.6},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% from feedpad to lagoon without treatment",null,{"$f":"IF(AJ235=3,(AK226/24*AK227/365*IF(AE228=2,(1-AE231),1)),0)","v":0},null,"% sum lagoon",{"$f":"AX225","v":0},{"$f":"AY225","v":0},{"$f":"AZ225","v":0},{"$f":"BA225","v":0},{"$f":"BB225","v":0}]
[null,null,null,null,null,null,null,null,null,12,"South Australia",null,null,null,null,"litres per cow per day",null,{"$f":"(R228/D16/D35)","v":22.222222222222225},null,"Selected",{"$f":"C81","v":"Based on data entered here"},{"$f":"IF(C81=\"\",0,IF(C81=U227,1,IF(C81=U228,2,3)))","v":2},null,null,null,null,null,null,"Pre-treat percentage",null,{"$f":"IF(G106=\"\",0.2,G106/100)","v":0.25},null,null,null,1,"Flushed & drains daily to the paddock",null,null,"Feedpad waste- heifers",1,"Flushed & drains daily to the paddock",null,null,null,"% from feedpad and to lagoon but with pre-treatment to make it solid storage",null,{"$f":"(IF(AJ235=3,(AK226/24*AK227/365*IF(AE228=2,AE231,0)),0))","v":0},null,"% sum sump and dispersal",{"$f":"AX223","v":0},{"$f":"AY223","v":0},{"$f":"AZ223","v":0},{"$f":"BA223","v":0},{"$f":"BB223","v":0}]
[null,null,null,null,null,null,null,null,null,13,"Tasmania",null,null,null,null,"kg MS per cow per day",null,{"$f":"(R231*((R225+R226)/100))","v":1.6666666666666667},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,"Flushed & spread daily from a sump",null,null,null,2,"Flushed & spread daily from a sump",null,null,null,"% from feedpad wet-lotted (solid storage)",null,{"$f":"(IF(AJ235=4,(AK226/24*AK227/365),0))","v":3.4246575342465752E-2}]
[null,null,null,null,null,null,null,null,null,14,"Western Australia",null,null,null,null,"Average DMD",null,{"$f":"((D38*F38)+(D39*F39)+(D40*F40)+(D41*F41)+(D42*F42)+(D43*F43))/D44","v":75.735294117647058},null,"Milk production","litres per herd per annum",null,null,null,null,null,null,null,null,null,null,"On feedpad",null,null,3,"Flushed to a pond/lagoon system",null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,"% sum solid storage",null,{"$f":"AU224+AU229+AU232+AU226+AU231","v":6.8493150684931503E-2}]
[null,null,null,null,null,null,null,null,null,15,"Low grain (< 1 t DM/cow.annum)",null,null,null,null,"Average CP",null,{"$f":"((D38*H38)+(D39*H39)+(D40*H40)+(D41*H41)+(D42*H42)+(D43*H43))/D44","v":18.632352941176471},null,null,"kg milksolids per herd per annum",null,null,null,null,null,null,null,"Heifers > 1 feedlot",null,null,{"$f":"IF(C115>0,\"Yes\",\"No\")","v":"Yes"},null,null,4,"Scraped & stockpiled ",null,null,null,4,"Scraped & stockpiled ",null,null,null,"% drains to paddock",null,{"$f":"AU222+AU227","v":0}]
[null,null,null,null,null,null,null,null,null,16,"Medium grain (1-2 t DM/cow.annum)",null,null,null,null,"Average intake required",null,{"$f":"ROUND((1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2*1.1+((R231*D35/365)*3.054/0.6/(0.00795*R233-0.0014)/18.4),1)","v":17.100000000000001},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(F111=AJ231,1,IF(F111=AJ232,2,IF(F111=AJ233,3,4)))","v":4},null,null,null,"Selected",{"$f":"IF(F119=AO231,1,IF(F119=AO232,2,IF(F119=AO233,3,4)))","v":4},null,null,null,"% sum lagoon",null,{"$f":"AU225+AU230","v":0.10273972602739725}]
[null,null,null,null,null,null,null,null,null,17,"High grain (> 2 t DM/cow.annum)",null,null,null,null,null,null,null,null,"Selected",{"$f":"D31","v":"litres per herd per annum"},{"$f":"IF(D31=U233,\"1\",\"2\")","v":"1"},null,null,null,null,null,null,"Heifers < 1 feedlot",null,null,{"$f":"IF(D115>0,\"Yes\",\"No\")","v":"Yes"},null,null,null,null,null,null,null,null,null,null,null,null,"% sum sump and dispersal",null,{"$f":"AU223+AU228","v":0}]
[null,null,null,null,null,null,null,null,null,"Selected",{"$f":"H12","v":"Victoria- South West"},null,null,null,null,"Net GHG emissions (kg)",null,{"$f":"K150*1000","v":3539618.4346593437}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"EI (litres FPCM)",null,{"$f":"R237/R229","v":1.113332281108125},null,null,null,null,null,null,null,null,null,null,"Bulls feedlot",null,null,{"$f":"IF(E115>0,\"Yes\",\"No\")","v":"No"},null,null,null,"Pasture","Lagoon","Sump/dispersal","Drain to paddock","Solid storage","Integrated MCF",null,null,null,null,null,null,null,"MCF calculations- milkers"]
[null,"Methane Calculation","Seasons",{"$f":"D14","v":"Milking cows"},{"$f":"E14","v":"Heifers > 1 yr age"},{"$f":"F14","v":"Heifers < 1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)","Units","Inventory reference",null,null,"EI (kg MS)",null,{"$f":"R237/R227","v":15.731637487374861},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,"Victoria",83.9,10.8,0.9,0.2,4.2,8.92,null,null,null,null,null,null,null,null,"Lagoon","Sump and dispersal","Drains to paddock","Solids storage","Voided pasture","Integrated MCF"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock < 1 feedlot",null,null,{"$f":"IF(F115>0,\"Yes\",\"No\")","v":"Yes"},null,2,"New.South.Wales",78.7,9,2,1.9,8.4,8.0500000000000007,null,null,null,null,null,null,1,"Victoria",73,0.5,17,2,1]
[null,"Feed Intake",null,"I = (1.185 +(0.00454 x W) - (0.0000026 x (W)^2) + ((0.315 x LWG)))^2 x MR + MI",null,null,null,null,null,null,null,null,"3A.1a_1",null,null,"FPCM (kg per annum based on IDF equation)",null,{"$f":"R229","v":3179301.0000000005},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,"Tasmania",86.5,8.4,2.4,0.8,2,6.9,null,null,null,null,null,null,2,"New.South.Wales",76,0.5,18,2,1]
[null,null,"Annual",{"$f":"(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*D20)))^2*1.1+D246","v":17.318432000040413},{"$f":"(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*E20)))^2*1+E246","v":7.1609759999999989},{"$f":"(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*F20)))^2*1+F246","v":4.1127840000000004},{"$f":"(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*G20)))^2*1+G246","v":8.8387289999999989},{"$f":"(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*H20)))^2*1+H246","v":5.3084159999999994},null,null,{"$f":"(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*I20)))^2*1+K246","v":1.4042250000000001},"kg DM/head/day",null,null,null,"Meat production",null,"Cull cows","Heifers < 1","Heifers > 1","Bulls","Other stock < 1","Other stock > 1",null,null,null,null,null,"Other stock > 1 feedlot",null,null,{"$f":"IF(G115>0,\"Yes\",\"No\")","v":"No"},null,4,"Queensland",78.7,7.3,3.3,2.4,8.4,7.99,null,null,null,null,null,null,3,"Tasmania",69,0.1,13,2,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cull cows",null,{"$f":"IF(AND(D22>0,D24=\"\"),(D22*D18),(D22*D24))","v":63250},4250,0,2400,40000,0,null,null,null,null,null,null,null,null,null,null,5,"South.Australia",80.5,10.4,1.4,0.8,6.9,2.5499999999999998,null,null,null,null,null,null,4,"Queensland",78,0.5,24,2,1]
[null,"Additional intake for milk production",null,"MI = MP x 1.03 x NE / k / qm / 18.4",null,null,null,null,null,null,null,null,null,null,null,"Total meat",null,{"$f":"SUM(R243:W243)","v":109900},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"Western.Australia",79.900000000000006,10,1.9,0.9,7.4,8.6,null,null,null,null,null,null,5,"South.Australia",74,0.5,17,2,1]
[null,null,null,"MP x 1.03 (convert litres to kg milk) x 3.054 (MJ net energy/kg milk) / 0.6 / (0.00795 x DMD - 0.0014) / 18.4",null,null,null,null,null,null,null,null,"3A.1a_2",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"Western.Australia",76,0.5,18,2,1]
[null,null,"Annual",{"$f":"(R231*1.03*D35/365)*3.054/0.6/((0.00795*F44)-0.0014)/18.4","v":8.663604500040412},{"$f":"0*3.054/0.6/(0.00795*$R$247-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*$R$247-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*$R$247-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*$R$247-0.0014)/18.4","v":0},null,null,{"$f":"0*3.054/0.6/(0.00795*$R$247-0.0014)/18.4","v":0},"kg DM/head/day"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other livestock DMD",null,{"$f":"IF(FeedFedOtherStockDigestibilityPercent=\"\",75,FeedFedOtherStockDigestibilityPercent)","v":75},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default fractions: milkers",{"$f":"C221","v":"Victoria"},{"$f":"VLOOKUP($D$12,$AI$239:$AQ$245,2,FALSE)","v":83.9},{"$f":"VLOOKUP($D$12,$AI$239:$AQ$245,3,FALSE)","v":10.8},{"$f":"VLOOKUP($D$12,$AI$239:$AQ$245,4,FALSE)","v":0.9},{"$f":"VLOOKUP($D$12,$AI$239:$AQ$245,5,FALSE)","v":0.2},{"$f":"VLOOKUP($D$12,$AI$239:$AQ$245,6,FALSE)","v":4.2},{"$f":"VLOOKUP($D$12,$AI$239:$AO$244,7,FALSE)","v":8.92},null,null,null,null,null,null,"Selected",{"$f":"VLOOKUP($D$12,$AW$240:$BB$246,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$AW$240:$BB$245,2,FALSE)","v":73},{"$f":"VLOOKUP($D$12,$AW$240:$BB$246,3,FALSE)","v":0.5},{"$f":"VLOOKUP($D$12,$AW$240:$BB$246,4,FALSE)","v":17},{"$f":"VLOOKUP($D$12,$AW$240:$BB$246,5,FALSE)","v":2},{"$f":"VLOOKUP($D$12,$AW$240:$BB$246,6,FALSE)","v":1}]
[null,"Daily Methane Yield (M)",null,"M = 20.7 x I/1000",null,null,null,null,null,null,null,null,"3A.1a_3",null,null,"Other livestock CP",null,{"$f":"IF(FeedFedOtherStockProteinPercent=\"\",20,FeedFedOtherStockProteinPercent)","v":20},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"User defined: milkers",null,{"$f":"AU221*100","v":82.876712328767127},{"$f":"AU235*100","v":10.273972602739725},{"$f":"AU236*100","v":0},{"$f":"AU234*100","v":0},{"$f":"AU233*100","v":6.8493150684931505},{"$f":"BC249","v":8.4657534246575334}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for milkers",null,{"$f":"IF($AE$223=1,AJ247,AJ248)","v":83.9},10.8,0.9,0.2,4.2,8.92,null,null,null,null,null,null,"Milker MCF",null,{"$f":"AX247*AU235","v":7.5},{"$f":"AY247*AU236","v":0},{"$f":"AZ247*AU234","v":0},{"$f":"BA247*AU233","v":0.13698630136986301},{"$f":"BB247*AU221","v":0.82876712328767121},{"$f":"SUM(AX249:BB249)","v":8.4657534246575334}]
[null,null,"Annual",{"$f":"20.7*D242/1000","v":0.35849154240083653},{"$f":"20.7*E242/1000","v":0.14823220319999997},{"$f":"20.7*F242/1000","v":8.5134628800000001E-2},{"$f":"20.7*G242/1000","v":0.18296169029999995},{"$f":"20.7*H242/1000","v":0.10988421119999998},1.7600000000000001E-2,2.0400000000000001E-2,{"$f":"20.7*K242/1000","v":2.9067457500000001E-2},"kg CH4/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default other stock fractions",null,100,0,0,0,0,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"R2 User defined fraction",null,{"$f":"AX221*100","v":96.575342465753423},{"$f":"AX230*100","v":0},{"$f":"AX231*100","v":0},{"$f":"AX229*100","v":0},{"$f":"AX228*100","v":3.4246575342465753},{"$f":"BC252","v":1.0342465753424657},null,null,null,null,null,null,"Non-milkers MCF"]
[null,"Annual Australian methane production (Gg) for all classes of dairy cattle across all states",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"R1 User defined fraction",null,{"$f":"AY221*100","v":98.287671232876718},{"$f":"AY230*100","v":0},{"$f":"AY231*100","v":0},{"$f":"AY229*100","v":0},{"$f":"AY228*100","v":1.7123287671232876},{"$f":"BC253","v":1.0171232876712328},null,null,null,null,null,null,"R2s",null,{"$f":"AX230*$AX247","v":0},{"$f":"AX231*AY247","v":0},{"$f":"AX229*AZ247","v":0},{"$f":"AX228*BA247","v":6.8493150684931503E-2},{"$f":"AX221*BB247","v":0.96575342465753422},{"$f":"SUM(AX252:BB252)","v":1.0342465753424657}]
[null,null,null,"E =(365 x N x M) x 10^-6 for > 1, (281 x N x M) x 10^-6 for weaned 0-1 years and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3A.1a_4",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Bulls User defined fraction",null,{"$f":"AZ221*100","v":100},{"$f":"AZ230*100","v":0},{"$f":"AZ231*100","v":0},{"$f":"AZ229*100","v":0},{"$f":"AZ228*100","v":0},{"$f":"BC254","v":1},null,null,null,null,null,null,"R1s",null,{"$f":"AY230*AX247","v":0},{"$f":"AY231*AY247","v":0},{"$f":"AY229*AZ247","v":0},{"$f":"AY228*BA247","v":3.4246575342465752E-2},{"$f":"AY221*BB247","v":0.98287671232876717},{"$f":"SUM(AX253:BB253)","v":1.0171232876712328}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock < 1 defined fraction",null,{"$f":"BA221*100","v":98.287671232876718},{"$f":"BA230*100","v":0},{"$f":"BA231*100","v":0},{"$f":"BA229*100","v":0},{"$f":"BA228*100","v":1.7123287671232876},{"$f":"BC255","v":1.0171232876712328},null,null,null,null,null,null,"Bulls",null,{"$f":"AZ230*AX247","v":0},{"$f":"AZ231*AY247","v":0},{"$f":"AZ229*AZ247","v":0},{"$f":"AZ228*BA247","v":0},{"$f":"AZ221*BB247","v":1},{"$f":"SUM(AX254:BB254)","v":1}]
[null,null,"Annual",{"$f":"(365*D16*D250)*10^-6","v":5.8882235839337396E-2},{"$f":"(365*E16*E250)*10^-6","v":6.4925705001599989E-3},{"$f":"(281*F16*F250)*10^-6","v":2.9903538366000001E-3},{"$f":"(365*G16*G250)*10^-6","v":5.3424813567599981E-4},{"$f":"(281*H16*H250)*10^-6","v":3.0877463347199993E-3},{"$f":"(84*F16*I250)*10^-6","v":1.8479999999999999E-4},{"$f":"(84*H16*J250)*10^-6","v":1.7136000000000001E-4},{"$f":"(365*I16*K250)*10^-6","v":0},"Gg CH4/farm/annum",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock > 1 defined fraction",null,{"$f":"BB221*100","v":100},{"$f":"BB230*100","v":0},{"$f":"BB231*100","v":0},{"$f":"BB229*100","v":0},{"$f":"BB228*100","v":0},{"$f":"BC256","v":1},"No. head for weighted average",null,null,null,null,null,"Other stock < 1",null,{"$f":"BA230*AX247","v":0},{"$f":"BA231*AY247","v":0},{"$f":"BA229*AZ247","v":0},{"$f":"BA228*BA247","v":3.4246575342465752E-2},{"$f":"BA221*BB247","v":0.98287671232876717},{"$f":"SUM(AX255:BB255)","v":1.0171232876712328}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"New IDF (2022)-aligned method of estimating milk and meat allocations and emissions intensities",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for R2s",null,{"$f":"IF($AE$223=1,AJ250,AJ251)","v":100},{"$f":"IF($AE$223=1,AK250,AK251)","v":0},0,0,0,1,{"$f":"Rising2HeiferNumber","v":120},null,null,null,null,null,"Other stock > 1",null,{"$f":"BB230*AX247","v":0},{"$f":"BB231*AY247","v":0},{"$f":"BB229*AZ247","v":0},{"$f":"BB228*BA247","v":0},{"$f":"BB221*BB247","v":1},{"$f":"SUM(AX256:BB256)","v":1}]
[null,"Grand Total",{"$f":"SUM(D255:K255)","v":7.2343314646493392E-2},null,null,null,null,{"$f":"H255","v":3.0877463347199993E-3},null,{"$f":"J255","v":1.7136000000000001E-4},null,"Gg CH4/year/farm",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for R1s",null,{"$f":"IF($AE$223=1,AJ250,AJ252)","v":100},{"$f":"IF($AE$223=1,AK250,AK252)","v":0},0,0,0,1,{"$f":"Rising1HeiferNumber","v":125}]
[null,"Grand Total ",{"$f":"C257*'Emission factors'!$C$4","v":2.0256128101018152},null,null,null,null,{"$f":"H257*'Emission factors'!$C$4","v":8.6456897372159974E-2},null,{"$f":"J257*'Emission factors'!$C$4","v":4.7980800000000006E-3},null,"Gg CO2-e/year/farm",null,null,null,"Liveweight Cull Cows (inc bulls)",{"$f":"D22*D24+BullSalesNumber*BullSalesLiveweight","v":65650},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for bulls",null,{"$f":"IF($AE$223=1,AJ250,AJ253)","v":100},{"$f":"IF($AE$223=1,AK250,AK253)","v":0},0,0,0,1,{"$f":"BullNumber","v":8}]
[null,"Grand Total ",{"$f":"C258*10^3","v":2025.6128101018151},null,null,null,null,{"$f":"H258*10^3","v":86.456897372159972},null,{"$f":"J258*10^3","v":4.7980800000000006},{"$f":"J259+H259","v":91.254977372159971},"t CO2-e/year/farm",null,null,null,"Liveweight Calves at Birth",{"$f":"IF(H223=1,J22*J24,0)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock < 1",null,{"$f":"IF($AE$223=1,AJ250,AJ254)","v":100},0,0,0,0,1,{"$f":"OtherLivestockNumber","v":100}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Liveweight Calves Weaned",{"$f":"IF(H223=2,J22*J24,0)","v":22575},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock > 1",null,{"$f":"IF($AE$223=1,AJ250,AJ255)","v":100},{"$f":"IF($AE$223=1,AK250,AK255)","v":0},0,0,0,1,{"$f":"OtherLivestockNotImportedNumber","v":0}]
[null,"Methane from waste",null,{"$f":"D239","v":"Milking cows"},"Heifers > 1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age ","Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)","Units","Inventory reference",null,null,"Liveweight Fattened Dairy Livestock",{"$f":"SUMPRODUCT(E22:F22,E24:F24)","v":4250},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Weighted average",null,{"$f":"SUMPRODUCT(AJ256:AJ260,$AP$256:$AP$260)/SUM($AP$256:$AP$260)","v":100},0,0,0,0,1]
[null,"Ash content (A)",0.08,null,null,null,null,null,null,null,null,"fraction",null,null,null,"Liveweight Fattened Other Livestock",{"$f":"SUMPRODUCT(H22:I22,H24:I24)","v":40000}]
[null,"Emission potential (Bo)",0.24,null,null,null,null,null,null,null,null,"m3 CH4/kg VS",null,null,null,"Total Liveweight Sold",{"$f":"SUM(Q258:Q262)","v":132475}]
[null,"Density of methane (r)",0.6784,null,null,null,null,null,null,null,null,"kg/m3"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Factor","Dairy","% of Dairy Meat","All Meat","% of All Meat"]
[null,"Volatile solids (VS) ","VS = (I x (1 - DMD) + (0.04 x I)) x (1 - A)",null,null,null,null,null,null,null,null,null,"3B.1a_1",null,null,"Energy Demand Cull Cows",15,{"$f":"Q258*Q266","v":984750},{"$f":"R266/$R$271","v":0.71873004287929931},{"$f":"Q258*Q266","v":984750},{"$f":"T266/$T$271","v":0.54402320281748495}]
[null,null,"Annual",{"$f":"(D242*(1-(F44/100))+(0.04*D242))*(1-$C$262)","v":4.5034035587869798},{"$f":"(E242*(1-($R$247/100))+(0.04*E242))*(1-$C$262)","v":1.9105483967999999},{"$f":"(F242*(1-($R$247/100))+(0.04*F242))*(1-$C$262)","v":1.0972907712000002},{"$f":"(G242*(1-($R$247/100))+(0.04*G242))*(1-$C$262)","v":2.3581728971999998},{"$f":"(H242*(1-($R$247/100))+(0.04*H242))*(1-$C$262)","v":1.4162853888},0.26850000000000002,0.30030000000000001,{"$f":"(K242*(1-($R$247/100))+(0.04*K242))*(1-$C$262)","v":0.37464723000000005},"kg/head/day",null,null,null,"Energy Demand Calves at Birth",27.5,{"$f":"Q259*Q267","v":0},{"$f":"R267/$R$271","v":0},{"$f":"Q259*Q267","v":0},{"$f":"T267/$T$271","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Calves Weaned",15,{"$f":"Q260*Q268","v":338625},{"$f":"R268/$R$271","v":0.24714898275704772},{"$f":"Q260*Q268","v":338625},{"$f":"T268/$T$271","v":0.18707271597265382}]
[null,"Methane production from manure","M = VS x Bo x MCF x r ",null,null,null,null,null,null,null,null,null,"3B.1a_2",null,null,"Energy Demand Fattened Dairy Livestock",11,{"$f":"Q261*Q269","v":46750},{"$f":"R269/$R$271","v":3.4120974363652953E-2},{"$f":"Q261*Q269","v":46750},{"$f":"T269/$T$271","v":2.582694565292452E-2}]
[null,null,"MCF = Integrated methane conversion factor - based on the proportion of different manure management regimes",null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Fattened Other Livestock",11,null,{"$f":"R270/$R$271","v":0},{"$f":"Q262*Q270","v":440000},{"$f":"T270/$T$271","v":0.24307713555693666}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Energy Demand Meat",null,{"$f":"SUM(R266:R270)","v":1370125},{"$f":"SUM(S266:S270)","v":0.99999999999999989},{"$f":"SUM(T266:T270)","v":1810125},{"$f":"SUM(U266:U270)","v":1}]
[]
[null,null,"Methane for each manure management system and MCF associated, for each class of cattle separately",null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Milk",3.1,{"$f":"R241*Q273","v":9855833.1000000015},null,{"$f":"R273","v":9855833.1000000015}]
[]
[null,null,"Annual",{"$f":"D267*$C$263*$C$264*AO249%","v":6.5403772921409517E-2},{"$f":"E267*$C$263*$C$264*AO256%","v":3.110678477733888E-3},{"$f":"F267*$C$263*$C$264*AO257%","v":1.7865649420369925E-3},{"$f":"G267*$C$263*$C$264*AO258%","v":3.8394827843051512E-3},{"$f":"H267*$C$263*$C$264*AO259%","v":2.3059392186286077E-3},{"$f":"I267*$C$263*$C$264*AO257%","v":4.3716095999999998E-4},{"$f":"J267*$C$263*$C$264*AO259%","v":4.8893644799999998E-4},{"$f":"K267*$C$263*$C$264*AO260%","v":6.0998563399680011E-4},"kg CH4/head/day",null,null,null,"Total Energy Demand",null,{"$f":"R273+R271","v":11225958.100000001},null,{"$f":"T273+T271","v":11665958.100000001}]
[]
[null,"The annual methane production (Gg) from the manure of dairy cattle",null,null,null,null,null,null,null,null,null,null,null,null,null,"% Milk of Energy",null,{"$f":"R273/R275","v":0.87795028381586426},null,{"$f":"T273/T275","v":0.84483700485774937}]
[null,null,"Total = (365 x N x M) x 10^-6 for > 1 yr olds, (281 x N x M) x 10^-6 for 0 to 1 yr olds and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,null,"3B.1a_3"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milk only C02 (Electricity + Pre-farmgate milk platform feed + purchased females)",{"$f":"K136+K137+D583+AG269","v":273.25}]
[null,null,"Annual",{"$f":"(365*D16*D275)*10^-6","v":1.0742569702341512E-2},{"$f":"(365*E16*E275)*10^-6","v":1.3624771732474429E-4},{"$f":"(281*F16*F275)*10^-6","v":6.2753093589049366E-5},{"$f":"(365*G16*G275)*10^-6","v":1.1211289730171041E-5},{"$f":"(281*H16*H275)*10^-6","v":6.4796892043463884E-5},{"$f":"(84*F16*I275)*10^-6","v":4.5901900800000001E-6},{"$f":"(84*H16*J275)*10^-6","v":4.1070661631999999E-6},{"$f":"(365*I16*K275)*10^-6","v":0},"Gg CH4/farm/annum",null,null,null,"Meat only CO2 (Other Livestock + purchased bulls and other stock (mainly steers but could be heifers))",{"$f":"H145+I145+AI269","v":105.97591070923193}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Dairy Livestock CO2 (Dairy Livestock)",{"$f":"D145+E145+F145+G145","v":2507.9432375456945}]
[null,"Grand total",{"$f":"SUM(D280:K280)","v":1.1026275951272141E-2},null,null,null,null,null,null,null,null,"Gg CH4/farm/year",null,null,null,"General Farm CO2 (Fertiliser + Fuel + Support block supp feed - Trees)",{"$f":"SUM(K134:K135)+SUM(K138:K140)+K143+E583+K148","v":652.44928640441697}]
[null,"Grand total",{"$f":"C282*'Emission factors'!$C$4","v":0.30873572663561993},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year",null,null,null,"Total Farm CO2",{"$f":"SUM(Q279:Q282)","v":3539.6184346593432}]
[null,"Grand total",{"$f":"C283*10^3","v":308.73572663561993},null,null,null,null,null,null,null,null,"t CO2-e/farm/year",null,null,null,null,null,null,"Calculated from spreadsheet data"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total milk CO2 allocated emissions",{"$f":"Q279+Q281*R277+Q282*T277","v":3026.3127781448038},null,{"$f":"Q285*1000/R241","v":0.95187991893337665},"kg CO2 / kg FPCM"]
[null,"Faecal nitrous oxide calculation","Seasons",{"$f":"D261","v":"Milking cows"},{"$f":"E261","v":"Heifers > 1 yr age"},"Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age ","Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)","Units","Inventory reference",null,null,"Total meat CO2 allocated emissions",{"$f":"Q280+Q281*(1-R277)+Q282*(1-T277)","v":513.30565651453992},null,{"$f":"Q285*1000/R227","v":13.450279013976905},"kg CO2 / kg MS"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Q286*1000/Q263","v":3.874736037097867},"kg CO2 / kg LW"]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP",null,null,null,null,null,null,null,null,"3B.1a_4",null,null,"% of total CO2 allocated to milk ",{"$f":"Q285/Q283","v":0.85498277116868371}]
[null,null,"Annual",{"$f":"D242*H44%","v":3.2268313741251773},{"$f":"E242*$R$248%","v":1.4321951999999998},{"$f":"F242*$R$248%","v":0.82255680000000009},{"$f":"G242*R248%","v":1.7677457999999999},{"$f":"H242*R248%","v":1.0616831999999998},null,null,{"$f":"K242*R248%","v":0.28084500000000001},"kg/head/day",null,null,null,"% of total CO2 allocated to meat",{"$f":"Q286/Q283","v":0.1450172288313164}]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25",null,null,null,null,null,null,null,null,"3B.1a_6",null,null,"Meat Allocation Detail","kg LW sold",null,"tonnes of CO2","% of Meat","% of CO2","kg CO2 / kg LW"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 ",null,null,null,null,null,null,null,null,null,null,null,"Cull Cows/bulls",{"$f":"Q258","v":65650},null,{"$f":"$Q$281*(1-$R$277)*S266+Q$282*(1-$T$277)*U266","v":275.07350654893844},{"$f":"S292/$S$297","v":0.5358863730759349},{"$f":"T292*$Q$289","v":7.7712756791937038E-2},{"$f":"S292*1000/Q292","v":4.1900000997553457}]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen",null,null,null,null,null,null,null,null,null,null,null,"Calves at Birth",0,null,{"$f":"$Q$281*(1-$R$277)*S267+Q$282*(1-$T$277)*U267","v":0},{"$f":"S293/$S$297","v":0},{"$f":"T293*$Q$289","v":0},{"$error":"#DIV/0!"}]
[null,null,"Annual",{"$f":"(0.3*((D289*(1-((F44+10)/100))))+(0.105*((0.1604*F44-1.037)*D242*0.008))+(0.0152*D242))/6.25","v":9.007452710366684E-2},{"$f":"(0.3*((E289*(1-(($R$247+10)/100))))+(0.105*((0.1604*D46-1.037)*E242*0.008))+(0.0152*E242))/6.25","v":3.8307348944179198E-2},{"$f":"(0.3*((F289*(1-(($R$247+10)/100))))+(0.105*((0.1604*D46-1.037)*F242*0.008))+(0.0152*F242))/6.25","v":2.2001170206412804E-2},{"$f":"(0.3*((G289*(1-(($R$247+10)/100))))+(0.105*((0.1604*D46-1.037)*G242*0.008))+(0.0152*G242))/6.25","v":4.7282420165356796E-2},{"$f":"(0.3*((H289*(1-(($R$247+10)/100))))+(0.105*((0.1604*D46-1.037)*H242*0.008))+(0.0152*H242))/6.25","v":2.8397154808627194E-2},5.4999999999999997E-3,5.0000000000000001E-3,{"$f":"(0.3*((K289*(1-(($R$247+10)/100))))+(0.105*((0.1604*D46-1.037)*K242*0.008))+(0.0152*K242))/6.25","v":7.5118443451200004E-3},"kg/head/day",null,null,null,"Calves Weaned",22575,null,{"$f":"$Q$281*(1-$R$277)*S268+Q$282*(1-$T$277)*U268","v":94.589252251976944},{"$f":"S294/$S$297","v":0.18427471244766538},{"$f":"T294*$Q$289","v":2.6723008142848122E-2},4.1900000997553466]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Fattened Dairy Livestock",4250,null,{"$f":"$Q$281*(1-$R$277)*S269+Q$282*(1-$T$277)*U269","v":13.058833644237495},{"$f":"S295/$S$297","v":2.5440657975425194E-2},{"$f":"T295*$Q$289","v":3.6893337192414901E-3},3.0726667398205869]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP x 1.03/6.38) + {0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)} /6.25",null,null,null,null,null,null,null,null,"3B.1a_5",null,null,"Fattened Other Livestock",40000,null,{"$f":"Q280+Q282*(1-T277)*U270","v":130.58406406938701},{"$f":"S296/$S$297","v":0.25439825650097447},{"$f":"T296*$Q$289","v":3.6892130177289741E-2},3.2646016017346753]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Meat",132475,null,{"$f":"SUM(S292:S296)","v":513.30565651453992},{"$f":"SUM(T292:T296)","v":0.99999999999999989},{"$f":"SUM(U292:U296)","v":0.14501722883131637},3.874736037097867]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)",null,null,null,null,null,null,null,null,null,"Table 5.A.3"]
[null,null,null,"Milking Cows","Heifers >1","Heifers <1","Mature bulls","Dairy Bulls <1","Dairy Bulls >1"]
[null,1,"Victoria",590,590,590,770,770,770]
[null,2,"New.South.Wales",590,590,590,770,770,770]
[null,3,"Tasmania",590,590,590,770,770,770]
[null,4,"Queensland",590,590,590,770,770,770]
[null,5,"South.Australia",590,590,590,770,770,770]
[null,6,"Western.Australia",590,590,590,770,770,770]
[null,7,"Northern.Territory",590,590,590,770,770,770]
[null,"Selected",{"$f":"VLOOKUP($D$12,$C$300:$I$306,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$C$300:$I$306,2,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$300:$I$306,3,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$300:$I$306,4,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$300:$I$306,5,FALSE)","v":770},{"$f":"VLOOKUP($D$12,$C$300:$I$306,6,FALSE)","v":770},{"$f":"VLOOKUP($D$12,$C$300:$I$306,7,FALSE)","v":770}]
[null,null,"Z",{"$f":"IF(D307>0,D18/D307,0)","v":0.84745762711864403},0.59322033898305082,0.25423728813559321,0.77922077922077926,0.25974025974025972,0]
[]
[null,"L intake relative that that needed for maintenance",null,{"$f":"D242/(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2","v":2.2011155277265146},{"$f":"E242/(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*0)))^2","v":1.1876605782065544},{"$f":"F242/(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*0)))^2","v":1.2588653776622303},{"$f":"G242/(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*0)))^2","v":1},{"$f":"H242/(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*0)))^2","v":1.3418234679879608},{"$f":"K242/(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*0)))^2","v":1}]
[]
[null,"Nitrogen retained (NR) by the body","Annual",{"$f":"((0.032*(R231*1.03*D35/365)/6.38)+((0.212-0.008*(D310-2)-((0.14-0.008*(D310-2))/(1+EXP(-6*(D$308-0.4)))))*(D20*0.92))/6.25)","v":9.4358798184967313E-2},{"$f":"((0.032*0)+((0.212-0.008*(E310-2)-((0.14-0.008*(E310-2))/(1+EXP(-6*(E$308-0.4)))))*(E20*0.92))/6.25)","v":1.102347690796146E-2},{"$f":"((0.032*0)+((0.212-0.008*(F310-2)-((0.14-0.008*(F310-2))/(1+EXP(-6*(F$308-0.4)))))*(F20*0.92))/6.25)","v":1.8030116065935624E-2},{"$f":"((0.032*0)+((0.212-0.008*(G310-2)-((0.14-0.008*(G310-2))/(1+EXP(-6*(G$308-0.4)))))*(G20*0.92))/6.25)","v":0},{"$f":"((0.032*0)+((0.212-0.008*(H310-2)-((0.14-0.008*(H310-2))/(1+EXP(-6*(H$308-0.4)))))*(H20*0.92))/6.25)","v":2.5540745990623968E-2},{"$f":"((0.032*0)+((0.212-0.008*(I310-2)-((0.14-0.008*(I310-2))/(1+EXP(-6*(I$308-0.4)))))*(I20*0.92))/6.25)","v":0},null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4 x W^0.75) / 6.25]",null,null,null,null,null,null,null,null,"3B.1a_7"]
[null,null,"Annual",{"$f":"(D289/6.25)-D312-D294-((1.1*10^-4*D18^0.75)/6.25)","v":0.32999872114773893},{"$f":"(E289/6.25)-E312-E294-((1.1*10^-4*E18^0.75)/6.25)","v":0.17839623002243715},{"$f":"(F289/6.25)-F312-F294-((1.1*10^-4*F18^0.75)/6.25)","v":9.0823437454211092E-2},{"$f":"(G289/6.25)-G312-G294-((1.1*10^-4*G18^0.75)/6.25)","v":0.23342324346170468},{"$f":"(H289/6.25)-H312-H294-((1.1*10^-4*H18^0.75)/6.25)","v":0.11499539112288647},8.2000000000000007E-3,4.1999999999999997E-3,{"$f":"(K289/6.25)-I312-K294-((1.1*10^-4*I18^0.75)/6.25)","v":3.7423355654880003E-2},"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6 for > 1 yr olds, (281 x N X F) x 10^-6 for 0 to 1 yr olds and (84 x N x F) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8a"]
[]
[null,null,"Annual",{"$f":"(365*D16*D294)*10^-6","v":1.4794741076777277E-2},{"$f":"(365*E16*E294)*10^-6","v":1.6778618837550489E-3},{"$f":"(281*F16*F294)*10^-6","v":7.7279110350024971E-4},{"$f":"(365*G16*G294)*10^-6","v":1.3806466688284183E-4},{"$f":"(281*H16*H294)*10^-6","v":7.9796005012242413E-4},{"$f":"(84*F16*I294)*10^-6","v":5.7749999999999994E-5},{"$f":"(84*H16*J294)*10^-6","v":4.1999999999999998E-5},{"$f":"(365*I16*K294)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6 for > 1 yr olds, (281 x N X U) x 10^-6 for 0 to 1 yr olds and (84 x N x U) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8b"]
[]
[null,null,"Annual",{"$f":"(365*D16*D315)*10^-6","v":5.4202289948516114E-2},{"$f":"(365*E16*E315)*10^-6","v":7.8137548749827469E-3},{"$f":"(281*F16*F315)*10^-6","v":3.1901732405791644E-3},{"$f":"(365*G16*G315)*10^-6","v":6.8159587090817762E-4},{"$f":"(281*H16*H315)*10^-6","v":3.2313704905531098E-3},{"$f":"(84*F16*I315)*10^-6","v":8.6100000000000006E-5},{"$f":"(84*H16*J315)*10^-6","v":3.5280000000000001E-5},{"$f":"(365*I16*K315)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen in the different manure management systems",null,"FNMMS = (AF x MMS) +(AU x MMS)"]
[]
[null,"Sum of faecal and urine N (AF and AU only)","Annual",{"$f":"(D319+D323)","v":6.8997031025293393E-2},{"$f":"(E319+E323)","v":9.4916167587377961E-3},3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,7.7279999999999992E-5,0,"Gg N/farm/annum"]
[]
[null,"Manure Management Systems (MMS)-these are done",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,null,null,null,null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"D$327*IF($AE$223=1,$C$91%,$C$122%)","v":7.4516793507316869E-3},{"$f":"E$327*IF($AE$223=1,$C$92%,AK256%)","v":0},{"$f":"F$327*IF($AE$223=1,$C$92%,AK257%)","v":0},{"$f":"G$327*IF($AE$223=1,$C$92%,AK258%)","v":0},{"$f":"H$327*IF($AE$223=1,$C$92%,AK259%)","v":0},{"$f":"$I$327*IF($AE$223=\"YES\",$C$92%,AK257%)","v":0},{"$f":"$J$327*IF($AE$223=\"YES\",$C$92%,AK259%)","v":0},{"$f":"$K$327*IF($AE$223=\"YES\",$C$92%,AK260%)","v":0},0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"D$327*IF($AE$223=1,$D$91%,$D$122%)","v":6.2097327922764061E-4},{"$f":"E$327*IF($AE$223=1,$D$92%,AL256%)","v":0},{"$f":"F$327*IF($AE$223=1,$D$92%,AL257%)","v":0},{"$f":"G$327*IF($AE$223=1,$D$92%,AL258%)","v":0},{"$f":"H$327*IF($AE$223=1,$D$92%,AL259%)","v":0},{"$f":"$I$327*IF($AE$223=\"YES\",$D$92%,AL257%)","v":0},{"$f":"$J$327*IF($AE$223=\"YES\",$D$92%,AL259%)","v":0},{"$f":"$K$327*IF($AE$223=\"YES\",$D$92%,AL260%)","v":0},0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"D$327*IF($AE$223=1,$E$91%,$E$122%)","v":1.3799406205058679E-4},{"$f":"E$327*IF($AE$223=1,$E$92%,AM256%)","v":0},{"$f":"F$327*IF($AE$223=1,$E$92%,AM257%)","v":0},{"$f":"G$327*IF($AE$223=1,$E$92%,AM258%)","v":0},{"$f":"H$327*IF($AE$223=1,$E$92%,AM259%)","v":0},{"$f":"$I$327*IF($AE$223=\"YES\",$E$92%,AM257%)","v":0},{"$f":"$J$327*IF($AE$223=\"YES\",$E$92%,AM259%)","v":0},{"$f":"$K$327*IF($AE$223=\"YES\",$E$92%,AM260%)","v":0},0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"D$327*IF($AE$223=1,$F$91%,$F$122%)","v":2.8978753030623225E-3},{"$f":"E$327*IF($AE$223=1,$F$92%,AN256%)","v":0},{"$f":"F$327*IF($AE$223=1,$F$92%,AN257%)","v":0},{"$f":"G$327*IF($AE$223=1,$F$92%,AN258%)","v":0},{"$f":"H$327*IF($AE$223=1,$F$92%,AN259%)","v":0},{"$f":"$I$327*IF($AE$223=\"YES\",$F$92%,AN257%)","v":0},{"$f":"$J$327*IF($AE$223=\"YES\",$F$92%,AN259%)","v":0},{"$f":"$K$327*IF($AE$223=\"YES\",$F$92%,AN260%)","v":0},5.0000000000000001E-3]
[]
[null,"MMS 14= Pasture range and paddock","Annual",{"$f":"D$327*IF($AE$223=1,$G$91%,$G$122%)","v":5.7888509030221164E-2},{"$f":"E$327*IF($AE$223=1,$G$92%,AJ256%)","v":9.4916167587377961E-3},{"$f":"F$327*IF($AE$223=1,$G$92%,AJ257%)","v":3.9629643440794136E-3},{"$f":"G$327*IF($AE$223=1,$G$92%,AJ258%)","v":8.1966053779101945E-4},{"$f":"H$327*IF($AE$223=1,$G$92%,AJ259%)","v":4.0293305406755341E-3},{"$f":"$I$327*IF($AE$223=\"YES\",$G$92%,AJ257%)","v":1.4385E-4},{"$f":"$J$327*IF($AE$223=\"YES\",$G$92%,A1259%)","v":0},{"$f":"$K$327*IF($AE$223=\"YES\",$G$92%,AJ260%)","v":0},0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D330,D332,D334,D336,D338)","v":6.8997031025293407E-2},9.4916167587377961E-3,3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,0,{"$f":"SUM(K330,K332,K334,K336,K338)","v":0},"Gg N/farm/annum","3B.1a_9a & 9b"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D330*$L$330)+(D332*$L$332)+(D334*$L$334)+(D336*$L$336))*44/28","v":2.2769020238346821E-5},{"$f":"((E330*$L$330)+(E332*$L$332)+(E334*$L$334)+(E336*$L$336))*44/28","v":0},{"$f":"((F330*$L$330)+(F332*$L$332)+(F334*$L$334)+(F336*$L$336))*44/28","v":0},0,0,0,0,{"$f":"((K330*$L$330)+(K332*$L$332)+(K334*$L$334)+(K336*$L$336))*44/28","v":0},"Gg N2O-Nkg/N excreted)","3B.1a_10c"]
[]
[null,"Indirect storage waste volatilised",null,"MNATMOS = (FN + UN) x FracGASM",null,null,null,null,null,null,null,"FracGASM (kg N2O-N/kg N excreted)"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Table 5.A.9"]
[null,"MMS 1 = Anaerobic lagoon",null,{"$f":"D330*$L$346","v":2.6080877727560903E-3},{"$f":"E330*$L$346","v":0},{"$f":"F330*$L$346","v":0},0,0,0,0,{"$f":"K330*$L$346","v":0},0.35]
[]
[null,"MMS 3a= Sump and dispersal",null,{"$f":"D332*$L$348","v":4.346812954593485E-5},0,0,0,0,{"$f":"I332*$L$348","v":0},0,{"$f":"K332*$L$348","v":0},7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock",null,{"$f":"D334*$L$350","v":2.7598812410117358E-5},0,0,0,0,0,0,{"$f":"K334*$L$350","v":0},0.2]
[]
[null,"MMS 4= Solid storage ",null,{"$f":"D336*$L$352","v":8.6936259091869672E-4},0,0,0,0,0,0,{"$f":"K336*$L$352","v":0},0.3]
[]
[null,"MMS 14= Pasture range and paddock",null,{"$f":"D338*$L$354","v":0},0,0,0,0,0,0,{"$f":"K338*$L$354","v":0},0,"3B.5a_1"]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,null,null,null,null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D346:D352)*$L$357*44/28","v":3.2899824733634492E-5},0,0,0,0,0,0,0,5.8999999999999999E-3,"3B.5a_2"]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D357:J357)*'Emission factors'!$C$5*10^3","v":8.7184535544131396},null,null,null,null,null,null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,null,null,null,null,null,"FracWET ","3B.5a_3"]
[null,null,null,null,null,null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D336*$L$362*$L$364","v":5.795750606124645E-5},0,0,0,0,{"$f":"I336*$L$362*$L$364","v":0},0,0,"FracLEACH"]
[null,null,null,null,null,null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,null,null,null,null,null,"EF"]
[null,null,null,{"$f":"D363*$L$366*44/28","v":1.00183689048726E-6},{"$f":"E363*$L$366*44/28","v":0},0,0,0,0,0,{"$f":"K363*$L$366*44/28","v":0},1.0999999999999999E-2,"3B.5a_4"]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D366:K366)*'Emission factors'!$C$5*10^3","v":0.2654867759791239},null,null,null,null,null,null,null,"t CO2e/annum"]
[]
[null,"Data Input",null,null,null,null,null,null,null,null,null,"Units","Inventory reference"]
[null,"N2O emissions from synthetic fertiliser"]
[null,"Mass of fertiliser applied (M)","M = TM x FN",null,null,null,null,null,null,null,null,null,"3D1_1"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FN = fraction of N applied to production system",null,null,null,null,null,null,null,null,null,"Appendix 6.H.1"]
[]
[null,"N Fertiliser Pastures",null,{"$f":"IF($V$224=\"1\",(($C$53*G53)*10^-6),((G53*10^-3)))","v":5.5E-2},null,null,null,null,null,null,null,"Gg N/annum"]
[null,"N Fertiliser Crops",null,{"$f":"IF($V$224=\"1\",($C$55*G55)*10^-6,(G55*10^-3))","v":0},null,null,null,null,null,null,null,"Gg N/annum"]
[]
[null,"Annual N2O emissions from the addition of synthetic fertiliser (E)","E = (M x EF x Cg)",null,null,null,null,null,null,null,null,"Gg N2O/annum","3D1_2"]
[null,null,"EF = Emission factor",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Table 5.23"]
[]
[null,"Production system","Emission factor",null,"N Fertiliser Pastures",null,{"$f":"D376*$C$383*44/28","v":5.0992857142857144E-4},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated pasture",5.8999999999999999E-3,null,"N Fertiliser crops",null,{"$f":"D377*$C$383*44/28","v":0},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated crop",8.5000000000000006E-3]
[null,"Non-irrigated pasture",2.0999999999999999E-3]
[null,"Non-irrigated crop",2E-3]
[null,"Sugar cane",1.9900000000000001E-2]
[null,"Cotton",5.4999999999999997E-3]
[null,"Horticulture",8.5000000000000006E-3]
[]
[]
[]
[]
[null,"Grand total from fertiliser application",{"$f":"SUM(G382:G383)","v":5.0992857142857144E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C394*'Emission factors'!$C$5","v":0.13513107142857142},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C395*10^3","v":135.13107142857143},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"N2O emissions from animal waste (manure) applied to soils"]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = (((AEMMS=1-13) - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13",null,null,null,null,null,null,null,null,null,"3DA_3"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[null,null,null,{"$f":"D14","v":"Milking cows"},{"$f":"E14","v":"Heifers > 1 yr age"},{"$f":"F14","v":"Heifers < 1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)"]
[null,"MN Soil for lagoon","Annum",{"$f":"(($D$327*IF($AE$223=1,C91%,C122%)*(1-$L$330-$L$346))-0)","v":4.8435915779755966E-3},{"$f":"(($E$327*IF($AE$223=1,$C$92%,$AX$230))*(1-$L$330-$L$346))-0","v":0},{"$f":"(($F$327*IF($AE$223=1,$C$92%,AY230))*(1-$L$330-$L$346))-0","v":0},{"$f":"(($G$327*IF($AE$223=1,$C$92%,AZ230))*(1-$L$330-$L$346))-0","v":0},{"$f":"(($H$327*IF($AE$223=1,$C$92%,BA230))*(1-$L$330-$L$346))-0","v":0},{"$f":"(($I$327*IF($AE$223=1,$C$92%,AY230))*(1-$L$330-$L$346))-0","v":0},{"$f":"(($J$327*IF($AE$223=1,$C$92%,BA230))*(1-$L$330-$L$346))-0","v":0},{"$f":"(($K$327*IF($AE$223=1,$C$92%,BB230))*(1-$L$330-$L$346))-0","v":0}]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"(($D$327*IF($AE$223=1,D91%,D122%)*(1-$L$332-$L$348))-0)","v":5.7750514968170569E-4},{"$f":"(($E$327*IF($AE$223=1,$D$92%,$AX$231))*(1-$L$332-$L$348))-0","v":0},{"$f":"(($F$327*IF($AE$223=1,$D$92%,AY231))*(1-$L$332-$L$348))-0","v":0},{"$f":"(($G$327*IF($AE$223=1,$D$92%,AZ231))*(1-$L$332-$L$348))-0","v":0},{"$f":"(($H$327*IF($AE$223=1,$D$92%,BA231))*(1-$L$332-$L$348))-0","v":0},{"$f":"(($I$327*IF($AE$223=1,$D$92%,AY231))*(1-$L$332-$L$348))-0","v":0},{"$f":"(($J$327*IF($AE$223=1,$D$92%,BA231))*(1-$L$332-$L$348))-0","v":0},{"$f":"(($K$327*IF($AE$223=1,$D$92%,BB231))*(1-$L$332-$L$348))-0","v":0}]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"(($D$327*IF($AE$223=1,E91%,E122%)*(1-$L$334-$L$350))-0)","v":1.1039524964046943E-4},{"$f":"(($E$327*IF($AE$223=1,$E$92%,$AX$229))*(1-$L$334-$L$350))-0","v":0},{"$f":"(($F$327*IF($AE$223=1,$E$92%,AY229))*(1-$L$334-$L$350))-0","v":0},{"$f":"(($G$327*IF($AE$223=1,$E$92%,AZ229))*(1-$L$334-$L$350))-0","v":0},{"$f":"(($H$327*IF($AE$223=1,$E$92%,BA229))*(1-$L$334-$L$350))-0","v":0},{"$f":"(($I$327*IF($AE$223=1,$E$92%,AY229))*(1-$L$334-$L$350))-0","v":0},{"$f":"(($J$327*IF($AE$223=1,$E$92%,BA229))*(1-$L$334-$L$350))-0","v":0},{"$f":"(($K$327*IF($AE$223=1,$E$92%,BB229))*(1-$L$334-$L$350))-0","v":0}]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$327*IF($AE$223=1,F91%,F122%)*(1-$L$336-$L$352))-D363)","v":1.9560658295670681E-3},{"$f":"(($E$327*IF($AE$223=1,$F$92%,AX228)*(1-$L$336-$L$352))-E363)","v":0},{"$f":"(($F$327*IF($AE$223=1,$F$92%,AY228)*(1-$L$336-$L$352))-F363)","v":0},{"$f":"(($G$327*IF($AE$223=1,$F$92%,AZ228)*(1-$L$336-$L$352))-G363)","v":0},{"$f":"(($H$327*IF($AE$223=1,$F$92%,BA228)*(1-$L$336-$L$352))-H363)","v":0},{"$f":"(($I$327*IF($AE$223=1,$F$92%,AY228)*(1-$L$336-$L$352))-I363)","v":0},{"$f":"(($J$327*IF($AE$223=1,$F$92%,BA228)*(1-$L$336-$L$352))-J363)","v":0},{"$f":"(($K$327*IF($AE$223=1,$F$92%,BB228)*(1-$L$336-$L$352))-K363)","v":0}]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D406:D412)","v":7.4875578068648394E-3},{"$f":"SUM(E406:E412)","v":0},{"$f":"SUM(F406:F412)","v":0},0,0,{"$f":"SUM(I406:I412)","v":0},0,{"$f":"SUM(K406:K412)","v":0}]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg",null,null,null,null,null,null,null,null,null,"3DA_4"]
[null,null,"EF (manure) ",5.0299999999999997E-3]
[null,null,"Annum",{"$f":"D414*$D$417*44/28","v":5.9183796207690219E-5},{"$f":"E414*$D$417*44/28","v":0},{"$f":"F414*$D$417*44/28","v":0},{"$f":"G414*$D$417*44/28","v":0},0,0,0,{"$f":"K414*$D$417*44/28","v":0},"Gg N2O/farm/season"]
[]
[null,"Biological nitrogen fixation","M = P x R x DM x CC x NC",null,null,null,null,null,null,null,null,null,"4D1_5"]
[null,null,"M = mass of N fixed by crops and pastures",null,null,null,null,null,null,null,null,"Gg N","Not used currently"]
[null,null,"P = annual production of crop",null,null,null,null,null,null,null,null,"Gg"]
[null,null,"R = residue to crop ratio",null,null,null,null,null,null,null,null,"kg crop residue/kg crop"]
[null,null,"DM = dry matter content ",null,null,null,null,null,null,null,null,"kg dry weight/kg crop residue"]
[null,null,"CC = mass fraction of carbon in crop residue"]
[null,null,"NC = nitrogen to carbon ratio in crop residue"]
[]
[null,"Annual N2O production from N fixing crops","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_6"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[null,"The application of crop residues"]
[null,"The mass of N in crop residues returned to soils ","M = P x R x DM x CC x NC x (1- F - FFOD)",null,null,null,null,null,null,null,null,null,"4D1_7"]
[null,null,"M = mass of N in crop residues",null,null,null,null,null,null,null,null,null,"Not used currently"]
[null,null,"F = fraction of the crop that is burnt"]
[null,null,"FFOD = fraction of the crop that is removed"]
[]
[null,"Annual N2O production from crop residues ","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_8"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[]
[null,"Annual N2O production from cultivation of histosols","E = A x EF x Cg x 10^-6",null,null,null,null,null,null,null,null,"Gg N2O","4D1_9"]
[null,null,"A = area of cultivated histosols ",null,null,null,null,null,null,null,null,"ha","Not used currently"]
[null,null,"EF = 8",null,null,null,null,null,null,null,null,"kg N2O-N/ha"]
[]
[]
[]
[null,"Animal production"]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock",null,null,null,null,null,null,null,null,null,null,"3DA.3"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D319*IF($AE$223=1,$G$91%,$G$122%)","v":1.2412787763416137E-2},{"$f":"E319*IF($AE$223=1,$G$92%,$AX$221)","v":1.6778618837550489E-3},{"$f":"F319*IF($AE$223=1,$G$92%,$AY$221)","v":7.7279110350024971E-4},{"$f":"G319*IF($AE$223=1,$G$92%,$AZ$221)","v":1.3806466688284183E-4},{"$f":"H319*IF($AE$223=1,$G$92%,$BA$221)","v":7.9796005012242413E-4},{"$f":"I319*IF($AE$223=1,$G$92%,$AY$221)","v":5.7749999999999994E-5},{"$f":"J319*IF($AE$223=1,$G$92%,$BA$221)","v":4.1999999999999998E-5},{"$f":"K319*IF($AE$223=1,$G$92%,$BB$221)","v":0},"Gg N/farm/season"]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D323*IF($AE$223=1,$G$91%,$G$122%)","v":4.5475721266805026E-2},{"$f":"E323*IF($AE$223=1,$G$92%,$AX$221)","v":7.8137548749827469E-3},{"$f":"F323*IF($AE$223=1,$G$92%,$AY$221)","v":3.1901732405791644E-3},{"$f":"G323*IF($AE$223=1,$G$92%,$AZ$221)","v":6.8159587090817762E-4},{"$f":"H323*IF($AE$223=1,$G$92%,$BA$221)","v":3.2313704905531098E-3},{"$f":"I323*IF($AE$223=1,$G$92%,$AY$221)","v":8.6100000000000006E-5},{"$f":"J323*IF($AE$223=1,$G$92%,$BA$221)","v":3.5280000000000001E-5},{"$f":"K323*IF($AE$223=1,$G$92%,$BB$221)","v":0},"Gg N/farm/season"]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)",null,null,null,null,null,null,null,null,null,"3DA_6"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D453*$D$460*44/28)+(D457*$D$461*44/28)","v":3.6387062818996155E-4},{"$f":"(E453*$D$460*44/28)+(E457*$D$461*44/28)","v":5.9661591054923277E-5},{"$f":"(F453*$D$460*44/28)+(F457*$D$461*44/28)","v":2.4910061591356317E-5},5.152151951829265E-6,2.5327220541389072E-5,9.0420000000000017E-7,4.8576000000000003E-7,0,"Gg N2O/farm/season"]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D418+D463","v":4.2305442439765175E-4},5.9661591054923277E-5,2.4910061591356317E-5,5.152151951829265E-6,2.5327220541389072E-5,9.0420000000000017E-7,4.8576000000000003E-7,0,"Gg N2O/farm/season"]
[]
[null,"Grand total",{"$f":"SUM(D466:K466)","v":5.3949540953714982E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total",{"$f":"C468*'Emission factors'!$C$5","v":0.1429662835273447},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total",{"$f":"C469*10^3","v":142.9662835273447},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"Atmospheric nitrogen deposition","M = TM x FracGASF",null,null,null,null,null,null,null,null,null,"3DB_1"]
[null,null,"M = mass of synthetic fertiliser volatilised ",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracGASF ",0.11,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D376*D475","v":6.0499999999999998E-3},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D377*D475","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil",null,null,null,null,null,null,null,null,null,"3DB_2"]
[null,null,"FracGASM = ",0.21,null,null,null,null,null,null,null,null,"Table 6.31"]
[]
[null,"Animal waste","Annum",{"$f":"(D453+D457+D414)*D483","v":1.3728974035788061E-2},{"$f":"(E453+E457+E414)*$D$483","v":1.993239519334937E-3},8.3222251225667683E-4,1.7212871293611408E-4,8.4615941354186208E-4,3.0208500000000001E-5,1.6228799999999996E-5,0,"Gg N/farm/season"]
[]
[null,"The mass of savanna burning and field burning of agricultural residue NOx-N emissions that volatilise (M)","M = E / (46/14)",null,null,null,null,null,null,null,null,"Gg N","4D3_3"]
[null,null,"E = NOx emissions from savanna burning and field burning of agricultural residues",null,null,null,null,null,null,null,null,"Gg NOx","Not used currently"]
[null,null,"46/14 = factor to convert elemental mass of NOx to molecular mass"]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"3DB_4"]
[null,null,"M = mass of N volatilised from subset k",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF ",4.0000000000000001E-3,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D477*D493*44/28","v":3.8028571428571422E-5},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D478*D493*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D485*$D$493*44/28","v":8.6296408224953531E-5},1.2528934121533889E-5,5.2311129341848263E-6,1.0819519098841458E-6,5.3187163136917047E-6,1.8988200000000001E-7,1.0200959999999996E-7,{"$f":"K485*$D$493*44/28","v":0},"Gg N2O/farm/annum"]
[]
[null,"Total","Annum",{"$f":"SUM(D495:D496)+SUM(D500:K500)","v":1.4877758653281949E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[null,"Grand total",{"$f":"SUM(D502:D502)","v":1.4877758653281949E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from indirect ammonia losses",{"$f":"C504*'Emission factors'!$C$5","v":3.9426060431197167E-2},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[null,"Leaching of organic nitrogen and subsequent denitrification in rivers and estuaries"]
[null,"The mass of fertiliser N applied to soils that is lost through leaching and runoff (M)","M = M x FracWET x FracLEACH",null,null,null,null,null,null,null,null,null,"3DB_5"]
[null,null,"M = mass of fertiliser in each production system",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracWET =",1,null,null,null,null,null,null,null,null,"Appendix 5.J.1"]
[null,null,"FracLEACH = ",0.24,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D376*D510*D511","v":1.32E-2},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D377*D510*D511","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,null,null,null,null,null,"Gg N/farm/season","3DB_6"]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[]
[null,null,"Annum",{"$f":"SUM(D414,D457,D453)*$D$510*$D$511","v":1.5690256040900637E-2},{"$f":"SUM(E414,E457,E453)*$D$510*$D$511","v":2.277988022097071E-3},9.5111144257905927E-4,1.9671852906984465E-4,9.6703932976212814E-4,3.4523999999999997E-5,1.8547199999999998E-5,0,"Gg N/farm/season"]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"3DB_10"]
[null,null,"M = mass of N lost through leaching and runoff",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF",1.0999999999999999E-2,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D513*D527*44/28","v":2.2817142857142853E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D514*D527*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D523*$D$527*44/28","v":2.71217282992711E-4},{"$f":"E523*$D$527*44/28","v":3.9376650096249365E-5},1.6440640650295165E-5,3.4004202882073147E-6,1.6715965557316784E-5,5.9677199999999991E-7,3.2060159999999993E-7,0,"Gg N2O/farm/season"]
[]
[null,"Total","Annum",{"$f":"SUM(D529:D530)+SUM(D534:K534)","v":5.7623976175620823E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,"Grand total",{"$f":"SUM(D536:D536)","v":5.7623976175620823E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"C537*'Emission factors'!$C$5","v":0.15270353686539517},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[null,"Energy - Fuel and Electricity"]
[]
[null,null,null,"Scope 1 emission factor (kg CO2e/ GJ )",null,null,null,"Scope 3 emission factor (kg CO2e/GJ)",null,"Scope 1 emission factor (t CO2e/kL diesel)",null,null,null,null,"Scope 3 emissions (t CO2e/kL diesel)"]
[null,"Transport vehicles (post-2004)","Energy content factor (Gg/kL)","Total","CO2","CH4","N2O",null,null,"Total","CO2","CH4","N2O",null,"Total"]
[null,"Diesel ",38.6,{"$f":"SUM(E544:G544)","v":70.2},69.900000000000006,0.1,0.2,17.3,null,{"$f":"D544*$C544/1000","v":2.7097200000000004},{"$f":"C544*E544/1000","v":2.6981400000000004},{"$f":"F544*C544/1000","v":3.8600000000000001E-3},{"$f":"G544*C544/1000","v":7.7200000000000003E-3},null,{"$f":"C544*H544/1000","v":0.66778000000000004}]
[]
[null,"Fuel type ","Quantity (L/annum)","Quantity kL/year","Scope 1 emissions t CO2-e/annum",null,null,null,"Scope 3 emissions t CO2-e/annum",null,null,"Total emissions t CO2-e/annum (Scope 1 and 3)"]
[null,null,null,null,"CO2","CH4","N2O","Total ",null,"Total "]
[null,"Diesel",{"$f":"G65+G67","v":15000},{"$f":"C548/1000","v":15},{"$f":"$D$548*K544","v":40.472100000000005},{"$f":"$D$548*L544","v":5.79E-2},{"$f":"$D$548*M544","v":0.1158},{"$f":"SUM(E548:G548)","v":40.645800000000001},null,{"$f":"$D$548*O544","v":10.0167},null,{"$f":"H548+J548","v":50.662500000000001}]
[null,"Total",null,null,{"$f":"SUM(E548:E548)","v":40.472100000000005},{"$f":"SUM(F548:F548)","v":5.79E-2},{"$f":"SUM(G548:G548)","v":0.1158},{"$f":"SUM(H548:H548)","v":40.645800000000001},null,{"$f":"SUM(J548:J548)","v":10.0167},null,{"$f":"SUM(L548:L548)","v":50.662500000000001}]
[]
[]
[null,null,"Quantity (kWh/annum)",null,"Option","Selected"]
[null,"Electricity consumption",{"$f":"C65","v":175000},"Source","State Grid",{"$f":"C67","v":"State Grid"},null,"If from the grid but not all renewable, % that is ",null,{"$f":"C69","v":10}]
[null,null,null,null,"100% renewable"]
[null,null,null,null,null,null,null,"Scope 2 emission factor (kg CO2e-kWh)",null,{"$f":"IF(F553=\"State Grid\",(C566*(1-J553%)),0)","v":0.69300000000000006}]
[]
[null,null,null,null,null,null,null,"Scope 2 emissions (t CO2e/annum)",null,{"$f":"J555*C553/1000","v":121.27500000000002}]
[null,"State","Scope 2 emission factor (kg CO2e/kWh)","Scope 3 emission factor (kg CO2e/kWh)"]
[1,"Victoria",0.77,0.09,null,null,null,"Scope 3 emission factor (kg CO2e-kWh)",null,{"$f":"IF(F553=\"State Grid\",(D566*(1-J553%)),0)","v":8.1000000000000003E-2}]
[2,"New.South.Wales",0.66,0.04]
[3,"Tasmania",0.15,0.03,null,null,null,"Scope 3 emissions (t CO2e/annum)",null,{"$f":"C553*J559/1000","v":14.175000000000001}]
[4,"Queensland",0.71,0.1]
[5,"South.Australia",0.23,0.05,null,null,null,"Full carbon emissions (t CO2e/annum)",null,{"$f":"J557+J561","v":135.45000000000002}]
[6,"Western.Australia",0.51,0.05]
[7,"Northern.Territory",0.54,7.0000000000000007E-2]
["Selected",{"$f":"VLOOKUP($D$12,$B$559:$E$565,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$B$559:$E$565,2,FALSE)","v":0.77},{"$f":"VLOOKUP($D$12,$B$559:$E$565,3,FALSE)","v":0.09}]
[null,null,"See word document for older values"]
[]
[null,"Pre-farm embedded and fertiliser inputs"]
[]
[null,"Product","Amount (t DM)","Emission factor","GHG emissions (t CO2e)"]
[null,"Pasture/lucerne/legume hay",{"$f":"C72","v":200},0.16,{"$f":"C572*D572","v":32},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"Pasture/cereal/maize silage",{"$f":"G72","v":0},0.16,{"$f":"C573*D573","v":0},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"Grain/concentrates",{"$f":"C76","v":700},{"$f":"IF(FeedConcCo2EmissionFactor=\"\",0.2,FeedConcCo2EmissionFactor)","v":0.2},{"$f":"C574*D574","v":140},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"By-products",{"$f":"G76","v":180},0,{"$f":"C575*D575","v":0}]
[null,"Total",null,null,{"$f":"SUM(E572:E575)","v":172}]
[]
[null,null,"% to milking platform","GHG to milking platform","GHG to support block",null,"Imported feed from DB","Milking platform","Support block","Total purchased","% to milking platform"]
[null,"Hay emissions to milking platform",{"$f":"IFERROR(IF(C572=0,0,IF(PercentageHayFedNotImported=\"\",K579,PercentageHayFedNotImported)),100)","v":15},{"$f":"E572*C579%","v":4.8},{"$f":"(100-C579)%*E572","v":27.2},null,"Hay",322.22222222222217,352.77777777777777,412.41999999999996,{"$f":"FeedHayPurchasedTDMMilking/(FeedHayPurchasedTDMMilking+FeedHayPurchasedTDMSupport)*100","v":47.736625514403286}]
[null,"Silage emissions to milking platform",{"$f":"IFERROR(IF(C573=0,0,IF(PercentageSilageFedNotImported=\"\",K580,PercentageSilageFedNotImported)),100)","v":0},{"$f":"E573*C580%","v":0},{"$f":"(100-C580)%*E573","v":0},null,"Silage",142.85714285714286,107.14285714285715,537.9,{"$f":"(FeedSilagePurchasedTDMMilking/(FeedSilagePurchasedTDMMilking+FeedSilagePurchasedTDMSupport))*100","v":57.142857142857139}]
[null,"Grain/concentrate emissions to milking platform",{"$f":"IFERROR(IF(C574=0,0,IF(PercentageConcFedNotImported=\"\",K581,PercentageConcFedNotImported)),100)","v":95},{"$f":"E574*C581%","v":133},{"$f":"(100-C581)%*E574","v":7},null,"Grain/conc",750,450,3974.5020000000004,{"$f":"(FeedConcPurchasedTDMMilking/(FeedConcPurchasedTDMMilking+FeedConcPurchasedTDMSupport)*100)","v":62.5}]
[null,"By-product emissions to milking platform",{"$f":"IFERROR(IF(C575=0,0,IF(PercentageOtherFedNotImported=\"\",K582,PercentageOtherFedNotImported)),100)","v":95},{"$f":"E575*C582%","v":0},{"$f":"(100-C582)%*E575","v":0},null,"Other",152,0,407.029,{"$f":"FeedOtherPurchasedTDMMilking/(FeedOtherPurchasedTDMMilking+FeedOtherPurchasedTDMSupport)*100","v":100}]
[null,"Total",null,{"$f":"SUM(D579:D582)","v":137.80000000000001},{"$f":"SUM(E579:E582)","v":34.200000000000003}]
[null,null,null,null,{"$f":"SUM(D583:E583)","v":172},null,"Emission factor for grain/conc if coming from DB",0.2]
[null,null,"Amount (t fertiliser)"]
[null,"N fertiliser (urea Emission factor)",{"$f":"IF($V$224=\"1\",((G53*C53)+(G55*C55))/1000,(G53+G55))","v":55},1.8,{"$f":"C586/0.46*D586","v":215.21739130434781},"N, P, S and lime taken from a range of sources, check emails to/from Richard Eckard around 20-23 June 2022"]
[null,"P fertiliser (SSP emission factor)",{"$f":"IF($V$224=\"1\",((G60*$C$60)+(G62*$C$62))/1000,(G60+G62))","v":10},0.2,{"$f":"C587/0.09*D587","v":22.222222222222225}]
[null,"K fertiliser (MOP emission factor)",{"$f":"IF($V$224=\"1\",((H60*$C$60)+(H62*$C$62))/1000,(H60+H62))","v":3},0.13100000000000001,{"$f":"C588/0.5*D588","v":0.78600000000000003}]
[null,"S fertiliser (SSP emission factor)",{"$f":"IF($V$224=\"1\",((I60*$C$60)+(I62*$C$62))/1000,(I60+I62))","v":3},{"$f":"$D$587","v":0.2},{"$f":"C589/0.11*D589","v":5.454545454545455}]
[null,"Lime",{"$f":"IF($V$224=\"1\",((J60*$C$60)+(J62*$C$62))/1000,(J60+J62))","v":150},2.5000000000000001E-2,{"$f":"C590*D590","v":3.75}]
[null,"Total",null,null,{"$f":"IF(C587>C589,E587,E589)+E586+E588+E590","v":241.97561352657004}]
[]
[null,"Carbon dioxide from urea"]
[null,"N fertiliser converted to urea (t fertiliser)",{"$f":"C586/0.46","v":119.56521739130434}]
[null,"% of N fertiliser applied as urea",{"$f":"IF(G57=\"\",100,G57)","v":95}]
[null,"N fertiliser as urea-based ",{"$f":"C594*C595%","v":113.58695652173913}]
[null,"EF for urea",0.2]
[null,"Emission (t CO2e/annum)",{"$f":"C596*C597*44/12","v":83.297101449275374}]
[]
[null,"Carbon dioxide from liming"]
[null,"Mass of lime applied to soils",{"$f":"C590","v":150}]
[null,"Fractional purity of lime",1]
[null,"EF for lime",0.12]
[null,"Emission (Gg CO2e/annum)",{"$f":"(C601*C602*C603*44/12)/1000","v":6.6000000000000003E-2}]
[null,"Emission (t CO2e/annum)",{"$f":"C604*1000","v":66}]
[]
[]
[]
[null,"Tree carbon sequestration"]
[]
[null,"Data Input",null,null,"Amount of carbon sequestered by trees",null,null,null,"Location"]
[null,"State",{"$f":"D12","v":"Victoria"},null,{"$f":"CONCATENATE(\"Amount of carbon grown in the trees between Year \",FIXED(C619-1,0),\" and Year \",FIXED(C619,0),\" = \")","v":"Amount of carbon grown in the trees between Year 14 and Year 15 = "},{"$f":"IF(ISERROR(F636),\"\",F636)","v":0.80000000000000071}," tonnes per hectare",null,"NSW",null,null,null,null,null,null,null,"Chart source data"]
[null,"Region",{"$f":"C83","v":"South West VIC"},null,null,null,null,null,"TAS"]
[null,null,null,null,"Annual CO2 equivalent (1 tonne tree carbon = 3.67 tonnes CO2) =",{"$f":"IF(ISERROR(-F612*F619),\"\",F612*F619)","v":2.9360000000000026}," tonnes per hectare",null,"WA",null,null,null,null,null,null,null,"Location",{"$f":"CONCATENATE(C612,\" -- \",C613)","v":"Victoria -- South West VIC"}]
[null,"Species of Tree",{"$f":"C85","v":"Mixed species (Environmental Plantings)"},null,null,null,null,null,"SA",null,null,null,null,null,null,null,"Tree type",{"$f":"C615","v":"Mixed species (Environmental Plantings)"}]
[null,"Soil Type","Decommisioned as zero or little difference in soil type",null,{"$f":"CONCATENATE(\"Annual amount of CO2-e sequestered by trees on the \",FIXED(C618,0),\" hectares = \")","v":"Annual amount of CO2-e sequestered by trees on the 10 hectares = "},{"$f":"IF(ISERROR(F614*C618),0,(F614*C618))","v":29.360000000000028},{"$f":"IF(F614>0,CONCATENATE(\"Total tonnes CO2 sequestered in Year \",C619),\"\")","v":"Total tonnes CO2 sequestered in Year 15"},null,"VIC",null,null,null,null,null,null,null,"Soil type",{"$f":"C616","v":"Decommisioned as zero or little difference in soil type"}]
[null,null,null,null,null,null,null,null,"QLD",null,null,null,null,null,null,null,"Years","Total Tree Carbon production",null,"Annual Carbon production","Current year"]
[null,"Area of trees",{"$f":"G81","v":10},null,null,null,null,null,null,null,null,null,null,null,null,null,0,0,null,0,{"$f":"IF(Q618=$E$634,R618-0,\"\")","v":""}]
[null,"Age of trees",{"$f":"I81","v":15},null,"CO2 -equivalent factor (per tonne of tree carbon grown): ",3.67,null,null,null,null,null,null,null,null,null,null,1,{"$f":"IF($F$636>0,HLOOKUP($E$631,$B$724:$HX$824,Q619+1,FALSE),0)","v":0.28999999999999998},null,{"$f":"AVERAGE(T618,T620)","v":2.5000000000000022E-2},{"$f":"IF(Q619=$E$634,R619-0,\"\")","v":""}]
[null,null,null,null,null,"Tonnes per Ha","Total Tonnes",null,null,null,null,null,null,null,null,null,2,{"$f":"IF($F$636>0,HLOOKUP($E$631,$B$724:$HX$824,Q620+1,FALSE),0)","v":0.34},null,{"$f":"R620-R619","v":5.0000000000000044E-2},{"$f":"IF(Q620=$E$634,R620-R619,\"\")","v":""}]
[null,null,null,null,"Average yearly increase in Tree Carbon = \n(over the long term - 100 years) ",{"$f":"IF(ISERROR(F636),\"\",F637)","v":0.43905},{"$f":"IF(AND(F621>0,C618>0),F621*C618,0)","v":4.3905000000000003},null,null,null,null,null,null,null,null,null,3,0.55000000000000004,null,{"$f":"R621-R620","v":0.21000000000000002},""]
[null,null,null,null,"Tonnes CO2 equivalent = ",{"$f":"IF(F621>0,(F619*$F$621),\"\")","v":1.6113134999999998},{"$f":"IF(G621>0,(G621*$F$619),\"\")","v":16.113135},null,null,null,null,null,null,null,null,null,4,1.06,null,0.51,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5,1.73,null,0.66999999999999993,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,2.95,null,1.2200000000000002,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,4.17,null,1.2199999999999998,""]
[null,"Calculation of annual increment in tree carbon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,6.04,null,1.87,""]
[null,null,"State/Territory :",{"$f":"C612","v":"Victoria"},"Codes",null,null,null,null,null,null,null,null,null,null,null,9,7.74,null,1.7000000000000002,""]
[null,null,"Region :",{"$f":"C83","v":"South West VIC"},{"$f":"IF(ISERROR(VLOOKUP($D$628,$C$642:$D$659,2,FALSE)),0,VLOOKUP($D$628,$C$642:$D$659,2,FALSE))","v":35},null,null,null,null,null,null,null,null,null,null,null,10,9.16,null,1.42,""]
[null,null,"Tree Species :",{"$f":"C615","v":"Mixed species (Environmental Plantings)"},{"$f":"IF(VLOOKUP($E$628,$D$642:$M$659,5,FALSE)=D629,1,IF(VLOOKUP($E$628,$D$642:$M$659,6,FALSE)=$D629,2,IF(VLOOKUP($E$628,$D$642:$M$659,7,FALSE)=$D629,3,IF(VLOOKUP($E$628,$D$642:$M$659,8,FALSE)=$D629,4,IF(VLOOKUP($E$628,$D$642:$M$659,9,FALSE)=$D629,5,IF(VLOOKUP($E$628,$D$642:$M$659,10,FALSE)=$D629,6,0))))))","v":1},null,null,null,null,null,null,null,null,null,null,null,11,10.76,null,1.5999999999999996,""]
[null,null,"Soil Type :",{"$f":"C616","v":"Decommisioned as zero or little difference in soil type"},1,null,null,null,null,null,null,null,null,null,null,null,12,12.31,null,1.5500000000000007,""]
[null,null,null,"Tree Lookup Code :",{"$f":"CONCATENATE(\"R\",E628,\"T\",E629,\"S\",E630)","v":"R35T1S1"},null,null,null,null,null,null,null,null,null,null,null,13,13.62,null,1.3099999999999987,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,14,14.79,null,1.17,""]
[null,null,null,null,"Year","Carbon (t/ha)",null,null,null,null,null,null,null,null,null,null,15,15.59,null,0.80000000000000071,0.80000000000000071]
[null,null,"Tree carbon mass in year: ",null,{"$f":"IF(C618>0,C619,0)","v":15},{"$f":"IF($E$634>0,HLOOKUP($E$631,$B$724:$HX$824,($E$634+1),FALSE),0)","v":15.59},null,null,null,null,null,null,null,null,null,null,16,16.940000000000001,null,1.3500000000000014,""]
[null,null,"Tree carbon mass in year: ",null,{"$f":"IF(E634>0,E634-1,0)","v":14},{"$f":"IF($E$634>0,HLOOKUP($E$631,$B$724:$HX$824,($E$635+1),FALSE),0)","v":14.79},null,null,null,null,null,null,null,null,null,null,17,18.190000000000001,null,1.25,""]
[null,null,null,null,"Change: ",{"$f":"F634-F635","v":0.80000000000000071},null,null,null,null,null,null,null,null,null,null,18,19.34,null,1.1499999999999986,""]
[null,null,null,null,"Average annual carbon sequestration:",{"$f":"IF(OR(ISERROR(F636),F636=0),0,AVERAGE(T619:T718))","v":0.43905},null,null,null,null,null,null,null,null,null,null,19,20.36,null,1.0199999999999996,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,20,21.27,null,0.91000000000000014,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,22.15,null,0.87999999999999901,""]
[null,"Lookup table for zones",null,"REGION No (Nathan's)","Soil Types (2 per region)",null,null,"Tree Species (up to 6)",null,null,null,null,null,null,null,null,22,22.91,null,0.76000000000000156,""]
[null,"State/Territory"," ","R","S1","S2",null,"T1","T2","T3","T4","T5","T6",null,null,null,23,23.77,null,0.85999999999999943,""]
[null,"Western Australia","South West WA",1,"Loams & Clays","Sandy Duplexes",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Sydney Blue Gum","Maritime Pine","Pinus Radiata","No tree data available",null,null,null,24,24.58,null,0.80999999999999872,""]
[null,"New South Wales","Northern coastal NSW",10,"Duplex","Clay & Red Loam",null,"Mixed species (Environmental Plantings)","Spotted Gum","Dunn's White Gum","Flooded Gum","Slash Pine","Loblolly Pine",null,null,null,25,25.54,null,0.96000000000000085,""]
[null,"New South Wales","Southern coastal NSW",11,"Clay","Loam",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,26,26.3,null,0.76000000000000156,""]
[null,"New South Wales","Central Inland & Riverina NSW",15,"Clay","Loam",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,27,26.84,null,0.53999999999999915,""]
[null,"Tasmania","North East TAS",17,"Loams ","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,null,28,27.45,null,0.60999999999999943,""]
[null,"Tasmania","Central North & Midlands TAS",19,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,null,29,28.11,null,0.66000000000000014,""]
[null,"Tasmania","Southern & Derwent Valley TAS",20,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,null,30,28.57,null,0.46000000000000085,""]
[null,"Tasmania","North West TAS",22,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,null,31,29.07,null,0.5,""]
[null,"South Australia","South East SA",23,"Duplex Soils","Cracking Clays",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata",null,null,null,null,null,null,32,29.68,null,0.60999999999999943,""]
[null,"South Australia","Murray River SA",24,"Duplex Soils","Cracking Clays",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata",null,null,null,null,null,null,33,{"$f":"IF($F$636>0,HLOOKUP($E$631,$B$724:$HX$824,Q651+1,FALSE),0)","v":30.16},null,0.48000000000000043,""]
[null,"Victoria","Mallee region VIC",28,"Calcarosols","Yellow Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,34,30.79,null,0.62999999999999901,{"$f":"IF(Q652=$E$634,R652-R651,\"\")","v":""}]
[null,"Victoria","Northern region VIC",30,"Grey Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata",null,null,null,null,35,31.26,null,0.47000000000000242,""]
[null,"Victoria","North East region VIC",31,"Grey Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata",null,null,null,null,36,31.74,null,0.47999999999999687,""]
[null,"Victoria","East Gippsland",32,"Red Earths","Yellow Duplex",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata",null,null,null,null,null,37,32.18,null,0.44000000000000128,""]
[null,"Victoria","South & West Gippsland",33,"Non-cracking Clays","Gradational soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Mountain Ash","Pinus Radiata",null,null,null,null,38,32.6,null,0.42000000000000171,""]
[null,"Victoria","South West VIC",35,"Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata",null,null,null,null,39,33.01,null,0.40999999999999659,""]
[null,"Queensland","Northern QLD",36,"Clays","Duplex",null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,40,33.4,null,0.39000000000000057,""]
[null,"Queensland","Southern QLD",40,"Clay (Brigalo and Belah)","Duplex Woodland",null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,41,33.78,null,0.38000000000000256,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,42,34.14,null,0.35999999999999943,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,43,34.5,null,0.35999999999999943,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,34.83,null,0.32999999999999829,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,35.159999999999997,null,0.32999999999999829,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,46,35.479999999999997,null,0.32000000000000028,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,47,35.78,null,0.30000000000000426,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,48,36.08,null,0.29999999999999716,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,49,36.36,null,0.28000000000000114,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,50,36.64,null,0.28000000000000114,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,51,36.909999999999997,null,0.26999999999999602,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,52,37.17,null,0.26000000000000512,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,53,37.42,null,0.25,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,54,37.659999999999997,null,0.23999999999999488,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,55,37.9,null,0.24000000000000199,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,56,38.130000000000003,null,0.23000000000000398,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,57,38.35,null,0.21999999999999886,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,58,38.57,null,0.21999999999999886,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,59,38.78,null,0.21000000000000085,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,60,38.979999999999997,null,0.19999999999999574,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,61,39.18,null,0.20000000000000284,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,62,39.380000000000003,null,0.20000000000000284,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,63,39.57,null,0.18999999999999773,""]
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{"sheet":"Other Livestock Help","index":7,"n_rows":175,"n_cols":13,"rows_kept":175,"cut":false,"hidden":false,"merged":[[14,15,14,19],[67,3,67,5],[67,10,67,12],[69,3,69,5],[69,10,69,12],[64,3,64,5],[64,10,64,12],[65,3,65,5],[65,10,65,12],[66,3,66,5],[66,10,66,12],[17,3,17,5],[125,3,125,5],[125,10,125,12],[126,3,126,5],[126,10,126,12],[70,3,70,5],[70,10,70,12],[148,7,149,19],[131,3,131,5],[131,10,131,12],[127,3,127,5],[127,10,127,12],[128,3,128,5],[128,10,128,12],[130,3,130,5],[130,10,130,12],[0,2,0,10],[4,1,4,13],[5,1,5,13],[6,1,6,13],[7,1,7,13],[1,0,1,14],[8,1,8,13],[9,1,9,13],[78,8,78,12],[78,3,78,5],[17,8,17,12],[51,8,52,13],[53,8,54,13],[66,6,70,9],[54,3,54,4],[76,1,77,2],[15,1,16,2]]}
[null,null,"Help with the Other stock classes average number, liveweight and liveweight gain along with sales data"]
[]
[]
[]
[null,"Determining the average number of Other Livestock and their corresponding liveweight data can be difficult.  This sheet is designed to estimate the data required for the 'Your farm' sheet given a few critical input values (green cells)."]
[null,"This sheet is only for the non-replacement heifers and all steers for the Other stock classes in the 'Your farm' tab. "]
[null,"We assumed here that all non-replacement animals are sold by 30 months of age. Use the Other stock > 1 year olds category for any animals between 24 and 30 months of age."]
[null,"Any calves sold immediately post-weaning should not be entered here, rather select 'Calves sold post-weaning' in cell K22 of the 'Your farm' sheet and enter them there."]
[null,"Enter your values in the green cells as appropriate and transfer results (rows 62 to 67) to the 'Your farm' tab once completed."]
[null,"Keep in mind that these values are also indicative based on a series of assumptions and estimates. If you have more accurate data, you should enter the data entry manually into the 'Your farm' tab."]
[]
[null,"Your farm data"]
[]
[null,"Mature cow liveweight (kg)",null,null,null,null,"kg"]
[]
[null,"Relative weight advantage of steers vs heifers at same age (%)",null,null,null,null,"%"]
[]
[null,null,null,"Other stock < 1 year olds",null,null,null,null,"Other stock > 1 year olds"]
[null,"MOB 1 sold",null,"Heifers",null,"Steers",null,null,"MOB 1 sold",null,"Heifers",null,"Steers"]
[null,"Number of animals sold",null,null,null,null,null,null,"Number of animals sold"]
[null,"Age when sold (months)",null,null,null,null,null,null,"Age when sold (months)"]
[null,"LW when born",null,{"$f":"$D$145","v":0},null,{"$f":"$E$145","v":0},null,null,"LW at 12 months",null,{"$f":"$D$157","v":0},null,{"$f":"$E$157","v":0}]
[null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(D21,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(F21,$B$144:$E$175,4,FALSE)","v":0},null,null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(K21,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(M21,$B$144:$E$175,4,FALSE)","v":0}]
[null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0},null,null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0}]
[null,"LW gain",null,{"$f":"D23-D22","v":0},null,{"$f":"F23-F22","v":0},null,null,"LW gain",null,{"$f":"K23-K22","v":0},null,{"$f":"M23-M22","v":0}]
[]
[null,"MOB 2 sold",null,"Heifers",null,"Steers",null,null,"MOB 2 sold",null,"Heifers",null,"Steers"]
[null,"Number of animals sold",null,null,null,null,null,null,"Number of animals sold"]
[null,"Age when sold (months)",null,null,null,null,null,null,"Age when sold (months)"]
[null,"LW when born",null,{"$f":"$D$145","v":0},null,{"$f":"$E$145","v":0},null,null,"LW at 12 months",null,{"$f":"$D$157","v":0},null,{"$f":"$E$157","v":0}]
[null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(D29,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(F29,$B$144:$E$175,4,FALSE)","v":0},null,null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(K29,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(M29,$B$144:$E$175,4,FALSE)","v":0}]
[null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0},null,null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0}]
[null,"LW gain",null,{"$f":"D31-D30","v":0},null,{"$f":"F31-F30","v":0},null,null,"LW gain",null,{"$f":"K31-K30","v":0},null,{"$f":"M31-M30","v":0}]
[]
[null,"MOB 3 sold",null,"Heifers",null,"Steers",null,null,"MOB 3 sold",null,"Heifers",null,"Steers"]
[null,"Number of animals sold",null,null,null,null,null,null,"Number of animals sold"]
[null,"Age when sold (months)",null,null,null,null,null,null,"Age when sold (months)"]
[null,"LW when born",null,{"$f":"$D$145","v":0},null,{"$f":"$E$145","v":0},null,null,"LW at 12 months",null,{"$f":"$D$157","v":0},null,{"$f":"$E$157","v":0}]
[null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(D37,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(F37,$B$144:$E$175,4,FALSE)","v":0},null,null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(K37,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(M37,$B$144:$E$175,4,FALSE)","v":0}]
[null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0},null,null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0}]
[null,"LW gain",null,{"$f":"D39-D38","v":0},null,{"$f":"F39-F38","v":0},null,null,"LW gain",null,{"$f":"K39-K38","v":0},null,{"$f":"M39-M38","v":0}]
[]
[null,"MOB 4 sold",null,"Heifers",null,"Steers",null,null,"MOB 4 sold",null,"Heifers",null,"Steers"]
[null,"Number of animals sold",null,null,null,null,null,null,"Number of animals sold"]
[null,"Age when sold (months)",null,null,null,null,null,null,"Age when sold (months)"]
[null,"LW when born",null,{"$f":"$D$145","v":0},null,{"$f":"$E$145","v":0},null,null,"LW at 12 months",null,{"$f":"$D$157","v":0},null,{"$f":"$E$157","v":0}]
[null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(D45,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(F45,$B$144:$E$175,4,FALSE)","v":0},null,null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(K45,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(M45,$B$144:$E$175,4,FALSE)","v":0}]
[null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0},null,null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0}]
[null,"LW gain",null,{"$f":"D47-D46","v":0},null,{"$f":"F47-F46","v":0},null,null,"LW gain",null,{"$f":"K47-K46","v":0},null,{"$f":"M47-M46","v":0}]
[]
[null,"Retained stock",null,"Heifers",null,"Steers"]
[null,"Number of head retained for full 12 months",null,null,null,null,null,null,"Click here to return to the 'Your Farm' worksheet"]
[null,"Estimated LW at 6 months",null,{"$f":"IF(D52=0,0,IF(D52=\"\",\"\",D151))","v":0},null,{"$f":"IF(F52=0,0,IF(F52=\"\",\"\",E151))","v":0}]
[null,null,null,null,null,null,null,null,"Click here to return to the 'Strategy Farm' worksheet"]
[null,"Data entry check",null,{"$f":"IF(D139>(CowMilkerNumber/2-Rising1HeiferNumber),\"Check data entry\",\"\")","v":""},null,{"$f":"IF(F139>(CowMilkerNumber/2),\"Check data entry\",\"\")","v":""}]
[]
[null,"Overall averages for each co-hort of animals"]
[null,"Average number of head",null,{"$f":"IFERROR((D141/12*D139),0)","v":0},null,{"$f":"IFERROR((F141/12*F139),0)","v":0},null,null,"Average number of head",null,{"$f":"IFERROR((K141/12*K139),0)","v":0},null,{"$f":"IFERROR((M141/12*M139),0)","v":0}]
[null,"Average LW (kg)",null,{"$f":"IFERROR(((((D25/2+D22)*D20)+((D33/2+D30)*D28)+((D41/2+D38)*D36)+((D49/2+D46)*D44))+(D52*D53))/SUM(D20,D28,D36,D44,D52),0)","v":0},null,{"$f":"IFERROR(((((F25/2+F22)*F20)+((F33/2+F30)*F28)+((F41/2+F38)*F36)+((F49/2+F46)*F44))+(F52*F53))/SUM(F20,F28,F36,F44,F52),0)","v":0},null,null,"Average LW (kg)",null,{"$f":"IFERROR(((((K25/2+K22)*K20)+((K33/2+K30)*K28)+((K41/2+K38)*K36)+((K49/2+K46)*K44)))/SUM(K20,K28,K36,K44),0)","v":0},null,{"$f":"IFERROR(((((M25/2+M22)*M20)+((M33/2+M30)*M28)+((M41/2+M38)*M36)+((M49/2+M46)*M44)))/SUM(M20,M28,M36,M44),0)","v":0}]
[null,"Average LWG (kg/day)",null,{"$f":"IF(D139=0,0,D24)","v":0},null,{"$f":"IF(F139=0,0,F24)","v":0},null,null,"Average LWG (kg/day)",null,{"$f":"IF(K139=0,0,K24)","v":0},null,{"$f":"IF(M139=0,0,M24)","v":0}]
[]
[null,"Total number sold",null,{"$f":"IF(D139-D52=0,0,D139-D52)","v":0},null,{"$f":"IF(F139-F52=0,0,F139-F52)","v":0},null,null,"Total number sold",null,{"$f":"IF(K139-K52=0,0,K139-K52)","v":0},null,{"$f":"IF(M139-M52=0,0,M139-M52)","v":0}]
[null,"Average LW when sold (kg)",null,{"$f":"IFERROR((((D20*D23)+(D28*D31)+(D36*D39)+(D44*D47))/D62),0)","v":0},null,{"$f":"IFERROR((((F20*F23)+(F28*F31)+(F36*F39)+(F44*F47))/F62),0)","v":0},null,null,"Average LW when sold (kg)",null,{"$f":"IFERROR((((K20*K23)+(K28*K31)+(K36*K39)+(K44*K47))/K62),0)","v":0},null,{"$f":"IFERROR((((M20*M23)+(M28*M31)+(M36*M39)+(M44*M47))/M62),0)","v":0}]
[]
[null,"Data for 'Your Farm' system tab",null,"Other stock < 1 year olds",null,null,null,null,null,null,"Other stock > 1 year olds"]
[null,"Number of head",null,{"$f":"IFERROR(IF(D58+F58>0,D58+F58,\"\"),\"\")","v":""},null,null,null,null,null,null,{"$f":"IFERROR(IF(K58+M58>0,K58+M58,\"\"),\"\")","v":""}]
[null,"Average LW (kg)",null,{"$f":"IFERROR(((D58*D59)+(F58*F59))/D66,\"\")","v":""},null,null,"Use the 'YF' and 'SF' buttons to copy the totals to the 'Your Farm' or 'Strategy Farm' sheets. Copying to the 'Strategy Farm'  tab will remove the 'Your Farm' equation links",null,null,null,{"$f":"IFERROR(((K58*K59)+(M58*M59))/K66,\"\")","v":""}]
[null,"Average LWG (kg)",null,{"$f":"IFERROR(((D58*D60)+(F58*F60))/D66,\"\")","v":""},null,null,null,null,null,null,{"$f":"IFERROR(((K58*K60)+(M58*M60))/K66,\"\")","v":""}]
[]
[null,"Total number sold",null,{"$f":"IFERROR(IF(D62+F62>0,D62+F62,\"\"),\"\")","v":""},null,null,null,null,null,null,{"$f":"IFERROR(IF(K62+M62>0,K62+M62,\"\"),\"\")","v":""}]
[null,"Average LW when sold (kg/head)",null,{"$f":"IFERROR(((D62*D63)+(F62*F63))/(D62+F62),\"\")","v":""},null,null,null,null,null,null,{"$f":"IFERROR(((K62*K63)+(M62*M63))/(K62+M62),\"\")","v":""}]
[]
[null,"Example of data entry (not related to the Example farm in ADCC)"]
[]
[null,"Mature cow liveweight (kg)",null,null,null,500,"kg"]
[]
[null,"Relative weight advantage of steers vs heifers at same age (%)",null,null,null,15,"%"]
[]
[null,null,null,"Other stock < 1 year olds",null,null,null,null,"Other stock > 1 year olds"]
[null,"MOB 1 sold",null,"Heifers",null,"Steers",null,null,"MOB 1 sold",null,"Heifers",null,"Steers"]
[null,"Number of animals sold",null,15,null,50,null,null,"Number of animals sold",null,85,null,20]
[null,"Age when sold (months)",null,8,null,8,null,null,"Age when sold (months)",null,16,null,22]
[null,"LW when born",null,{"$f":"$D$145","v":0},null,{"$f":"$E$145","v":0},null,null,"LW at 12 months",null,{"$f":"$D$157","v":0},null,{"$f":"$E$157","v":0}]
[null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(D82,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(F82,$B$144:$E$175,4,FALSE)","v":0},null,null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(K82,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(M82,$B$144:$E$175,4,FALSE)","v":0}]
[null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0},null,null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0}]
[null,"LW gain",null,{"$f":"D84-D83","v":0},null,{"$f":"F84-F83","v":0},null,null,"LW gain",null,{"$f":"K84-K83","v":0},null,{"$f":"M84-M83","v":0}]
[]
[null,"MOB 2 sold",null,"Heifers",null,"Steers",null,null,"MOB 2 sold",null,"Heifers",null,"Steers"]
[null,"Number of animals sold",null,null,null,150,null,null,"Number of animals sold"]
[null,"Age when sold (months)",null,null,null,10,null,null,"Age when sold (months)"]
[null,"LW when born",null,{"$f":"$D$145","v":0},null,{"$f":"$E$145","v":0},null,null,"LW at 12 months",null,{"$f":"$D$157","v":0},null,{"$f":"$E$157","v":0}]
[null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(D90,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(F90,$B$144:$E$175,4,FALSE)","v":0},null,null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(K90,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(M90,$B$144:$E$175,4,FALSE)","v":0}]
[null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0},null,null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0}]
[null,"LW gain",null,{"$f":"D92-D91","v":0},null,{"$f":"F92-F91","v":0},null,null,"LW gain",null,{"$f":"K92-K91","v":0},null,{"$f":"M92-M91","v":0}]
[]
[null,"MOB 3 sold",null,"Heifers",null,"Steers",null,null,"MOB 3 sold",null,"Heifers",null,"Steers"]
[null,"Number of animals sold",null,null,null,null,null,null,"Number of animals sold"]
[null,"Age when sold (months)",null,null,null,null,null,null,"Age when sold (months)"]
[null,"LW when born",null,{"$f":"$D$145","v":0},null,{"$f":"$E$145","v":0},null,null,"LW at 12 months",null,{"$f":"$D$157","v":0},null,{"$f":"$E$157","v":0}]
[null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(D98,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(F98,$B$144:$E$175,4,FALSE)","v":0},null,null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(K98,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(M98,$B$144:$E$175,4,FALSE)","v":0}]
[null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0},null,null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0}]
[null,"LW gain",null,{"$f":"D100-D99","v":0},null,{"$f":"F100-F99","v":0},null,null,"LW gain",null,{"$f":"K100-K99","v":0},null,{"$f":"M100-M99","v":0}]
[]
[null,"MOB 4 sold",null,"Heifers",null,"Steers",null,null,"MOB 4 sold",null,null,null,"Steers"]
[null,"Number of animals sold",null,null,null,null,null,null,"Number of animals sold"]
[null,"Age when sold (months)",null,null,null,null,null,null,"Age when sold (months)"]
[null,"LW when born",null,{"$f":"$D$145","v":0},null,{"$f":"$E$145","v":0},null,null,"LW at 12 months",null,{"$f":"$D$157","v":0},null,{"$f":"$E$157","v":0}]
[null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(D106,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(F106,$B$144:$E$175,4,FALSE)","v":0},null,null,"ADCC estimated LW (kg)",null,{"$f":"VLOOKUP(K106,$B$144:$E$175,3,FALSE)","v":0},null,{"$f":"VLOOKUP(M106,$B$144:$E$175,4,FALSE)","v":0}]
[null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0},null,null,"ADCC estimated LWG (kg/day)",null,{"$f":"$F$145","v":0},null,{"$f":"$G$145","v":0}]
[null,"LW gain",null,{"$f":"D108-D107","v":0},null,{"$f":"F108-F107","v":0},null,null,"LW gain",null,{"$f":"K108-K107","v":0},null,{"$f":"M108-M107","v":0}]
[]
[null,"Retained stock",null,"Heifers",null,"Steers"]
[null,"Number of head retained for full 12 months",null,85,null,20]
[null,"Estimated LW at 6 months",null,{"$f":"IF(D113=0,0,IF(D113=\"\",\"\",W151))","v":0},null,{"$f":"IF(F113=0,0,IF(F113=\"\",\"\",Y151))","v":0}]
[]
[null,"Data entry check",null,{"$f":"IF(W139>(CowMilkerNumber/2-Rising1HeiferNumber),\"Check data entry\",\"\")","v":""},null,{"$f":"IF(Y139>(CowMilkerNumber/2),\"Check data entry\",\"\")","v":""},null,null,{"$f":"IF(AD139>(CowMilkerNumber/2-Rising2HeiferNumber),\"Check data entry\",\"\")","v":""},null,{"$f":"IF(AD139>((CowMilkerNumber-Rising1HeiferNumber)/2),\"Check data entry\",\"\")","v":""},null,{"$f":"IF(AF139>(CowMilkerNumber/2),\"Check data entry\",\"\")","v":""}]
[]
[null,"Overall averages for each co-hort of animals"]
[null,"Average number of head",null,95,null,178.33333333333331,null,null,"Average number of head",null,28.333333333333332,null,16.666666666666668]
[null,"Average LW (kg)",null,144.375,null,133.29545454545453,null,null,"Average LW (kg)",null,302.5,null,398.1875]
[null,"Average LWG (kg/day)",null,0.56849315068493156,null,0.65376712328767128,null,null,"Average LWG (kg/day)",null,0.56849315068493156,null,0.65376712328767128]
[]
[null,"Total number sold",null,15,null,200,null,null,"Total number sold",null,85,null,20]
[null,"Average LW when sold (kg)",null,190,null,253,null,null,"Average LW when sold (kg)",null,337.5,null,488.74999999999989]
[]
[null,"Data for 'Your Farm' system tab",null,"Other stock < 1 year olds",null,null,null,null,null,null,"Other stock > 1 year olds"]
[null,"Number of head",null,273.33333333333331,null,null,null,null,null,null,45]
[null,"Average LW (kg)",null,147.4,null,null,null,null,null,null,337.93981481481478]
[null,"Average LWG (kg)",null,0.62412921817574352,null,null,null,null,null,null,0.60007610350076113]
[]
[null,"Total number sold",null,215,null,null,null,null,null,null,105]
[null,"Average LW when sold (kg/head)",null,248.6046511627907,null,null,null,null,null,null,366.3095238095238]
[]
[]
[]
[]
[]
[]
[null,"Total number of head present",null,{"$f":"D20+D28+D36+D44+D52","v":0},null,{"$f":"F20+F28+F36+F44+F52","v":0},null,null,"Total number of head present",null,{"$f":"K20+K28+K36+K44","v":0},null,{"$f":"M20+M28+M36+M44","v":0}]
[null,"Total number of head.months",null,{"$f":"((D20*D21)+(D28*D29)+(D36*D37)+(D44*D45)+(D52*12))","v":0},null,{"$f":"((F20*F21)+(F28*F29)+(F36*F37)+(F44*F45)+(F52*12))","v":0},null,null,"Total number of head.months",null,{"$f":"((K20*K21)+(K28*K29)+(K36*K37)+(K44*K45)+(K52*12))","v":0},null,{"$f":"((M20*M21)+(M28*M29)+(M36*M37)+(M44*M45)+(M52*12))","v":0}]
[null,"Average time on farm in this age group (months)",null,{"$f":"D140/D139","v":{"$error":"#DIV/0!"}},null,{"$f":"F140/F139","v":{"$error":"#DIV/0!"}},null,null,"Average time on farm in this age group (months)",null,{"$f":"(K140/K139)-12","v":{"$error":"#DIV/0!"}},null,{"$f":"(M140/M139)-12","v":{"$error":"#DIV/0!"}}]
[]
[]
[null,"Month","% of mature animal bodyweight ","Heifers","Steers","LWG- heifers","LWG- steers",null,"Relative LW % for steers"]
[null,0,7.0000000000000007E-2,{"$f":"C145*$F$14","v":0},{"$f":"D145*(1+$I$145%)","v":0},{"$f":"(D169-D145)/(2*365)","v":0},{"$f":"(E169-E145)/(2*365)","v":0},null,{"$f":"IF(F16=\"\",10,F16)","v":10}]
[null,1,0.1,0,{"$f":"D146*(1+$I$145%)","v":0}]
[null,2,0.14000000000000001,0,0]
[null,3,0.18,0,0]
[null,4,0.22,0,0,null,null,"Sources of information to determine the monthly % LW of mature cows for the heifers. I assumed they would reach the LW of the mature cows by 2.5 years of age so tapered % from 24 to 30 months to match"]
[null,5,0.26,0,0]
[null,6,0.3,0,0,null,null,"Australia"]
[null,7,0.34,0,0,null,null,"https://cdn-prod.dairyaustralia.com.au/-/media/project/dairy-australia-sites/national-home/resources/2020/07/09/a-guide-to-growing-more-productive-heifers/a-guide-to-growing-more-productive-heifers.pdf?rev=0b18b9d02cfb47c49a025b79946e971a#:~:text=Research%20has%20shown%20that%20the,the%20time%20of%20first%20calving"]
[null,8,0.38,0,0,null,null,"Friesian: 100 kg at 3 mths, 150-175 kg at 6 mths, 270-300 kg at 12 mths, 330-360 kg at 15 mths, 520-550 kg at calving"]
[null,9,0.42,0,0,null,null,"Jersey: 75 kg at 3 mths, 110-130 kg at 6 mths, 200-230 kg at 12 mths, 245-275 kg at 15 mths, 380-410 kg at 24 mths"]
[null,10,0.46,0,0]
[null,11,0.5,0,0,null,null,"New Zealand"]
[null,12,0.53500000000000003,0,0,null,null,"https://www.dairynz.co.nz/animal/heifers/lw-targets/ "]
[null,13,0.56999999999999995,0,0,null,null,"Suggested 30% at 6 months of age, 60% at 15 months of age, 90% at 22 months of age"]
[null,14,0.60499999999999998,0,0]
[null,15,0.64,0,0,null,null,"USA"]
[null,16,0.67500000000000004,0,0,null,null,"https://extension.psu.edu/growth-charts-for-dairy-heifers "]
[null,17,0.71,0,0,null,null,"Converted the pounds to kgs for the Holstein-Friesians and the lower and higher Jersey values, and then averaged across the three to get monthly percentages"]
[null,18,0.74,0,0,null,null,"Suggested 30% at 6 months of age, 53% at 12 months of age, 64% at 15 months of age and 89% at 24 months of age"]
[null,19,0.77,0,0]
[null,20,0.8,0,0]
[null,21,0.82499999999999996,0,0,null,null,"Cross-checking relative LW of steers vs heifers"]
[null,22,0.85,0,0,null,null,"I ran several GrassGro simulations with selling all non-replacement stock at 24 months of age. Tried different LW of mature cows and multiple regions relatively close to dairy regions"]
[null,23,0.875,0,0,null,null,"0 to 1 yr old steers tended to be around 5% heavier while 1-2 yr olds tended to be around 15% heavier.  "]
[null,24,0.9,0,0]
[null,25,0.92,0,0]
[null,26,0.94,0,0]
[null,27,0.96,0,0]
[null,28,0.98,0,0]
[null,29,0.99,0,0]
[null,30,1,0,0]

{"sheet":"Feed Quality Table","index":8,"n_rows":71,"n_cols":18,"rows_kept":71,"cut":false,"hidden":false,"merged":[[66,1,67,10],[68,1,69,10],[7,3,7,4],[7,6,7,7],[7,9,7,10],[21,3,21,4],[21,6,21,7],[21,9,21,10],[36,3,36,4],[36,6,36,7],[36,9,36,10],[53,3,53,4],[53,6,53,7],[53,9,53,10],[0,1,0,17],[4,1,4,10],[4,12,4,17],[13,12,15,17],[5,2,6,4],[5,5,6,7],[5,8,6,10],[1,0,1,18],[57,12,57,13],[69,12,69,13],[58,12,58,13],[59,12,59,13],[60,12,60,13],[64,12,64,13],[65,12,65,13],[66,12,66,13],[67,12,67,13],[68,12,68,13],[49,12,49,13],[50,12,50,13],[51,12,51,13],[55,12,55,13],[56,12,56,13],[18,12,20,17],[42,12,42,13],[46,12,46,13],[47,12,47,13],[48,12,48,13],[38,12,38,13],[39,12,39,13],[40,12,40,13],[41,12,41,13],[31,12,33,13],[37,12,37,13],[31,14,35,17]]}
[null,"Feed Quality Table"]
[]
[]
[null,"Feed quality information",null,null,null,null,null,null,null,null,null,null,"Converting ME to DMD"]
[null,"If you have no other information on dry matter digestibility and crude protein for the farm's feed sources, data in the table below could be used.",null,null,null,null,null,null,null,null,null,null,"Sometimes you may know the Metabolisable Energy (ME; MJ/kg DM) concentration of a feed source but not it's Dry Matter Digestibility (DMD %)"]
[null,null,"Dry matter %",null,null,"Dry Matter Digestibility %",null,null,"Crude protein %",null,null,null,"To convert ME to DMD, we use the equation:"]
[null,null,null,null,null,null,null,null,null,null,null,null,"DMD = (ME +1.037) / 0.1604 (Source: Aust. NGGI methodology)"]
[null,"Grains/ concentrates","Average","Range",null,"Average","Range",null,"Average","Range"]
[null,"Barley grain",88.7,81.2,97,79.520573566084792,55.599750623441395,87.278678304239406,10.8,6.3,19,null,"Enter ME (MJ/kg DM)",null,12," MJ/kg DM"]
[null,"Lupin seed",91.6,86.1,95.5,81.460099750623442,72.408977556109718,96.32980049875313,32,21.3,43.2]
[null,"Maize grain",84.2,60.3,96.4,89.218204488778056,79.520573566084792,96.32980049875313,10,7.3,21.9,null,"Estimated DMD (%)",null,{"$f":"IF(O9=\"\",\"\",IF(O9=0,\"\",(O9+1.037)/0.1604))","v":81.278054862842893},"%"]
[null,"Molasses",null,null,null,66.599999999999994,null,null,4,3,5]
[null,"Oats",91.1,80,93.3,66.590399002493768,38.144014962593516,91.804239401496261,9,4,15.4,null,"Averaging feed inputs and concentrations"]
[null,"Sorghum grain",89.6,86.2,94.4,85.985660847880297,80.813591022443887,93.097256857855356,10.6,9.6,13.2,null,"Sometimes 2 or more feeds of the same type (e.g. silage or a day and night paddock for grazing) are fed.  The carbon calculator needs to know the total amount fed and the average dry matter digestibility (%) and crude protein (%) of each feed type."]
[null,"Soyabean meal",85.4,11.9,93.7,96.32980049875313,85.985660847880297,99,43.5,29.3,53.7]
[null,"Sunflower meal",90.8,86.4,92,64.004364089775564,54.306733167082292,90.511221945137152,34.1,20.399999999999999,39.1]
[null,"Triticale grain",89.4,80.3,96.9,84.046134663341647,74.995012468827937,87.278678304239406,11.4,6.6,18.8,null,"The first table below is an example of estimating intake and concentrations for grains.  "]
[null,"Turnip tops*",29.1,8.5,87.7,86.632169576059852,69.176433915211973,93.743765586034911,15.9,7.2,29.6]
[null,"Turnip bulbs*",23.7,4.7,87.4,89.864713216957611,75.641521197007478,95.683291770573575,14.8,4.5999999999999996,26.7,null,"Enter your farm's data in the green cells below.  Choosing a feed from the drop-down menu in the Description column will copy in the default feed parameters. If you have your own values just overwrite them. Select the blank feed name at the bottom on the menu to clear the feed line."]
[null,"Wheat grain",89.4,80.2,92.9,84.692643391521187,67.883416458852864,91.157730673316706,12.9,7.4,22.7]
[]
[null,"Silages","Average","Range",null,"Average","Range",null,"Average","Range",null,null,"Example table "]
[null,"Barley silage",39,20.9,64.3,58.832294264339147,35.557980049875312,74.348503740648383,10.7,5.5,22.9,null,null,null,"Description","Amount\n(kg DM/cow.day)","Dry matter digestibility (%)","Crude protein (%)"]
[null,"Clover silage generic",41.9,20.9,79.5,62.064837905236914,52.367206982543642,68.529925187032418,19.3,12.4,27.2,null,"Grain/concentrate 1",null,"Wheat",2,80,13]
[null,"Grass silage",43.2,17.100000000000001,89.3,60.125311720698257,31.032418952618457,77.581047381546142,13.2,5.0999999999999996,26.6,null,"Grain/concentrate 2",null,"Lupins",1,85,32]
[null,"Legume/grass silage (legume dom.) ",42.1,13.7,68.3,60.771820448877811,38.144014962593516,73.701995012468828,16,7.3,28.6,null,"Grain/concentrate 3",null,"Barley",0.5,82.5,12.5]
[null,"Legume/grass silage (grass dom.) ",86.4,45.2,95.9,56.892768079800504,33.618453865336654,73.701995012468828,14.5,4.0999999999999996,25.4,null,"Grain/concentrate 4"]
[null,"Lucerne silage",49.5,15.8,87.7,60.771820448877811,31.032418952618457,70.469451371571083,20,5.3,32.1,null,"Grain/concentrate 5"]
[null,"Maize silage",30.9,9.1999999999999993,84.5,68.529925187032418,32.325436408977559,84.046134663341647,7.7,3.4,17.100000000000001,null,"Grain/concentrate 6"]
[null,"Oaten silage",40.9,18.100000000000001,82.2,56.246259351620942,38.144014962593516,72.408977556109718,9.8000000000000007,3.8,19.399999999999999,null,"Total or average",null,null,{"$f":"SUM(P24:P29)","v":3.5},{"$f":"SUMPRODUCT(P24:P29,Q24:Q29)/P30","v":81.785714285714292},{"$f":"SUMPRODUCT(P24:P29,R24:R29)/P30","v":18.357142857142858}]
[null,"Pasture silage",43.1,10.9,87.6,60.771820448877811,14.223192019950126,76.288029925187033,14.1,3.2,27.3]
[null,"Persian clover silage",42.9,23.7,81.900000000000006,64.004364089775564,53.01371571072319,72.408977556109718,17.600000000000001,8,23.4,null,"Enter your farm data here",null,"Use the 'Copy' button to copy the totals to the 'Your Farm' sheet. The 'Clear' button clears the input area. This includes clearing the function of pre-filling typical average DMD and CP values from the tables. You might be better to just clear the kg amounts. Values copied into the 'Your Farm' sheet will be in italics. "]
[null,"Subclover silage",37.1,20.6,59.9,61.418329177057359,33.618453865336654,67.883416458852864,18.8,12.6,26.9]
[null,"Triticale silage",42.9,20.100000000000001,71,58.832294264339147,45.902119700748131,72.408977556109718,10.8,4,24]
[null,"Wheat silage",44.9,27.5,69.099999999999994,56.892768079800504,29.739401496259347,69.176433915211973,10,6.5,16]
[]
[null,"Hays","Average","Range",null,"Average","Range",null,"Average","Range",null,null,null,null,"Description","Amount\n(kg DM/cow.day)","Dry matter digestibility (DMD; %)","Crude protein           (CP; %)"]
[null,"Barley hay",87,66.099999999999994,93.7,56.892768079800504,27.153366583541146,72.408977556109718,8.1999999999999993,1.2,14.6,null,"Grain/concentrate 1",null,null,null,{"$f":"IF(P38=\"\",\"\",IF(P38=0,\"\",VLOOKUP($O38,$B$9:$K$20,5,FALSE)))","v":""},{"$f":"IF(P38=\"\",\"\",IF(P38=0,\"\",VLOOKUP($O38,$B$9:$K$20,8,FALSE)))","v":""}]
[null,"Barley straw",89.3,73.400000000000006,93.6,42.023067331670823,14.223192019950126,54.95324189526184,2.8,0.2,28.8,null,"Grain/concentrate 2",null,null,null,{"$f":"IF(P39=\"\",\"\",IF(P39=0,\"\",VLOOKUP($O39,$B$9:$K$20,5,FALSE)))","v":""},""]
[null,"Clover hay generic",86.6,61.3,93.2,57.539276807980059,40.083541147132166,72.408977556109718,17.600000000000001,6.3,26.1,null,"Grain/concentrate 3",null,null,null,"",""]
[null,"Grass hay",86.3,51.9,94,51.720698254364088,31.678927680798004,67.883416458852864,8,0.7,17.7,null,"Grain/concentrate 4",null,null,null,"",""]
[null,"Lucerne hay",87.8,36,96.1,60.125311720698257,34.264962593516209,73.055486284289287,18.899999999999999,5.7,29.7,null,"Grain/concentrate 5",null,null,null,"",""]
[null,"Lucerne straw",86.1,68.2,93.4,36.850997506234414,27.799875311720697,43.962593516209481,8.9,5.9,14.1,null,"Grain/concentrate 6",null,null,null,"",""]
[null,"Oaten hay",88.9,40.200000000000003,96.4,54.306733167082292,29.092892768079796,73.055486284289287,6.9,1.1000000000000001,16.3,null,"Total and average",null,null,{"$f":"SUM(P38:P43)","v":0},{"$f":"IF(P44=0,0,SUMPRODUCT(P38:P43,Q38:Q43)/P44)","v":0},{"$f":"IF(P44=0,0,SUMPRODUCT(P38:P43,R38:R43)/P44)","v":0}]
[null,"Oaten straw",89.4,80.2,93.8,40.083541147132166,27.799875311720697,64.650872817955118,2.8,0.1,11.9]
[null,"Pasture hay",86.2,48.6,95.5,54.306733167082292,34.264962593516209,72.408977556109718,10.8,1.7,30,null,null,null,"Description","Amount\n(kg DM/cow.day)","Dry matter digestibility (%)","Crude protein (%)"]
[null,"Persian clover hay",85.6,67.8,93.5,62.064837905236914,45.255610972568576,75.641521197007478,16.2,5.3,23.3,null,"Silage 1",null,null,null,{"$f":"IF(P47=\"\",\"\",IF(P47=0,\"\",(VLOOKUP($O47,$B$23:$K$35,5,FALSE))))","v":""},{"$f":"IF(P47=\"\",\"\",IF(P47=0,\"\",VLOOKUP($O47,$B$23:$K$35,8,FALSE)))","v":""}]
[null,"Rice straw",85.2,52.2,93.5,43.316084788029926,34.264962593516209,57.539276807980059,4,1.9,5,null,"Silage 2",null,null,null,"",""]
[null,"Subclover hay",86.8,71.7,93.9,56.892768079800504,42.023067331670823,68.529925187032418,17.2,7.7,25.7,null,"Silage 3",null,null,null,"",""]
[null,"Triticale hay",86.6,54.3,93.9,55.599750623441395,31.032418952618457,69.176433915211973,7.3,1.3,16.2,null,"Silage 4",null,null,null,"",""]
[null,"Triticale straw",89.8,62.7,95.7,40.083541147132166,26.506857855361595,58.185785536159592,2.8,0.7,6.7,null,"Silage 5",null,null,null,"",""]
[null,"Wheat hay",87.9,46.8,95.1,56.246259351620942,31.678927680798004,71.115960099750623,8.1999999999999993,0.1,17.399999999999999,null,"Silage 6",null,null,null,"",""]
[null,null,null,null,null,null,null,null,null,null,null,null,"Total and average",null,null,{"$f":"SUM(P47:P52)","v":0},{"$f":"IF(P53=0,0,SUMPRODUCT(P47:P52,Q47:Q52)/P53)","v":0},{"$f":"IF(P53=0,0,SUMPRODUCT(P47:P52,R47:R52)/P53)","v":0}]
[null,"Byproducts","Average","Range",null,"Average","Range",null,"Average","Range"]
[null,"Brewer's grain",28.2,13.9,60.6,69.822942643391528,53.660224438902752,90.511221945137152,21.6,9.8000000000000007,28.8,null,null,null,"Description","Amount\n(kg DM/cow.day)","Dry matter digestibility (%)","Crude protein (%)"]
[null,"Canola meal",90.5,87.4,93.5,78.227556109725683,63.357855361596009,99,37.5,27.4,42.1,null,"Hay 1",null,null,null,{"$f":"IF(P56=\"\",\"\",IF(P56=0,\"\",(VLOOKUP($O56,$B$38:$K$52,5,FALSE))))","v":""},{"$f":"IF(P56=\"\",\"\",IF(P56=0,\"\",VLOOKUP($O56,$B$38:$K$52,8,FALSE)))","v":""}]
[null,"Carrot pulp",10,8,15.5,82.106608478802983,56.892768079800504,91.804239401496261,9.8000000000000007,6.5,15.3,null,"Hay 2",null,null,null,"",""]
[null,"Citrus pulp",14.3,10.6,17.3,83.399625935162106,62.064837905236914,93.743765586034911,8.6,6,11.9,null,"Hay 3",null,null,null,"",""]
[null,"Cottonseed meal",89.8,87.5,95.3,71.762468827930164,62.064837905236914,82.106608478802983,43.5,39.5,48,null,"Hay 4",null,null,null,"",""]
[null,"Grape marc",55.1,19.600000000000001,93.9,40.730049875311721,14.869700748129674,78.227556109725683,12.1,5.4,17.2,null,"Hay 5",null,null,null,"",""]
[null,"Rice bran",90.4,89.9,90.8,89.864713216957611,60.125311720698257,97.622817955112211,15.5,12.9,19.600000000000001,null,"Hay 6",null,null,null,"",""]
[null,"Tomato pulp",27.3,16.600000000000001,30.2,49.781172069825438,26.506857855361595,60.125311720698257,19.399999999999999,5,22.6,null,"Total and average",null,null,{"$f":"SUM(P56:P61)","v":0},{"$f":"IF(P62=0,0,SUMPRODUCT(P56:P61,Q56:Q61)/P62)","v":0},{"$f":"IF(P62=0,0,SUMPRODUCT(P56:P61,R56:R61)/P62)","v":0}]
[null,"Wheat bran",34,15.1,89.6,77.581047381546142,70.469451371571083,85.339152119700742,17.899999999999999,8.4,29.8]
[null,"Whey",7.5,2.1,27.4,87.925187032418961,79.520573566084792,91.157730673316706,30.1,18.600000000000001,40.299999999999997,null,null,null,"Description","Amount\n(kg DM/cow.day)","Dry matter digestibility (%)","Crude protein (%)"]
[null,null,"Data Source: FEEDTEST, DPI, Victoria",null,null,null,null,null,null,null,null,null,"By-product 1",null,null,null,{"$f":"IF(P65=\"\",\"\",IF(P65=0,\"\",(VLOOKUP($O65,$B$55:$K$64,5,FALSE))))","v":""},{"$f":"IF(P65=\"\",\"\",IF(P65=0,\"\",VLOOKUP($O65,$B$55:$K$64,8,FALSE)))","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,"By-product 2",null,null,null,"",""]
[null,"Click here to return to the 'Your Farm' worksheet",null,null,null,null,null,null,null,null,null,null,"By-product 3",null,null,null,"",""]
[null,null,null,null,null,null,null,null,null,null,null,null,"By-product 4",null,null,null,"",""]
[null,"Click here to return to the 'Strategy Farm' worksheet",null,null,null,null,null,null,null,null,null,null,"By-product 5",null,null,null,"",""]
[null,null,null,null,null,null,null,null,null,null,null,null,"By-product 6",null,null,null,"",""]
[null,null,null,null,null,null,null,null,null,null,null,null,"Total and average",null,null,{"$f":"SUM(P65:P70)","v":0},{"$f":"IF(P71=0,0,SUMPRODUCT(P65:P70,Q65:Q70)/P71)","v":0},{"$f":"IF(P71=0,0,SUMPRODUCT(P65:P70,R65:R70)/P71)","v":0}]

{"sheet":"Fertiliser Rates","index":9,"n_rows":84,"n_cols":16,"rows_kept":84,"cut":false,"hidden":false,"merged":[[8,10,9,10],[8,11,8,14],[0,1,0,15],[3,1,3,15],[4,1,4,15],[6,1,6,15],[8,7,9,7],[8,3,8,6],[8,1,9,1],[8,2,9,2],[1,0,1,16],[18,9,24,15],[72,1,75,1],[70,3,70,6],[70,7,71,7],[8,15,9,15],[59,1,60,6],[55,1,55,2],[57,1,58,6],[38,1,38,2],[40,1,51,1],[55,4,55,5],[10,9,11,9],[37,9,41,15],[35,1,37,1],[16,11,16,12],[8,9,9,9]]}
["Dairy_ADCC","Fertiliser Rates"]
[]
[]
[null,"Many farms use a blend of different fertilisers and it's not always easy to work out how much N ,P, K and S is applied."]
[null,"Use this table to estimate the amount of N, P, K and S applied by entering either the tonnes applied of each fertiliser in the green boxes for known fertilisers or the N:P:K:S ratio and amount of fertiliser in the own blends section at the bottom of the table."]
[]
[null,"Note that there can be a small variation in the N:P:K:S of even well known fertilisers.  For example, Triple superphosphate has between 18% and 20% P, depending on the manufacturer.  Over-write the N:P:K:S ratios as required."]
[null,null,null,null,null,null,null,null,null,"Example table"]
[null,"Primary element (s)","Brand","       Composition (%)",null,null,null,"tonnes applied",null,"Primary element (s)","Brand","       Composition (%)",null,null,null,"tonnes applied"]
[null,null,null,"N","P","K","S",null,null,null,null,"N","P","K","S"]
[null,"N","Urea",46,0,0,0,null,null,"N","Urea",46,0,0,0,15]
[null,null,"Easy-N (w/v; enter litres)",42.5,0,0,0,null,null,null,"Easy-N (liquid)",42.5,0,0,0,500]
[null,"N & P","Di-ammonium phosphate (DAP)",18,20,0,1.6,null,null,"P","Single Superphosphate",0,8.8000000000000007,0,11,2]
[null,null,"Mono-ammonium phosphate (MAP)",10,21.4,0,1.5,null,null,"Blend","Farmer mix",20,0,16,10,4]
[null,"N & S","UreaS (50:50 split)",33.5,0,0,12,null,null,null,"Total (tonnes)",7.9125000000000005,0.18,0.64,0.62,21.66]
[null,null,"Sulphate of Ammonia (SoA)",20.399999999999999,0,0,23]
[null,"P","Single Superphosphate (SSP)",0,9,0,11,null,null,"Percentage of total N fertiliser that is urea (%)",null,89]
[null,null,"Double Superphosphate (DSP)",0,16.2,0,4.0999999999999996]
[null,null,"Triple Superphosphate (TSP)",0,20,0,0.8,null,null,"In this example, 15 tonnes of Urea, 500 litres of Easy-N, 2 tonnes of Single superphosphate and 4 tonnes of a blend containing 20% N, 16% K  and 10% S was applied with the N not in a urea form.  In total, 21.66 tonnes of fertiliser was applied, which was a combination of 7.91 t of N, 0.18 t of P, 0.64 t of K and 0.62 t S. Enter the green cell values in the appropriate cells of either the 'Your farm' or 'Strategy farm' tab for the total tonnes applied and the percentage of N fertiliser that is urea, 89% in this example. "]
[null,null,"Pastursul",0,18,0,9.6999999999999993]
[null,null,"Pasture Builder",0,14,0,0]
[null,null,"Hi-Fert 0:20:0",0,20,0,1.5]
[null,"P & S","Pasture Gold",0,14.3,0,17.100000000000001]
[null,null,"Gold Phos 10",0,18,0,10]
[null,null,"Gold Phos 20",0,16,0,20]
[null,null,"Pasture Phos",0,13,0,7]
[null,"K & S","Potassium Chloride (MOP)",0,0,50,0]
[null,null,"Sulphate of Potash (SOP)",0,0,41.5,17]
[null,"P, K & S","Super Potash 1 & 1",0,4.4000000000000004,25,5.5]
[null,null,"Super Potash 2 & 1",0,5.9,16.600000000000001,7.3]
[null,null,"Super Potash 3 & 1",0,6.6,12.7,8.1999999999999993]
[null,null,"Super Potash 4 & 1",0,7,10,8.8000000000000007]
[null,null,"Super Potash 5 & 1",0,7.3,8.3000000000000007,9.1999999999999993]
[null,null,"Pasture Gold 3:1",0,8.9,17.5,11]
[null,null,"Pasture Gold 4:1",0,9.8000000000000007,14.5,12.2]
[null,"Blends of all elements","Dynamic Lifter",3.5,2.4,1.6,1]
[null,null,"Pasture Boosta",24,4,13,5]
[null,null,"Poultry litter*",2.6,1.8,1,0.6,null,null,"Note: * Poultry litter can vary widely depending on many factors.  If your farm is applying poultry litter, we suggest you asking the supplier if they have any records of what the percentage of elements are, as these percentages here are just estimates.  Poultry litter can sometimes be sold in cubic metres, rather than tonnes, so need to convert to tonnes, taking moisture content into consideration, to determine total nutrients supplied."]
[null,"Lime or dolomite",null,0,0,0,0]
[null,"Own blends","Farmer blend"]
[null,"Enter a description of the fertiliser in column C, the rate of N:P:K:S in columns D to G, and the amount applied in column H."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,"N","P","K","S"]
[null,null,"Total (tonnes)",{"$f":"D84","v":0},{"$f":"E84","v":0},{"$f":"F84","v":0},{"$f":"G84","v":0},{"$f":"H84","v":0}]
[null,null,null,null,null,null,null,null,null,"Use the 'YF' and 'SF' buttons to copy the totals to the 'Your Farm' or 'Strategy Farm' tabs."]
[null,"Percentage of total N fertiliser that is urea (%)",null,null,{"$f":"F81","v":0},null,null,null,null,"Values copied into the 'Your Farm' sheet will be in italics. Values entered manually are in normal text."]
[]
[null,"Click here to return to the 'Your Farm' worksheet"]
[]
[null,"Click here to return to the 'Strategy Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Estimation of percentage of total N fertiliser that is urea-based",null,null,null,null,null,null,"Notes"]
[null,null,null,null,null,null,null,null,null,"Scott Jardine supplied the % of N in each fertiliser that is urea"]
[null,null,null,"% N that is urea","tonnes N","tonnes N as urea",null,null,null,"We won't worry about any N:P blends, assume the P is from MAP or DAP so get the N from ammonium"]
[null,"Urea-N ferts","Urea",100,{"$f":"D11*H11/100","v":0},{"$f":"E73*D73/100","v":0},null,null,null,"Similarly with any N:S blends, assume S is from SOA so get the N from ammonium"]
[null,null,"UreaS",69,{"$f":"D15*H15/100","v":0},{"$f":"E74*D74/100","v":0},null,null,null,"We can't know for any other blends, suppliers might change from urea to non-urea N depending on price, so assume no urea-N"]
[null,null,"Pasture Boosta",72,{"$f":"D37*H37/100","v":0},{"$f":"E75*D75/100","v":0}]
[null,null,"Easy-N (UAN)",50.5,{"$f":"(D12*H12/100)/1000","v":0},{"$f":"E76*D76/100","v":0}]
[null,null,"All other fertilisers",0,{"$f":"(SUMPRODUCT(D13:D14,H13:H14)+SUMPRODUCT(D16:D36,H16:H36)+SUMPRODUCT(D38:D52,H38:H52))/100","v":0},{"$f":"E77*D77/100","v":0}]
[null,null,"Total",null,{"$f":"SUM(E73:E77)","v":0},{"$f":"SUM(F73:F77)","v":0}]
[]
[]
[null,"% of N fertiliser that is urea-N",null,null,null,{"$f":"IF(F78=0,0,F78/D84*100)","v":0}]
[]
[null,null,null,"N","P","K","S","Overall"]
[null,null,"Total (tonnes)",{"$f":"SUM(E78)","v":0},{"$f":"(SUMPRODUCT(E11:E52,$H$11:$H$52))/100","v":0},{"$f":"(SUMPRODUCT(F11:F52,$H$11:$H$52))/100","v":0},{"$f":"(SUMPRODUCT(G11:G52,$H$11:$H$52))/100","v":0},{"$f":"SUM(H11:H52)-H12+(H12*1.32/1000)","v":0},null,"Easy-N converted from litres to t using 1.32 factor"]

{"sheet":"Vegetation","index":10,"n_rows":85,"n_cols":8,"rows_kept":85,"cut":false,"hidden":false,"merged":[[60,1,60,4],[53,1,53,4],[54,1,54,4],[55,1,55,4],[56,1,56,4],[57,1,57,4],[1,0,1,5],[16,7,17,7],[22,7,23,7],[25,7,26,7],[4,7,8,7],[10,7,14,7],[19,7,20,7]]}
["Australian Dairy Carbon Calculator - Vegetation"]
[]
[]
[]
[null,"Area 1","State",null,null,null,null,"Areas 1 to 4 implements the regional average results based on FullCAM simulations. It is the same as if you had selected the \"Based on data entered here\" option from the drop-down list on the 'Your Farm' tab."]
[null,null,"Region"]
[null,null,"Species of tree"]
[null,null,"Area of trees",null,"ha"]
[null,null,"Age of trees",null,"years"]
[]
[null,"Area 2","State",null,null,null,null,"Areas 5 to 7 can be used if you have site-specific data from other tools such as FullCAM or LOOC-C. It is the same as if you had selected the \"Carbon sequestered using other tools\" option from the drop-down list on the 'Your Farm' tab."]
[null,null,"Region"]
[null,null,"Species of tree"]
[null,null,"Area of trees",null,"ha"]
[null,null,"Age of trees",null,"years"]
[]
[null,"Area 3","State",null,null,null,null,"Make sure you enter from the top and work your way down the sheet as altering the tree species before you alter the state or region within a state may result in an error."]
[null,null,"Region"]
[null,null,"Species of tree"]
[null,null,"Area of trees",null,"ha",null,null,"Area of trees can be a decimal point but Age of trees must be a whole number otherwise the calculations do not work."]
[null,null,"Age of trees",null,"years"]
[]
[null,"Area 4","State",null,null,null,null,"You can also use this tab to work through soil carbon sequestration rates if you have data from another tool or calculator (e.g. LOOC-C)."]
[null,null,"Region"]
[null,null,"Species of tree"]
[null,null,"Area of trees",null,"ha",null,null,"In that instance, enter the data in either Area 5, 6 or 7 where area of trees becomes area of paddock.  "]
[null,null,"Age of trees",null,"years"]
[]
[null,"Area 5","Area of trees",null,"ha",null,null,"An example of three different areas of trees is presented from row 60 onwards."]
[null,null,"Age of trees",null,"years"]
[null,null,"Sequestration rate",null,"t CO2e/ha.annum"]
[]
[null,"Area 6","Area of trees",null,"ha"]
[null,null,"Age of trees",null,"years"]
[null,null,"Sequestration rate",null,"t CO2e/ha.annum"]
[]
[null,"Area 7","Area of trees",null,"ha"]
[null,null,"Age of trees",null,"years"]
[null,null,"Sequestration rate",null,"t CO2e/ha.annum"]
[]
[]
[null,"Tonnes sequestered","Area 1",{"$f":"IF(D8=\"\",\"\",IF(D8=0,\"\",Trees!E5))","v":""},"t CO2e/ha"]
[null,null,"Area 2",{"$f":"IF(D14=\"\",\"\",IF(D14=0,\"\",Trees!Z5))","v":""},"t CO2e/ha"]
[null,null,"Area 3",{"$f":"IF(D20=\"\",\"\",IF(D20=0,\"\",Trees!AU5))","v":""},"t CO2e/ha"]
[null,null,"Area 4",{"$f":"IF(D26=\"\",\"\",IF(D26=0,\"\",Trees!BP5))","v":""},"t CO2e/ha"]
[null,null,"Area 5",{"$f":"IF(D29=\"\",\"\",IF(D29=0,\"\",D31))","v":""},"t CO2e/ha"]
[null,null,"Area 6",{"$f":"IF(D33=\"\",\"\",IF(D33=0,\"\",D35))","v":""},"t CO2e/ha"]
[null,null,"Area 7",{"$f":"IF(D37=\"\",\"\",IF(D37=0,\"\",D39))","v":""},"t CO2e/ha"]
[null,null,"Total hectares",{"$f":"IF(SUM(D8,D14,D20,D26,D29,D33,D37)=0,\"\",SUM(D8,D14,D20,D26,D29,D33,D37))","v":""},"ha"]
[null,null,"Average carbon sequestered",{"$f":"IFERROR(((IF(D8=\"\",0,D8*D42)+IF(D14=\"\",0,D14*D43)+IF(D20=\"\",0,D20*D44)+IF(D26=\"\",0,D26*D45)+IF(D29=\"\",0,D29*D46)+IF(D33=\"\",0,D33*D47)+IF(D37=\"\",0,D37*D48)))/D49,\"\")","v":""},"t CO2e/ha"]
[null,null,"Average tree age across the farm",{"$f":"IFERROR(((D8*D9)+(D14*D15)+(D20*D21)+(D26*D27)+(D29*D30)+(D33*D34)+(D37*D38))/D49,\"\")","v":""},"years"]
[null,null,"Total across the farm",{"$f":"IFERROR(D49*D50,\"\")","v":""},"t CO2e/annum"]
[]
[null,"When entering the total amount of carbon sequestered estimated here, enter the necessary data to estimate the total tonnes sequestered. On the 'Your Farm' tab, select 'Carbon sequestered using other tools'  from the drop-down list."]
[null,"You then have two options, you can either enter 1 hectare of trees and enter the result in cell D52 from this tab into the 'Your Farm' tab cell H84. This will then match the total amount of carbon sequestered."]
[null,"Alternatively, and what may make more sense, is take the total hectares and average carbon sequestered data (cells D49 and D50) from this tab and enter these numbers into the 'Your Farm' tab cells G81 and H84. This way you are making sure you have captured the total area of trees planted"]
[null,"For either option, we don't need to know the age of the trees, this is just reported here for your records."]
[null,"Irrespective of which option you select, make sure that the value in cell D52 on this tab matches the 'Your Farm' tab results table cell K148, keeping in mind that the value in the 'Your Farm' results table will be a negative value to reflect a removal of carbon."]
[]
[null,"Example of data entry"]
[null,"Below is a protected  and cut-down example of a farm with two areas of trees estimated within ADCC (areas 1 and 2) and one area estimated via an external calculator (LOOC-C; area 5). A total of 25 hectares, with an average age of 11 years, sequestered  "]
[]
[null,"Area 1","State","NSW"]
[null,null,"Region","Northern coastal NSW"]
[null,null,"Species of Tree","Mixed species (Environmental Plantings)"]
[null,null,"Area of Trees",5,"ha"]
[null,null,"Age of Trees",5,"years"]
[]
[null,"Area 2","State","NSW"]
[null,null,"Region","Northern coastal NSW"]
[null,null,"Species of Tree","Mixed species (Environmental Plantings)"]
[null,null,"Area of Trees",10,"ha"]
[null,null,"Age of Trees",10,"years"]
[]
[null,"Area 5","Area of Trees",10,"ha"]
[null,"LOOC-C estimate","Age of trees",15,"years"]
[null,null,"Sequestration rate",3.7,"t CO2e/ha.annum"]
[]
[null,"Tonnes sequestered","Area 1",9.2117000000000004,"t CO2e/ha"]
[null,null,"Area 2",20.478600000000007,"t CO2e/ha"]
[null,null,"Area 5",3.7,"t CO2e/ha"]
[null,null,"Total hectares",30,"ha"]
[null,null,"Average carbon sequestered",9.5948166666666683,"t CO2e/ha"]
[null,null,"Average tree age across the farm",9.17,"years"]
[null,null,"Total across the farm",{"$f":"D83*D82","v":287.84450000000004},"t CO2e/annum"]

{"sheet":"Data Summary","index":11,"n_rows":55,"n_cols":16,"rows_kept":55,"cut":false,"hidden":false,"merged":[[8,3,8,8],[14,1,14,8],[6,1,6,2],[6,3,6,8],[4,1,4,2],[4,3,4,8],[5,1,5,2],[5,3,5,8],[11,1,11,2],[11,3,11,8],[12,1,12,2],[12,3,12,8],[13,1,13,2],[13,3,13,8],[46,12,48,28],[1,0,1,9],[20,1,20,2],[20,3,20,8],[16,1,16,2],[16,3,16,8],[17,1,17,2],[17,3,17,8],[18,1,18,8],[19,1,19,2],[19,3,19,8],[15,1,15,2],[15,3,15,8],[7,1,7,2],[7,3,7,8],[8,1,8,2]]}
["Dairy Farm Carbon Calculation",null,null,null,null,null,null,null,null,null,null,"Dairy Farm Comparison Report"]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"This report is created automatically when the 'Action Plan' tab is completed."]
[null,"Completed for",null,{"$f":"'Your Farm'!D8","v":"Bill and Wendy Smith"}]
[null,"Completed by",null,{"$f":"CompletedByName & \", \" & CompletedByRole","v":"K Christie-Whitehead, Other"},null,null,null,null,null,null,null,"How I got my numbers:"]
[null,"Year Reviewed",null,{"$f":"\"FY \"&'Your Farm'!H10","v":"FY 24/25"},null,null,null,null,null,null,null,"How confident are you that your data entered into the ADCC accurately reflects your farms activity from the past year?"]
[null,"Total Production",null,{"$f":"(_xlfn.CONCAT(TEXT('Your Farm'!H31,\"#,###\"))&\" \"&'Your Farm'!I31)","v":"3,000,000 litres of milk per herd per annum"}]
[null,"Average production",null,{"$f":"ROUND('Your Farm'!H35,1)&\" \"&'Your Farm'!I35","v":"22.2 litres per cow per day"},null,null,null,null,null,null,null,{"$f":"IF(zOpt001_LowMedHigh=1,\"High confidence: We have kept clear records and the figures reflect this\",IF(zOpt001_LowMedHigh=2,\"Medium confidence: Some areas we needed to estimate, but overall, it is fairly accurate\",\"Low confidence: Majority of our figures were estimated and probably were not very accurate\"))","v":"Low confidence: Majority of our figures were estimated and probably were not very accurate"}]
[]
[null,"Annual emissions footprint summary",null,null,null,null,null,null,null,null,null,"Comparing to regional averages:"]
[null,"Total emissions",null,{"$f":"_xlfn.CONCAT(TEXT('Your Farm'!K145,\"#,###\"))& \" t CO₂e/annum\"","v":"3,569 t CO₂e/annum"}]
[null,"Carbon sequestered",null,{"$f":"_xlfn.CONCAT(TEXT(('Your Farm'!K148*-1),\"#,###\"))& \" t CO₂e/annum\"","v":"29 t CO₂e/annum"}]
[null,"Net emissions",null,{"$f":"_xlfn.CONCAT(TEXT('Your Farm'!K150,\"#,###\"))& \" t CO₂e/annum\"","v":"3,540 t CO₂e/annum"}]
[null,"Emission intensity"]
[null,"Milk (FPCM)",null,{"$f":"_xlfn.CONCAT(ROUND('Your Farm'!$M$152,2)&\" kg CO₂e/kg FPCM (post-carbon sequestration)\")","v":"0.95 kg CO₂e/kg FPCM (post-carbon sequestration)"}]
[null,"Milk (MS)",null,{"$f":"_xlfn.CONCAT(TEXT('Your Farm'!M153,\"#,###.##\"))& \" kg CO₂e/kg MS (post-carbon sequestration)\"","v":"13.45 kg CO₂e/kg MS (post-carbon sequestration)"}]
[null,"Meat",null,{"$f":"_xlfn.CONCAT(TEXT('Your Farm'!M154,\"#,###.##\"))& \" kg CO₂e/kg meat liveweight (post-carbon sequestration)\"","v":"3.87 kg CO₂e/kg meat liveweight (post-carbon sequestration)"}]
[null,"Proportion of emissions allocated to outputs"]
[null,"Milk",null,{"$f":"ROUND('Your Farm'!M156,3)*100&\"% \"","v":"85.5% "}]
[null,"Meat",null,{"$f":"ROUND('Your Farm'!M157,3)*100&\"% \"","v":"14.5% "}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Influences:"]
[null,null,null,null,null,null,null,null,null,null,null,"If you have areas where your farm is significantly different from the averages, were any of the following factors influencing your farms figures:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(Working!$B$38,\"Yes\",\"No\")","v":"No"},"Existing inefficiency in on-farm system e.g. poor energy efficiency in the dairy shed."]
[null,"* tree carbon % presented as a negative value to reflect the amount sequestered",null,null,null,null,null,null,null,null,null,{"$f":"IF(Working!$C$38,\"Yes\",\"No\")","v":"No"},"Skew due to timing or change of management e.g. building herd size so unusually high stocking rate of rising heifers."]
[null,"Report last printed: 12:32PM  15/12/2025",null,null,null,null,null,null,null,null,null,{"$f":"IF(Working!$D$38,\"Yes\",\"No\")","v":"No"},"External factors e.g. climatic influences from dry season has increased fodder purchases."]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(Working!$E$38,\"Yes\",\"No\")","v":"No"},"Significant farm changes e.g. infrastructure upgrades."]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(Working!$F$38,\"Yes\",\"No\")","v":"No"},"Other"]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(zText003=\"Please explain the factors here\",\"-\",zText003)","v":"Please explain the other factors here"}]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Making changes:"]
[null,null,null,null,null,null,null,null,null,null,null,"Am I in a position to make change:",null,null,null,{"$f":"IF(zOpt003_YesNoButNo=1,\"Yes, I am ready to investigate my options.\",IF(zOpt003_YesNoButNo=2,\"No, but I  would like to know more so I can start planning for future changes.\",\"No, I'd prefer to focus on my data collection first before going ahead.\"))","v":"Yes, I am ready to investigate my options."}]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Report last printed: 9:44AM  29/09/2025"]

{"sheet":"Example Farm","index":12,"n_rows":823,"n_cols":232,"rows_kept":823,"cut":false,"hidden":false,"merged":[[135,14,136,14],[137,12,138,12],[137,13,138,13],[137,14,138,14],[82,2,82,3],[126,11,127,11],[126,13,127,13],[135,12,136,12],[135,13,136,13],[126,12,127,12],[126,8,127,8],[219,19,219,20],[42,1,43,1],[37,3,37,4],[37,5,37,6],[37,7,37,8],[38,3,38,4],[38,5,38,6],[38,7,38,8],[39,3,39,4],[39,5,39,6],[39,7,39,8],[40,3,40,4],[80,2,80,3],[40,5,40,6],[40,7,40,8],[42,3,42,4],[609,1,609,2],[609,4,609,6],[84,2,84,3],[87,2,87,4],[87,5,87,6],[93,1,95,8],[110,5,110,6],[118,5,118,6],[126,1,126,2],[126,3,127,3],[126,4,127,4],[536,3,536,6],[126,5,127,5],[126,6,127,6],[126,7,127,7],[540,1,541,1],[11,7,11,8],[1,0,1,10],[41,3,41,4],[41,5,41,6],[41,7,41,8],[7,3,7,5],[9,3,9,5],[11,5,11,6],[30,3,30,4],[30,5,30,6],[32,5,32,6],[34,5,34,6],[36,3,36,4],[36,5,36,6],[36,7,36,8],[13,7,14,7],[540,2,541,2],[540,3,541,3],[540,4,540,7],[49,8,50,9],[59,4,59,5],[61,4,61,5],[52,4,52,5],[54,4,54,5],[56,4,56,5],[49,4,49,5],[73,6,73,7],[536,9,536,12],[191,1,192,5],[122,1,123,1],[77,4,78,5],[151,1,151,2],[543,11,543,12],[542,11,542,12],[540,11,540,13],[75,6,75,7],[77,6,77,7],[126,9,127,9],[126,10,127,10],[540,8,540,10],[80,9,80,10],[83,5,85,6],[13,8,14,8],[77,1,78,1],[64,4,64,5],[71,6,71,7],[66,4,66,5],[48,2,48,3],[48,6,48,8],[42,5,42,6],[42,7,42,8],[43,3,43,4],[43,5,43,6],[43,7,43,8],[71,1,72,1],[73,1,74,1],[73,4,74,5]]}
[null,"Example of a Farm System"]
[]
[]
[null,"This is an example of a farm. However, to retain it's integrity the whole worksheet is protected and therefore no data can be entered here."]
[null,"Enter your data in the green cells and select from the drop-down boxes (arrow on right hand side will appear once you go into the green cells)"]
[]
[null,"Farmer details"]
[null,null,"Owner or sharefarmer ID","Bill and Wendy Smith",null,null,"Supplier Number","256758T1"]
[null,null,"Completed by: name and role","K Christie-Whitehead",null,"Other"]
[null,null,"Address","1234 Main Rd, Colac, VIC 3250",null,null,"Year reviewed","2024/25"]
[]
[null,null,"Choose your state in Australia","Victoria",null,"Choose your region/ farm system comparison",null,"Victoria- South West"]
[]
[null,"Livestock dynamics",null,"Milking cows","Heifers > 1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","Calves","Calves sold post-weaning "]
[]
[null,null,"Livestock numbers",550,120,125,8,100,null,null,"head"]
[]
[null,null,"Liveweight",500,350,150,600,200,null,null,"kg/head"]
[]
[null,null,"Liveweight gain ",null,0.7,0.7,null,1,null,null,"kg/day"]
[]
[null,null,"Number of stock sold each year",115,10,null,4,100,0,215,"head"]
[]
[null,null,"Liveweight at point of sale",550,425,0,600,400,0,105,"kg/head"]
[]
[null,null,null,null,null,null,null,null,null,{"$f":"SUMPRODUCT(D22:J22,D24:J24)/1000","v":132.47499999999999},"t LW/annum sold"]
[]
[]
[]
[null,"Milk production "]
[null,null,"Select option for milk production","litres per herd per annum",null,"Amount of milk produced",null,3000000,"litres of milk per herd per annum"]
[]
[null,null,"Average annual milk fat (%)",4.3,"%","Average annual milk protein ",null,3.2,"%"]
[]
[null,null,"Average lactation length (days)",300,"days","Average milk production ",null,{"$f":"ROUND(Q222,1)","v":18.2},"litres per cow per day"]
[]
[null,"Milkers average annual diet intakes and quality",null,"Intake (kg DM/day)",null,"Dry matter digestibility (DMD; %)",null,"Crude protein (CP; %)"]
[null,null,"Pastures",12,null,75,null,20]
[null,"Estimated intake based ","Concentrates / Grain",2.5,null,85,null,12]
[null,"on data entry","Silage",1.5,null,70,null,16.5]
[null,"16.5 kg DM/cow.day","Hay"]
[null,null,"By-products"]
[null,"Click here for help regarding feed quality","Other",1,null,70,null,22]
[null,null,"Total (kg DM/day) or average (%)",{"$f":"SUM(D38:E43)","v":17},null,{"$f":"SUMPRODUCT(D38:E43,F38:G43)/D44","v":75.735294117647058},null,{"$f":"SUMPRODUCT(D38:E43,H38:I43)/D44","v":18.632352941176471}]
[]
[null,"Average annual dry matter digestibility (DMD) for all other stock (%)",null,75,"%"]
[null,"Average annual crude protein (CP) for all other stock (%)",null,20,"%"]
[]
[null,"Fertilisers"]
[null,null,"How do you wish to enter the fertiliser rates?",null,"tonnes of element per annum",null,null,null,"Click here to work out fertiliser rates"]
[]
[null,null,"Area of N fertiliser",null,null,null,"Rate of N fertiliser"]
[null,"Area of pastures fertilised with N ",null,"ha","Amount of N applied to pastures",null,55,"t per annum"]
[]
[null,"Area of crops fertilised with N ",null,"ha","Amount of N applied to crops",null,null,{"$f":"H53","v":"t per annum"}]
[]
[null,null,null,null,"Percentage of N fertiliser that is urea",null,95,"%"]
[]
[null,null,"Area of P K S & lime fertiliser",null,null,null,"Rate of P fertiliser","Rate of K fertiliser","Rate of S fertiliser","Rate of lime/dolomite"]
[null,"Area of pastures fertilised with P K S & lime",null,"ha","Rate of P K S & lime/dolomite to pastures",null,10,3,3,150,{"$f":"H53","v":"t per annum"}]
[]
[null,"Area of crops fertilised with P K S & lime",null,"ha","Rate of P K S & lime/dolomite to crops",null,null,null,null,null,{"$f":"H53","v":"t per annum"}]
[]
[null,"Energy consumption"]
[null,"Annual electricity use ",175000,"kWh","Annual purchased diesel/ unleaded petrol ",null,12500,"litres"]
[]
[null,"Where does your electricity come from?","State Grid",null,"Annual contractor diesel/ unleaded petrol ",null,2500,"litres"]
[]
[null,"What % of electricity is from renewables?",10,"%"]
[]
[null,"Purchased supplementary feed "]
[null,"Purchased pasture, cereal, lucerne or legume hay (t DM)",200,"t DM","Purchased pasture, cereal or maize silage (t DM)",null,null,null,"t DM"]
[]
[null,"Percentage of purchased hay fed on the milking platform",15,"%","Percentage of purchased silage fed on the milking platform",null,null,null,"%"]
[]
[null,"Purchased grain and concentrates (t DM)",700,"t DM","Purchased by-products (t DM)",null,180,null,"t DM"]
[]
[null,"Percentage of purchased grain & concentrates fed on the milking platform",95,"%","Percentage of purchased by-products fed on the milking platform",null,95,null,"%"]
[]
[null,"Carbon sequestration in tree plantations"]
[null,"How are you estimating this?","Based on data entered here",null,null,"Area of trees (ha)",10,"Age of trees",15,"Click here for help with vegetation"]
[]
[null,"Choose your region of Australia","South West VIC"]
[null,null,null,null,null,"Amount of carbon sequestered using other tools",null,null,"t CO2e/ha.annum"]
[null,"Choose the type of trees planted","Mixed species (Environmental Plantings)"]
[]
[null,"Manure management"]
[null,null,"Choose which option you are using to estimate how animal waste is handled",null,null,"Default state factors and fractions",null,"Volatile solids ",{"$f":"D258","v":4.0937957507348024},"kg VS/head.day for the milking cows"]
[]
[null,"Percentage waste to each manure system ","Anaerobic lagoon","Sump dispersal","Drain to paddock","Solid storage","Pasture"]
[null,"Milkers",{"$f":"IF($AD$214=1,AK238,AK239)","v":10.8},{"$f":"IF($AD$214=1,AL238,AL239)","v":0.9},{"$f":"IF($AD$214=1,AM238,AM239)","v":0.2},{"$f":"IF($AD$214=1,AO238,AO239)","v":8.92},{"$f":"IF($AD$214=1,AJ238,AJ239)","v":83.9}]
[null,"All other stock ",{"$f":"AK242","v":0},{"$f":"AL242","v":0},{"$f":"AM242","v":0},{"$f":"AO242","v":1},{"$f":"AJ242","v":100}]
[]
[null,"Only answer the following questions if you which to enter your own farm management practices to estimate the percentage of waste to each of the abovementioned manure management systems. In addition, you must have selected the user-defined factors and fractions option in the drop-down list at the beginning of this section otherwise the results with still reflect the default state-based fractions and factors. "]
[]
[]
[]
[null,"Milkers",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water"]
[]
[null,"Percentage of waste that is flushed and then drains to the paddock with no treatment/ removal of solids ",null,null,null,null,null,"%"]
[null,"Percentage of waste that is flushed and then spread daily from a sump/dispersal system (with or without removal of solids)",null,null,null,null,null,"%"]
[null,"Balance assumed to be flushed and then enter a pond/lagoon system",null,null,null,null,{"$f":"100-SUM(G101:G102)","v":100}]
[]
[null,"Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator) to remove a proportion of solids?"]
[null,"If yes, what percentage of the waste is removed via the pre-treatment process?",null,null,null,null,null,"%"]
[]
[null,null,null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends on a feedpad, loafing area, or housed"]
[]
[null,"Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled"]
[]
[null,"All other stock"]
[null,null,"Heifers > 1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age","Other stock > 1 yr age"]
[null,"Hours per day on the feedpad or loafing area"]
[null,"Days per annum on the feedpad of loafing area"]
[null,"Percentage of stock class on feedpad "]
[]
[null,"Select the option which best describes how this waste from the feedpad or loafing area is best handled",null,null,null,"Scraped & stockpiled "]
[null,null,null,null,null,null,null,"Integrated methane"]
[null,"Percentage waste to each manure system ","Anaerobic lagoon","Sump dispersal","Drain to paddock","Solid storage","Pasture","conversion factor"]
[null,"Milkers",{"$f":"IF($AD$214=2,AK240,\"\")","v":""},{"$f":"IF($AD$214=2,AL240,\"\")","v":""},{"$f":"IF($AD$214=2,AM240,\"\")","v":""},{"$f":"IF($AD$214=2,AN240,\"\")","v":""},{"$f":"IF($AD$214=2,AJ240,\"\")","v":""},{"$f":"IF($AD$214=2,AO240,\"\")","v":""},"%"]
[null,"All other stock (weighted-average based on number of head in each stock class)",{"$f":"IF($AD$214=2,AK252,\"\")","v":""},{"$f":"IF($AD$214=2,AL252,\"\")","v":""},{"$f":"IF($AD$214=2,AM252,\"\")","v":""},{"$f":"IF($AD$214=2,AN252,\"\")","v":""},{"$f":"IF($AD$214=2,AJ252,\"\")","v":""},{"$f":"IF($AD$214=2,AO252,\"\")","v":""},"%"]
[]
[]
[null,"Results for the example farm system"]
[null,null,null,"Milking cows","Heifers > 1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","N fertiliser","Total GHG (tonnes CO2e/annum)","% of total GHG (exc. C sequestration in trees)","kg CO2e/kg FPCM (your farm)","kg CO2e/kg FPCM (industry comparison)"]
[]
[null,"Methane (Scope 1):","Enteric fermentation",{"$f":"D246*'Emission factors'!$C$4*10^3","v":1831.7989411949472},{"$f":"E246*'Emission factors'!$C$4*10^3","v":181.79197400447995},{"$f":"(F246+I246)*'Emission factors'!$C$4*10^3","v":88.90430742480001},{"$f":"G246*'Emission factors'!$C$4*10^3","v":14.958947798927996},{"$f":"(H246+J246)*'Emission factors'!$C$4*10^3","v":91.254977372159985},{"$f":"K246*'Emission factors'!$C$4*10^3","v":0},null,{"$f":"SUM(D129:I129)","v":2208.7091477953149},{"$f":"K129/$K$145","v":0.57887134871097645},{"$f":"K129*1000/$Q$220*$P$279","v":0.59500872566806884},{"$f":"'Industry averages'!G7","v":0.543982122669323},"Enteric fermentation"]
[null,null,"Manure management",{"$f":"D271*'Emission factors'!$C$4*10^3","v":334.19634166329814},{"$f":"E271*'Emission factors'!$C$4*10^3","v":3.8149360850928407},{"$f":"(F271+I271)*'Emission factors'!$C$4*10^3","v":1.885611942733382},{"$f":"G271*'Emission factors'!$C$4*10^3","v":0.31391611244478912},{"$f":"(H271+J271)*'Emission factors'!$C$4*10^3","v":1.9293108297865884},{"$f":"K271*'Emission factors'!$C$4*10^3","v":0},null,{"$f":"SUM(D130:I130)","v":342.14011663335572},{"$f":"K130/$K$145","v":8.9670073110973289E-2},9.2169833679161831E-2,{"$f":"'Industry averages'!G8","v":7.6817561592756808E-2},"Manure management"]
[null,"Nitrous oxide (Scope 1):","Direct from dung & urine voided onto pastures",{"$f":"D454*'Emission factors'!$C$5*10^3","v":109.49216846974447},{"$f":"E454*'Emission factors'!$C$5*10^3","v":15.810321629554668},{"$f":"(F454+I454)*'Emission factors'!$C$5*10^3","v":6.8407793217094239},{"$f":"G454*'Emission factors'!$C$5*10^3","v":1.3653202672347553},{"$f":"(H454+J454)*'Emission factors'!$C$5*10^3","v":6.8404398434681042},{"$f":"K454*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D131:I131)","v":140.34902953171144},3.6783490527213358E-2,3.7808915353916353E-2,{"$f":"'Industry averages'!G9","v":3.1116172523630262E-2},"Direct from dung & urine voided onto pastures"]
[null,null,"Direct from manure (storage & spread)",{"$f":"(D334+D409)*'Emission factors'!$C$5*10^3","v":24.66038995649577},{"$f":"(E334+E409)*'Emission factors'!$C$5*10^3","v":0},{"$f":"(F334+F409+I334+I409)*'Emission factors'!$C$5*10^3","v":0},{"$f":"(G334+G409)*'Emission factors'!$C$5*10^3","v":0},{"$f":"(H334+H409+J334+J409)*'Emission factors'!$C$5*10^3","v":0},{"$f":"(K334+K409)*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D132:I132)","v":24.66038995649577},6.4631385296269129E-3,6.6433134562504997E-3,{"$f":"'Industry averages'!G10","v":4.4519842441360542E-3},"Direct from manure (storage & spread)"]
[null,null,"Indirect N waste ",{"$f":"(D348+D357+D491+D525)*'Emission factors'!$C$5*10^3","v":117.78064079583679},{"$f":"(E348+E357+E491+E525)*'Emission factors'!$C$5*10^3","v":13.754979817712561},{"$f":"(F348+F357+F491+F525+I348+I357+I491+I525)*'Emission factors'!$C$5*10^3","v":5.9514780098871976},{"$f":"(G348+G357+G491+G525)*'Emission factors'!$C$5*10^3","v":1.1878286324942371},{"$f":"(H348+H357+H491+H525+J348+J357+J491+J525)*'Emission factors'!$C$5*10^3","v":5.9511826638172494},{"$f":"(K348+K357+K491+K525)*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D133:I133)","v":144.62610991974805},3.7904452649020745E-2,3.8961126886071146E-2,{"$f":"'Industry averages'!G11","v":3.237171924464765E-2},"Indirect N waste "]
[null,null,"Direct N fertiliser",null,null,null,null,null,null,{"$f":"C387","v":135.13107142857143},{"$f":"J134","v":135.13107142857143},3.5415937697680762E-2,3.64032388280425E-2,{"$f":"'Industry averages'!G12","v":3.1260434879283851E-2},"Direct N fertiliser"]
[null,null,"Indirect N fertiliser",null,null,null,null,null,null,{"$f":"(SUM(D486:D487)+SUM(D520:D521))*'Emission factors'!$C$5*10^3","v":70.542999999999992},{"$f":"J135","v":70.542999999999992},1.8488320018450292E-2,1.9003724676334047E-2,{"$f":"'Industry averages'!G13","v":1.6899134792121146E-2},"Indirect N fertiliser"]
[null,"Carbon dioxide:","Electricity (Scope 2)",null,null,null,null,null,null,null,{"$f":"J552","v":121.27500000000002},3.1784457851772106E-2,{"$f":"(K136+K137)*1000/Q220*$P$279","v":3.6489155655549776E-2},{"$f":"'Industry averages'!G14","v":3.4494985942911345E-2},"Electricity (Scope 2 &3)"]
[null,null,"Electricity (Scope 3)",null,null,null,null,null,null,null,{"$f":"J556","v":14.175000000000001},3.7150665021551811E-3]
[null,null,"Diesel and unleaded petrol (Scope 1)",null,null,null,null,null,null,null,{"$f":"H544","v":40.645800000000001},1.065268783303697E-2,{"$f":"(K138+K139)*1000/Q220*$P$279","v":1.3648075661862605E-2},{"$f":"'Industry averages'!G15","v":2.3656762096304244E-2},"Diesel and unleaded petrol (Scope 1 & 3)"]
[null,null,"Diesel and unleaded petrol (Scope 3)",null,null,null,null,null,null,null,{"$f":"J544","v":10.0167},2.6252350357769171E-3]
[null,null,"Urea and lime/dolomite (Scope 1)",null,null,null,null,null,null,null,{"$f":"C594+C601","v":149.29710144927537},3.9128653295454438E-2,{"$f":"K140*1000/$Q$220*$P$279","v":4.0219454955371083E-2},{"$f":"'Industry averages'!G16","v":2.1433101532566758E-2},"Urea and lime/dolomite"]
[null,"Pre-farm gate embedded (Scope 3)","Grain/ concentrates",null,null,null,null,null,null,null,{"$f":"E569","v":140},3.6692014836100552E-2,{"$f":"K141*1000/$Q$220*$P$279","v":3.7714889566459707E-2},{"$f":"'Industry averages'!G17","v":4.6587772697944604E-2},"Grain/ concentrates"]
[null,null,"Forages",null,null,null,null,null,null,null,{"$f":"SUM(E567:E568)","v":32},8.3867462482515552E-3,{"$f":"K142*1000/$Q$220*$P$279","v":8.6205461866193621E-3},{"$f":"'Industry averages'!G18","v":5.9010877722212498E-3},"Forages"]
[null,null,"Fertilisers",null,null,null,null,null,null,null,{"$f":"E587","v":241.97561352657004},6.34183771535103E-2,{"$f":"K143*1000/$Q$220*$P$279","v":6.5186311013792311E-2},{"$f":"'Industry averages'!G19","v":5.75454026845185E-2},"Fertilisers"]
[]
[null,"Total GHG emissions ",null,{"$f":"SUM(D129:D143)","v":2417.9284820803227},215.17221153684002,103.58217669913,17.826012811101776,105.97591070923193,{"$f":"SUM(I129:I143)","v":0},205.67407142857144,{"$f":"SUM(K129:K143)","v":3815.5440802410435},"t CO2e/annum"]
[null,"% of total GHG emissions",null,{"$f":"D145/SUM($K$129:$K$143)","v":0.6337047695508663},5.6393585557330719E-2,2.7147419744286191E-2,4.6719451895247495E-3,2.7774783485802892E-2,0,5.3904257716131054E-2]
[]
[null,"Carbon sequestration","Tree plantings",null,null,null,null,null,null,null,{"$f":"IF(C81=\"\",0,IF(U222=1,0,IF(U222=2,(F615*-1),(H84*G81*-1))))","v":-29.360000000000028},"t CO2e/annum"]
[]
[null,"Net GHG emissions ",null,null,null,null,null,null,null,null,{"$f":"K145+K148","v":3786.1840802410434},"t CO2e/annum"]
[]
[null,"GHG emissions intensity (kg CO2e/kg fat and protein corrected milk (FPCM))",null,null,null,null,null,null,null,null,null,null,{"$f":"R276","v":1.0199679604612768},{"$f":"'Industry averages'!G4","v":0.92142234982059334},"kg CO2e/kg FPCM (post carbon sequestration)"]
[null,"GHG emissions intensity (kg CO2e/kg milksolids)",null,null,null,null,null,null,null,null,null,null,{"$f":"R277","v":14.412378474055549},{"$f":"'Industry averages'!G6","v":12.807348718780416},"kg CO2e/kg milksolids (post-carbon sequestration)"]
[null,"GHG emissions intensity (kg CO2e/kg liveweight)",null,null,null,null,null,null,null,null,null,null,{"$f":"R278","v":4.1018978945351536},{"$f":"'Industry averages'!G5","v":5.0772218334647867},"kg CO2e/kg liveweight meat (post-carbon sequestration)"]
[]
[null,"Proportion of net emissions allocated to milk",null,null,null,null,null,null,null,null,null,null,{"$f":"P279","v":0.85647847223953522},{"$f":"'Industry averages'!G20","v":0.8722180451466407},"Proportion of emissions allocated to milk"]
[null,"Proportion of net emissions allocated to meat",null,null,null,null,null,null,null,null,null,null,{"$f":"P280","v":0.14352152776046473},{"$f":"'Industry averages'!G21","v":0.1277819548533593},"Proportion of emissions allocated to meat"]
[]
[]
[null,"Note: Total GHG emissions for each stock class does not include carbon sequestered in trees. However, Net GHG emissions and emissions intensities includes any carbon sequestration in tree plantings. "]
[]
[null,"Typical GHG emissions intensity, based on 70-90% of net emissions allocated to milk production, should range between 0.6 and 1.2 kg CO2e/ kg FPCM or between 8 and 18 kg CO2e/kg milksolids. If your emissions intensity is outside these ranges, review your data entry for potential errors."]
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[null,"Click here to return to the 'Your Farm' worksheet"]
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[null,null,null,null,null,null,null,null,null,null,null,"RDPs for linking to Industry average farm"]
[null,null,null,null,null,null,null,null,null,null,1,"Australia-wide"]
[null,null,null,null,null,null,null,null,null,null,2,"Victoria",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Manure management",null,null,null,null,null,"Milkers- dairy",null,null,null,null,null,null,null,null,"Milkers",null,null,null,null,"R2s","R1s","Bulls","Other stock < 1","Other stock > 1"]
[null,null,"State","Victoria","New South Wales","Tasmania","Queensland","South Australia","Western Australia",null,3,"Victoria- Gippsland",null,null,"Milk production",null,null,null,"N fertiliser rates","kg of element per ha per annum",null,null,null,null,null,null,null,null,1,"Default state factors and fractions",null,null,null,"Hours per day at dairy",{"$f":"G99","v":0},null,"Heifers",null,null,null,null,null,"% to grazing",null,{"$f":"1-((AI212/24*AI213/365)+(AI217/24*AI218/365))","v":1},null,"% to grazing",{"$f":"1-SUM(AV219:AV222)","v":1},{"$f":"1-SUM(AW219:AW222)","v":1},{"$f":"1-SUM(AX219:AX222)","v":1},{"$f":"1-SUM(AY219:AY222)","v":1},{"$f":"1-SUM(AZ219:AZ222)","v":1}]
[null,1,"Victoria","Mallee region VIC","Northern coastal NSW","North East TAS","Northern QLD","South East SA","South West WA",null,4,"Victoria- Northern",null,null,null,null,null,null,null,"tonnes of element per annum",null,null,null,null,null,null,null,null,2,"User-defined factors and fractions",null,null,null,"Days per annum at dairy",{"$f":"H99","v":0},null,null,"Hours per day ",null,{"$f":"G114","v":"Other stock > 1 yr age"},null,null,"% from dairy & drains to paddock",null,{"$f":"(AI212/24)*(AI213/365)*(AI214/100)","v":0},null,"% drains to paddock",{"$f":"IF($AE$224=\"YES\",IF($AM$226=1,(C115/24*C116/365*C117%),0),0)","v":0},{"$f":"IF($AE$226=\"YES\",IF($AM$226=1,(D115/24*D116/365*D117%),0),0)","v":0},{"$f":"IF($AE$228=\"YES\",IF($AM$226=1,(E115/24*E116/365*E117%),0),0)","v":0},{"$f":"IF($AE$230=\"YES\",IF($AM$226=1,(F115/24*F116/365*F117%),0),0)","v":0},{"$f":"IF($AE$232=\"YES\",IF($AM$226=1,(G115/24*G116/365*G117%),0),0)","v":0}]
[null,2,"New.South.Wales","Northern region VIC","Southern coastal NSW","Central North & Midlands TAS","Southern QLD","Murray River SA",null,null,5,"Victoria- South West",null,null,"Litres per annum",null,{"$f":"IF(U227=\"1\",H31,0)","v":3000000},null,null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(F88=AD212,1,2)","v":1},null,null,null,"% drained daily from sump",{"$f":"G101","v":0},null,null,"Days per annum",null,{"$f":"H114","v":0},null,null,"% from dairy & spread daily",null,{"$f":"(AI212/24*AI213/365*AI215/100)*IF(AD219=2,(1-AD221),1)","v":0},null,"% spread sump/dispersal system",{"$f":"IF($AE$224=\"YES\",IF($AM$226=2,(C115/24*C116/365*C117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0},{"$f":"IF($AE$226=\"YES\",IF($AM$226=2,(D115/24*D116/365*D117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0},{"$f":"IF($AE$228=\"YES\",IF($AM$226=2,(E115/24*E116/365*E117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0},{"$f":"IF($AE$230=\"YES\",IF($AM$226=2,(F115/24*F116/365*F117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0},{"$f":"IF($AE$232=\"YES\",IF($AM$226=2,(G115/24*G116/365*G117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0}]
[null,3,"Tasmania","North East region VIC","Central Inland & Riverina NSW","Southern TAS",null,null,null,null,6,"New South Wales",null,null,"MS per annum",null,{"$f":"IF(U227=\"2\",H31,0)","v":0},null,"Selected",{"$f":"E50","v":"tonnes of element per annum"},{"$f":"IF(T215=\"kg of element per ha per annum\",\"1\",\"2\")","v":"2"},null,null,null,null,null,null,null,null,null,null,null,null,"% spread daily",{"$f":"G102","v":0},null,null,null,null,null,null,null,"% from dairy & spread daily & treated so its solid storage",null,{"$f":"(AI212/24*AI213/365*AI215/100)*IF(AD219=1,0,AD221)","v":0},null,"% of spread daily from sump to SS",{"$f":"IF($AE$224=\"YES\",IF($AM$226=2,(C115/24*C116/365*C117%)*IF($AD$219=2,$AD$221,0),0))","v":false},{"$f":"IF($AE$226=\"YES\",IF($AM$226=2,(D115/24*D116/365*D117%)*IF($AD$219=2,$AD$221,0),0))","v":false},{"$f":"IF($AE$228=\"YES\",IF($AM$226=2,(E115/24*E116/365*E117%)*IF($AD$219=2,$AD$221,0),0))","v":false},{"$f":"IF($AE$230=\"YES\",IF($AM$226=2,(F115/24*F116/365*F117%)*IF($AD$219=2,$AD$221,0),0))","v":false},{"$f":"IF($AE$232=\"YES\",IF($AM$226=2,(G115/24*G116/365*G117%)*IF($AD$219=2,$AD$221,0),0))","v":false}]
[null,4,"Queensland","East Gippsland",null,"North West TAS",null,null,null,null,7,"NSW- North",null,null,"Fat %",null,{"$f":"IF(D33=\"\",4,D33)","v":4.3},null,null,null,null,null,null,null,null,null,null,"Pre-treat manure to separate solids",null,null,null,null,null,"% to lagoon",{"$f":"G103","v":100},null,null,null,null,null,null,null,"% from dairy & to lagoon (no pre-treatment)",null,{"$f":"IF(AD219=1,(AI212/24*AI213/365*AI216/100),(AI212/24*AI213/365*AI216/100)*(1-AD221))","v":0},null,"% to lagoon (no pre-treatment)",{"$f":"IF($AE$224=\"YES\",IF($AM$226=3,(C115/24*C116/365*C117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0},{"$f":"IF($AE$226=\"YES\",IF($AM$226=3,(D115/24*D116/365*D117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0},{"$f":"IF($AE$228=\"YES\",IF($AM$226=3,(E115/24*E116/365*E117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0},{"$f":"IF($AE$230=\"YES\",IF($AM$226=3,(F115/24*F116/365*F117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0},{"$f":"IF($AE$232=\"YES\",IF($AM$226=3,(G115/24*G116/365*G117%)*IF($AD$219=2,(1-$AD$221),1),0),0)","v":0}]
[null,5,"South.Australia","South & West Gippsland",null,null,null,null,null,null,8,"NSW- South",null,null,"Protein %",null,{"$f":"IF(H33=\"\",3.3,H33)","v":3.2},null,null,null,null,null,null,null,null,null,null,null,1,"NO",null,null,null,"Hours per day on feedpad",{"$f":"G109","v":0},null,null,null,null,null,null,null,"% from dairy & to lagoon (pre-treated & to solid storage fraction)",null,{"$f":"IF(AD219=1,0,(AI212/24*AI213/365*AI216/100)*AD221)","v":0},null,"% to lagoon (pre-treated & to solid storage)",{"$f":"IF($AE$224=\"YES\",IF($AM$226=3,(C115/24*C116/365*C117%*IF($AD$219=2,$AD$221,0)),0),0)","v":0},{"$f":"IF($AE$226=\"YES\",IF($AM$226=3,(D115/24*D116/365*D117%*IF($AD$219=2,$AD$221,0)),0),0)","v":0},{"$f":"IF($AE$228=\"YES\",IF($AM$226=3,(E115/24*E116/365*E117%*IF($AD$219=2,$AD$221,0)),0),0)","v":0},{"$f":"IF($AE$230=\"YES\",IF($AM$226=3,(F115/24*F116/365*F117%*IF($AD$219=2,$AD$221,0)),0),0)","v":0},{"$f":"IF($AE$232=\"YES\",IF($AM$226=3,(G115/24*G116/365*G117%*IF($AD$219=2,$AD$221,0)),0),0)","v":0}]
[null,6,"Western.Australia","South West VIC",null,null,null,null,null,null,9,"Queensland",null,null,"DGAS estimated kg MS if litres entered",null,{"$f":"IF(Q214=0,Q215,(Q214*(Q216+Q217)/100))","v":225000},null,"Tree sequestration","No estimate of carbon sequestration",null,null,null,null,null,null,null,null,2,"YES",null,null,null,"Days per annum on feedpad",{"$f":"H109","v":0},null,null,null,null,null,null,null,"% from feedpad and drains to paddock",null,{"$f":"IF(AH226=1,(AI217/24*AI218/365),0)","v":0},null,"% to solid storage",{"$f":"IF($AE$224=\"YES\",IF($AM$226=4,C115/24*C116/365*C117%,0),0)","v":0},{"$f":"IF($AE$226=\"YES\",IF($AM$226=4,D115/24*D116/365*D117%,0),0)","v":0},{"$f":"IF($AE$228=\"YES\",IF($AM$226=4,E115/24*E116/365*E117%,0),0)","v":0},{"$f":"IF($AE$230=\"YES\",IF($AM$226=4,F115/24*F116/365*F117%,0),0)","v":0},{"$f":"IF($AE$232=\"YES\",IF($AM$226=4,G115/24*G116/365*G117%,0),0)","v":0}]
[null,null,null,null,null,null,null,null,null,null,10,"QLD- North",null,null,"DGAS estimated litres per annum",null,{"$f":"IF(Q214=0,(Q215/((Q216+Q217)/100)),Q214)","v":3000000},null,null,"Based on data entered here",null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(G105=\"\",1,IF(G105=AD217,1,2))","v":1},null,null,null,null,null,null,null,null,null,null,null,null,"% from feedpad spread daily",null,{"$f":"IF(AH226=2,(AI217/24*AI218/365),0)*IF(AD219=2,(1-AD221),1)","v":0},null,"% sum solid storage",{"$f":"AV215+AV217+AV218","v":0},{"$f":"AW215+AW217+AW218","v":0},{"$f":"AX215+AX217+AX218","v":0},{"$f":"AY215+AY217+AY218","v":0},{"$f":"AZ215+AZ217+AZ218","v":0}]
[null,null,null,null,null,null,null,null,null,null,11,"QLD- South",null,null,"FPCM (kg per annum)",null,{"$f":"(Q219*1.03)*(0.2534+0.1226*Q216+0.0776*Q217)","v":3179301.0000000005},null,null,"Carbon sequestered using other tools",null,null,null,null,null,null,null,null,null,null,null,null,null,"Milkers- feedpad",null,null,"Heifers- feedpad",null,null,null,null,null,"% of feedpad spread daily going to SS",null,{"$f":"IF(AH226=2,(AI217/24*AI218/365*IF(AD219=2,AD221,0)),0)","v":0},null,"% sum drains to paddock",{"$f":"AV213","v":0},{"$f":"AW213","v":0},{"$f":"AX213","v":0},{"$f":"AY213","v":0},{"$f":"AZ213","v":0}]
[null,null,null,null,null,null,null,null,null,null,12,"South Australia",null,null,"kg FPCM milk per cow per day",null,{"$f":"ROUND((Q220/D16/D35),1)","v":19.3},null,null,null,null,null,null,null,null,null,null,"Percentage of solids removed",null,{"$f":"IF(G106=\"\",0.2,G106/100)","v":0.2},null,null,null,null,null,null,null,null,null,null,null,null,"% from feedpad to lagoon without treatment",null,{"$f":"(IF(AH226=3,(AI217/24*AI218/365*IF(AD219=2,(1-AD221),1)),0))","v":0},null,"% sum lagoon",{"$f":"AV216","v":0},{"$f":"AW216","v":0},{"$f":"AX216","v":0},{"$f":"AY216","v":0},{"$f":"AZ216","v":0}]
[null,"Selected State",{"$f":"D12","v":"Victoria"},"Selected Region",{"$f":"C83","v":"South West VIC"},null,"Calves sold","Calves sold soon after birth ",null,null,13,"Tasmania ",null,null,"litres per cow per day",null,{"$f":"((Q219/D16/D35))","v":18.181818181818183},null,"Selected",{"$f":"C81","v":"Based on data entered here"},{"$f":"IF(C81=\"\",0,IF(C81=T218,1,IF(C81=T219,2,3)))","v":2},null,null,null,null,null,null,null,null,null,null,null,1,"Flushed & drains daily to the paddock",null,null,"Feedpad waste- heifers",1,"Flushed & drains daily to the paddock",null,null,null,"% from feedpad and to lagoon but with pre-treatment to make it solid storage",null,{"$f":"(IF(AH226=3,(AI217/24*AI218/365*IF(AD219=2,AD221,0)),0))","v":0},null,"% sum sump and dispersal",{"$f":"AV214","v":0},{"$f":"AW214","v":0},{"$f":"AX214","v":0},{"$f":"AY214","v":0},{"$f":"AZ214","v":0}]
[null,null,null,null,null,null,null,"Calves sold post-weaning ",null,null,14,"Western Australia",null,null,"kg MS per cow per day",null,{"$f":"(Q222*((Q216+Q217)/100))","v":1.3636363636363638},null,null,null,null,null,null,null,null,null,null,null,null,null,"On feedpad",null,2,"Flushed & spread daily from a sump",null,null,null,2,"Flushed & spread daily from a sump",null,null,null,"% from feedpad to solid storage",null,{"$f":"IF(AH226=4,(AI217/24*AI218/365),0)","v":0}]
[null,null,null,null,null,null,"Selected",{"$f":"IF(K14=H222,1,2)","v":2},null,null,15,"Low grain (< 1 t DM/cow.annum)",null,null,"Average DMD",null,{"$f":"((D38*F38)+(D39*F39)+(D40*F40)+(D41*F41)+(D42*F42)+(D43*F43))/D44","v":75.735294117647058},null,"Milk production","litres per herd per annum",null,null,null,null,null,null,null,"Heifers > 1 feedlot",null,null,{"$f":"IF(C115>0,\"Yes\",\"No\")","v":"No"},null,3,"Flushed to a pond/lagoon system",null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,"% sum solid storage",null,{"$f":"AS215+AS217+AS220+AS222+AS223","v":0}]
[null,null,null,null,null,null,null,{"$f":"IF(H224=1,H222,H223)","v":"Calves sold post-weaning "},null,null,16,"Medium grain (1-2 t DM/cow.annum)",null,null,"Average CP",null,{"$f":"((D38*H38)+(D39*H39)+(D40*H40)+(D41*H41)+(D42*H42)+(D43*H43))/D44","v":18.632352941176471},null,null,"kg milksolids per herd per annum",null,null,null,null,null,null,null,null,null,null,null,null,4,"Scraped & stockpiled ",null,null,null,4,"Scraped & stockpiled ",null,null,null,"% drains to paddock",null,{"$f":"AS213+AS218","v":0}]
[null,null,null,null,null,null,null,null,null,null,17,"High grain (> 2 t DM/cow.annum)",null,null,"Average intake required",null,{"$f":"ROUND((1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2*1.1+((Q222*D35/365)*3.054/0.6/(0.00795*Q224-0.0014)/18.4),1)","v":15.5},null,null,null,null,null,null,null,null,null,null,"Heifers < 1 feedlot",null,null,{"$f":"IF(D115>0,\"Yes\",\"No\")","v":"No"},null,"Selected",{"$f":"IF(F111=AH222,1,IF(F111=AH223,2,IF(F111=AH224,3,4)))","v":4},null,null,null,"Selected",{"$f":"IF(F119=AM222,1,IF(F119=AM223,2,IF(F119=AM224,3,4)))","v":4},null,null,null,"% sum lagoon",null,{"$f":"AS216+AS221","v":0}]
[null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"H12","v":"Victoria- South West"},null,null,null,null,null,null,"Selected",{"$f":"D31","v":"litres per herd per annum"},{"$f":"IF(D31=T224,\"1\",\"2\")","v":"1"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% sum sump and dispersal",null,{"$f":"AS214+AS219","v":0}]
[null,"Example farm GHG emissions estimations",null,null,null,null,null,null,null,null,null,null,null,null,"Net GHG emissions (kg)",null,{"$f":"K150*1000","v":3786184.0802410436},null,null,null,null,null,null,null,null,null,null,"Bulls feedlot",null,null,{"$f":"IF(E115>0,\"Yes\",\"No\")","v":"No"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"EI (litres FPCM)",null,{"$f":"Q228/Q220","v":1.1908856947615349},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Pasture","Lagoon","Sump/dispersal","Drain to paddock","Solid storage","Integrated MCF"]
[null,"Methane Calculation","Seasons",{"$f":"D14","v":"Milking cows"},{"$f":"E14","v":"Heifers > 1 yr age"},{"$f":"F14","v":"Heifers < 1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls",{"$f":"I14","v":"Other stock > 1 yr age"},"Units","Inventory reference",null,"EI (kg MS)",null,{"$f":"Q228/Q218","v":16.827484801071304},null,null,null,null,null,null,null,null,null,null,"Other stock < 1 feedlot",null,null,{"$f":"IF(F115>0,\"Yes\",\"No\")","v":"No"},null,null,1,"Victoria",83.9,10.8,0.9,0.2,4.2,8.92]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,"New.South.Wales",78.7,9,2,1.9,8.4,8.0500000000000007]
[null,"Feed Intake",null,"I = (1.185 +(0.00454 x W) - (0.0000026 x (W)^2) + ((0.315 x LWG)))^2 x MR + MI",null,null,null,null,null,null,null,null,"3A.1a_1",null,"FPCM (kg per annum based on IDF equation)",null,{"$f":"Q220","v":3179301.0000000005},null,null,null,null,null,null,null,null,null,null,"Other stock > 1 feedlot",null,null,{"$f":"IF(G115>0,\"Yes\",\"No\")","v":"No"},null,null,3,"Tasmania",86.5,8.4,2.4,0.8,2,6.9,null,null,null,null,null,null,"MCF calculations- milkers"]
[null,null,"Annual",{"$f":"(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*D26)))^2*1.1+D237","v":15.743231181851248},{"$f":"(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*E20)))^2*1+E237","v":7.1609759999999989},{"$f":"(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*F20)))^2*1+F237","v":4.1127840000000004},{"$f":"(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*G20)))^2*1+G237","v":8.8387289999999989},{"$f":"(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*H20)))^2*1+H237","v":5.3084159999999994},null,null,{"$f":"(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*I20)))^2*1+K237","v":1.4042250000000001},"kg DM/head/day",null,null,"Meat production",null,"Cull cows","Heifers < 1","Heifers > 1","Bulls","Other stock < 1","Other stock > 1",null,null,null,null,null,null,null,null,null,null,null,4,"Queensland",78.7,7.3,3.3,2.4,8.4,7.99,null,null,null,null,null,null,null,"Lagoon","Sump and dispersal","Drains to paddock","Solids storage","Voided pasture","Integrated MCF"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cull cows",null,{"$f":"IF(AND(D22>0,D24=\"\"),(D22*D18),(D22*D24))","v":63250},4250,0,2400,40000,0,null,null,null,null,null,null,null,null,null,null,null,5,"South.Australia",80.5,10.4,1.4,0.8,6.9,2.5499999999999998,null,null,null,null,null,1,"Victoria",73,0.5,17,2,1]
[null,"Additional intake for milk production",null,"MI = MP x 1.03 x NE / k / qm / 18.4",null,null,null,null,null,null,null,null,null,null,"Total meat",null,{"$f":"SUM(Q234:V234)","v":109900},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"Western.Australia",79.900000000000006,10,1.9,0.9,7.4,8.6,null,null,null,null,null,2,"New.South.Wales",76,0.5,18,2,1]
[null,null,null,"MP x 3.054 (MJ net energy/kg milk) / 0.6 / (0.00795 x DMD - 0.0014) / 18.4",null,null,null,null,null,null,null,null,"3A.1a_2",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,"Tasmania",69,0.1,13,2,1]
[null,null,"Annual",{"$f":"(Q222*1.03*D35/365)*3.054/0.6/((0.00795*F44)-0.0014)/18.4","v":7.088403681851247},{"$f":"0*3.054/0.6/(0.00795*D46-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D47-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D46-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D46-0.0014)/18.4","v":0},null,null,{"$f":"0*3.054/0.6/(0.00795*D46-0.0014)/18.4","v":0},"kg DM/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4,"Queensland",78,0.5,24,2,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default fractions: milkers",{"$f":"C222","v":"Victoria"},{"$f":"VLOOKUP($AI$238,$AI$229:$AO$235,2,FALSE)","v":83.9},{"$f":"VLOOKUP($AI$238,$AI$229:$AO$235,3,FALSE)","v":10.8},{"$f":"VLOOKUP($AI$238,$AI$229:$AO$235,4,FALSE)","v":0.9},{"$f":"VLOOKUP($AI$238,$AI$229:$AO$235,5,FALSE)","v":0.2},{"$f":"VLOOKUP($AI$238,$AI$229:$AO$235,6,FALSE)","v":4.2},{"$f":"VLOOKUP($AI$238,$AI$229:$AO$235,7,FALSE)","v":8.92},null,null,null,null,null,5,"South.Australia",74,0.5,17,2,1]
[null,"Daily Methane Yield (M)",null,"M = 20.7 x I/1000",null,null,null,null,null,null,null,null,"3A.1a_3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"User defined: milkers",null,{"$f":"AS212*100","v":100},{"$f":"AS226*100","v":0},{"$f":"AS227*100","v":0},{"$f":"AS225*100","v":0},{"$f":"AS224*100","v":0},{"$f":"BB243","v":1},null,null,null,null,null,6,"Western.Australia",76,0.5,18,2,1]
[null,null,"Annual",{"$f":"20.7*D233/1000","v":0.32588488546432087},{"$f":"20.7*E233/1000","v":0.14823220319999997},{"$f":"20.7*F233/1000","v":8.5134628800000001E-2},{"$f":"20.7*G233/1000","v":0.18296169029999995},{"$f":"20.7*H233/1000","v":0.10988421119999998},1.7600000000000001E-2,2.0400000000000001E-2,{"$f":"20.7*K233/1000","v":2.9067457500000001E-2},"kg CH4/head.day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for milkers",null,{"$f":"IF($AD$214=1,AJ238,AJ239)","v":83.9},10.8,0.9,0.2,4.2,8.92]
[null,null,null,null,null,null,null,null,null,".",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default other stock fractions",null,100,0,0,0,0,1,null,null,null,null,null,"Selected",{"$f":"VLOOKUP($D$12,$AV$234:$BA$240,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$AV$234:$BA$240,2,FALSE)","v":73},{"$f":"VLOOKUP($D$12,$AV$234:$BA$240,3,FALSE)","v":0.5},{"$f":"VLOOKUP($D$12,$AV$234:$BA$240,4,FALSE)","v":17},{"$f":"VLOOKUP($D$12,$AV$234:$BA$240,5,FALSE)","v":2},{"$f":"VLOOKUP($D$12,$AV$234:$BA$240,6,FALSE)","v":1}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"R2 User defined fraction",null,{"$f":"AV212*100","v":100},{"$f":"AV221*100","v":0},{"$f":"AV222*100","v":0},{"$f":"AV220*100","v":0},{"$f":"AV219*100","v":0},{"$f":"BB246","v":1}]
[null,"Annual Australian methane production (Gg) for all classes of dairy cattle across all states",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"R1 User defined fraction",null,{"$f":"AW212*100","v":100},{"$f":"AW221*100","v":0},{"$f":"AW222*100","v":0},{"$f":"AW220*100","v":0},{"$f":"AW219*100","v":0},{"$f":"BB247","v":1},null,null,null,null,null,"Milker MCF",null,{"$f":"AW241*AS226","v":0},{"$f":"AX241*AS227","v":0},{"$f":"AY241*AS225","v":0},{"$f":"AZ241*AS224","v":0},{"$f":"BA241*AS212","v":1},{"$f":"SUM(AW243:BA243)","v":1}]
[null,null,null,"E =(365 x N x M) x 10^-6 for > 1, (281 x N x M) x 10^-6 for weaned 0-1 years and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"4A.1a_7",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Bulls User defined fraction",null,{"$f":"AX212*100","v":100},{"$f":"AX221*100","v":0},{"$f":"AX222*100","v":0},{"$f":"AX220*100","v":0},{"$f":"AX219*100","v":0},{"$f":"BB248","v":1}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock < 1 defined fraction",null,{"$f":"AY212*100","v":100},{"$f":"AY221*100","v":0},{"$f":"AY222*100","v":0},{"$f":"AY220*100","v":0},{"$f":"AY219*100","v":0},{"$f":"BB249","v":1},null,null,null,null,null,"Non-milkers MCF"]
[null,null,"Annual",{"$f":"(365*D16*D240)*10^-6","v":6.5421390756962405E-2},{"$f":"(365*E16*E240)*10^-6","v":6.4925705001599989E-3},{"$f":"(281*F16*F240)*10^-6","v":2.9903538366000001E-3},{"$f":"(365*G16*G240)*10^-6","v":5.3424813567599981E-4},{"$f":"(281*H16*H240)*10^-6","v":3.0877463347199993E-3},{"$f":"(84*F16*I240)*10^-6","v":1.8479999999999999E-4},{"$f":"(84*H16*J240)*10^-6","v":1.7136000000000001E-4},{"$f":"(365*I16*K240)*10^-6","v":0},"Gg CH4/farm/annum",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock > 1 defined fraction",null,{"$f":"AZ212*100","v":100},{"$f":"AZ221*100","v":0},{"$f":"AZ222*100","v":0},{"$f":"AZ220*100","v":0},{"$f":"AZ219*100","v":0},{"$f":"BB250","v":1},"No. head for weighted average",null,null,null,null,"R2s",null,{"$f":"AV221*$AW241","v":0},{"$f":"AV222*AX241","v":0},{"$f":"AV220*AY241","v":0},{"$f":"AV219*AZ241","v":0},{"$f":"AV212*BA241","v":1},{"$f":"SUM(AW246:BA246)","v":1}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"New IDF (2022)-aligned method of estimating milk and meat allocations and emissions intensities",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for R2s",null,{"$f":"IF($AE$230=1,AJ241,AJ242)","v":100},{"$f":"IF($AE$230=1,AK241,AK242)","v":0},0,0,0,1,{"$f":"Rising2HeiferNumber","v":120},null,null,null,null,"R1s",null,{"$f":"AW221*AW241","v":0},{"$f":"AW222*AX241","v":0},{"$f":"AW220*AY241","v":0},{"$f":"AW219*AZ241","v":0},{"$f":"AW212*BA241","v":1},{"$f":"SUM(AW247:BA247)","v":1}]
[null,"Grand Total",{"$f":"SUM(D246:K246)","v":7.8882469564118401E-2},null,null,null,null,null,null,null,null,"Gg CH4/year/farm",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for R1s",null,{"$f":"IF($AE$230=1,AJ241,AJ243)","v":100},{"$f":"IF($AE$230=1,AK241,AK243)","v":0},0,0,0,1,{"$f":"Rising1HeiferNumber","v":125},null,null,null,null,"Bulls",null,{"$f":"AX221*AW241","v":0},{"$f":"AX222*AX241","v":0},{"$f":"AX220*AY241","v":0},{"$f":"AX219*AZ241","v":0},{"$f":"AX212*BA241","v":1},{"$f":"SUM(AW248:BA248)","v":1}]
[null,"Grand Total ",{"$f":"C248*'Emission factors'!$C$4","v":2.2087091477953154},null,null,null,null,null,null,null,null,"Gg CO2-e/year/farm",null,null,"Liveweight Cull Cows (inc bulls)",{"$f":"D22*D24+G22*G24","v":65650},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for bulls",null,{"$f":"IF($AE$230=1,AJ241,AJ244)","v":100},{"$f":"IF($AE$230=1,AK241,AK244)","v":0},0,0,0,1,{"$f":"BullNumber","v":8},null,null,null,null,"Other stock < 1",null,{"$f":"AY221*AW241","v":0},{"$f":"AY222*AX241","v":0},{"$f":"AY220*AY241","v":0},{"$f":"AY219*AZ241","v":0},{"$f":"AY212*BA241","v":1},{"$f":"SUM(AW249:BA249)","v":1}]
[null,"Grand Total ",{"$f":"C249*10^3","v":2208.7091477953154},null,null,null,null,null,null,null,null,"t CO2-e/year/farm",null,null,"Liveweight Calves at Birth",{"$f":"IF(H224=1,J22*J24,0)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock < 1",null,{"$f":"IF($AE$230=1,AJ241,AJ245)","v":100},0,0,0,0,1,{"$f":"OtherLivestockNumber","v":100},null,null,null,null,"Other stock > 1",null,{"$f":"AZ221*AW241","v":0},{"$f":"AZ222*AX241","v":0},{"$f":"AZ220*AY241","v":0},{"$f":"AZ219*AZ241","v":0},{"$f":"AZ212*BA241","v":1},{"$f":"SUM(AW250:BA250)","v":1}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Liveweight Calves Weaned",{"$f":"IF(H224=2,J22*J24,0)","v":22575},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock > 1",null,{"$f":"IF($AE$230=1,AJ241,AJ246)","v":100},{"$f":"IF($AE$230=1,AK241,AK246)","v":0},0,0,0,1,{"$f":"OtherLivestockNotImportedNumber","v":0}]
[null,"Methane from waste",null,{"$f":"D14","v":"Milking cows"},{"$f":"E14","v":"Heifers > 1 yr age"},{"$f":"F14","v":"Heifers < 1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)",{"$f":"I14","v":"Other stock > 1 yr age"},"Inventory reference",null,"Liveweight Fattened Dairy Livestock",{"$f":"SUMPRODUCT(E22:F22,E24:F24)","v":4250},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Weighted average",null,{"$f":"SUMPRODUCT(AJ247:AJ251,$AP$247:$AP$251)/SUM($AP$247:$AP$251)","v":100},0,0,0,0,1]
[null,"Ash content (A)",0.08,null,null,null,null,null,null,null,null,"fraction",null,null,"Liveweight Fattened Other Livestock",{"$f":"SUMPRODUCT(H22:I22,H24:I24)","v":40000}]
[null,"Emission potential (Bo)",0.24,null,null,null,null,null,null,null,null,"m3 CH4/kg VS",null,null,"Total Liveweight Sold",{"$f":"SUM(P249:P253)","v":132475}]
[null,"Density of methane (r)",0.6784,null,null,null,null,null,null,null,null,"kg/m3"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Factor","Dairy","% of Dairy Meat","All Meat","% of All Meat"]
[null,"Volatile solids (VS) ","VS = (I x (1 - DMD) + (0.04 x I)) x (1 - A)",null,null,null,null,null,null,null,null,null,"4B.1a_1",null,"Energy Demand Cull Cows",15,{"$f":"P249*P257","v":984750},{"$f":"Q257/$Q$262","v":0.71873004287929931},{"$f":"P249*P257","v":984750},{"$f":"S257/$S$262","v":0.54402320281748495}]
[null,null,"Annual",{"$f":"(D233*(1-(F44/100))+(0.04*D233))*(1-$C$253)","v":4.0937957507348024},{"$f":"(E233*(1-($D$46/100))+(0.04*E233))*(1-$C$253)","v":1.9105483967999999},{"$f":"(F233*(1-($D$46/100))+(0.04*F233))*(1-$C$253)","v":1.0972907712000002},{"$f":"(G233*(1-($D$46/100))+(0.04*G233))*(1-$C$253)","v":2.3581728971999998},{"$f":"(H233*(1-($D$46/100))+(0.04*H233))*(1-$C$253)","v":1.4162853888},0.26850000000000002,0.30030000000000001,{"$f":"(K233*(1-($D$46/100))+(0.04*K233))*(1-$C$253)","v":0.37464723000000005},"kg/head/day",null,null,"Energy Demand Calves at Birth",27.5,{"$f":"P250*P258","v":0},{"$f":"Q258/$Q$262","v":0},{"$f":"P250*P258","v":0},{"$f":"S258/$S$262","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Calves Weaned",15,{"$f":"P251*P259","v":338625},{"$f":"Q259/$Q$262","v":0.24714898275704772},{"$f":"P251*P259","v":338625},{"$f":"S259/$S$262","v":0.18707271597265382}]
[null,"Methane production from manure","M = VS x Bo x MCF x r ",null,null,null,null,null,null,null,null,null,"4B.1a_2",null,"Energy Demand Fattened Dairy Livestock",11,{"$f":"P252*P260","v":46750},{"$f":"Q260/$Q$262","v":3.4120974363652953E-2},{"$f":"P252*P260","v":46750},{"$f":"S260/$S$262","v":2.582694565292452E-2}]
[null,null,"MCF = Integrated methane conversion factor - based on the proportion of different manure management regimes",null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Fattened Other Livestock",11,null,{"$f":"Q261/$Q$262","v":0},{"$f":"P253*P261","v":440000},{"$f":"S261/$S$262","v":0.24307713555693666}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Energy Demand Meat",null,{"$f":"SUM(Q257:Q261)","v":1370125},{"$f":"SUM(R257:R261)","v":0.99999999999999989},{"$f":"SUM(S257:S261)","v":1810125},{"$f":"SUM(T257:T261)","v":1}]
[]
[null,null,"Methane for each manure management system and MCF associated, for each class of cattle separately",null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Milk",3.1,{"$f":"Q232*P264","v":9855833.1000000015},null,{"$f":"Q264","v":9855833.1000000015}]
[]
[null,null,"Annual",{"$f":"D258*$C$254*$C$255*AO240%","v":5.9454962046486065E-2},{"$f":"E258*$C$254*$C$255*AO247%","v":3.110678477733888E-3},{"$f":"F258*$C$254*$C$255*AO248%","v":1.7865649420369925E-3},{"$f":"G258*$C$254*$C$255*AO249%","v":3.8394827843051512E-3},{"$f":"H258*$C$254*$C$255*AO250%","v":2.3059392186286077E-3},{"$f":"I258*$C$254*$C$255*AO248%","v":4.3716095999999998E-4},{"$f":"J258*$C$254*$C$255*AO250%","v":4.8893644799999998E-4},{"$f":"K258*$C$254*$C$255*AO251%","v":6.0998563399680011E-4},"kg CH4/head/day",null,null,"Total Energy Demand",null,{"$f":"Q264+Q262","v":11225958.100000001},null,{"$f":"S264+S262","v":11665958.100000001}]
[]
[null,"The annual methane production (Gg) from the manure of dairy cattle",null,null,null,null,null,null,null,null,null,null,null,null,"% Milk of Energy",null,{"$f":"Q264/Q266","v":0.87795028381586426},null,{"$f":"S264/S266","v":0.84483700485774937}]
[null,null,"Total = (365 x N x M) x 10^-6 for > 1 yr olds, (281 x N x M) x 10^-6 for 0 to 1 yr olds and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,null,"4B.1a_3"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milk only CO2 (Electricity + Pre-farmgate milk platform feed)",{"$f":"K136+K137+D578","v":273.25}]
[null,null,"Annual",{"$f":"(365*D16*D266)*10^-6","v":1.1935583630832077E-2},{"$f":"(365*E16*E266)*10^-6","v":1.3624771732474429E-4},{"$f":"(281*F16*F266)*10^-6","v":6.2753093589049366E-5},{"$f":"(365*G16*G266)*10^-6","v":1.1211289730171041E-5},{"$f":"(281*H16*H266)*10^-6","v":6.4796892043463884E-5},{"$f":"(84*F16*I266)*10^-6","v":4.5901900800000001E-6},{"$f":"(84*H16*J266)*10^-6","v":4.1070661631999999E-6},{"$f":"(365*I16*K266)*10^-6","v":0},"Gg CH4/farm/annum",null,null,"Meat only CO2 (Other Livestock)",{"$f":"H145+I145","v":105.97591070923193}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Dairy Livestock CO2 (Dairy Livestock)",{"$f":"D145+E145+F145+G145","v":2754.5088831273947}]
[null,"Grand total",{"$f":"SUM(D271:K271)","v":1.2219289879762707E-2},null,null,null,null,null,null,null,null,"Gg CH4/farm/year",null,null,"General Farm CO2 (Fertiliser + Fuel + Support block supp feed - Trees)",{"$f":"SUM(K134:K135)+SUM(K138:K140)+K143+K148+E578","v":652.44928640441697}]
[null,"Grand total",{"$f":"C273*'Emission factors'!$C$4","v":0.34214011663335581},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year",null,null,"Total Farm CO2",{"$f":"SUM(P270:P273)","v":3786.1840802410434}]
[null,"Grand total",{"$f":"C274*10^3","v":342.14011663335583},null,null,null,null,null,null,null,null,"t CO2-e/farm/year",null,null,null,null,null,"Calculated from spreadsheet data"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total milk CO2 allocated emissions",{"$f":"P270+P272*Q268+P273*S268","v":3242.7851566624986},null,{"$f":"P276*1000/Q232","v":1.0199679604612768},"kg CO2 / kg FPCM"]
[null,"Faecal nitrous oxide calculation","Seasons",{"$f":"D14","v":"Milking cows"},{"$f":"E14","v":"Heifers > 1 yr age"},{"$f":"F14","v":"Heifers < 1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)",{"$f":"I14","v":"Other stock > 1 yr age"},"Inventory reference",null,"Total meat CO2 allocated emissions",{"$f":"P271+P272*(1-Q268)+P273*(1-S268)","v":543.39892357854455},null,{"$f":"P276*1000/Q218","v":14.412378474055549},"kg CO2 / kg MS"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"P277*1000/P254","v":4.1018978945351536},"kg CO2 / kg LW"]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP",null,null,null,null,null,null,null,null,"3B.1a_4",null,"% of total CO2 allocated to milk ",{"$f":"P276/P274","v":0.85647847223953522}]
[null,null,"Annual",{"$f":"D233*H44%","v":2.9333343981478728},{"$f":"E233*D47%","v":1.4321951999999998},{"$f":"F233*D47%","v":0.82255680000000009},{"$f":"G233*D47%","v":1.7677457999999999},{"$f":"H233*D47%","v":1.0616831999999998},null,null,{"$f":"K233*D47%","v":0.28084500000000001},"kg/head/day",null,null,"% of total CO2 allocated to meat",{"$f":"P277/P274","v":0.14352152776046473}]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25",null,null,null,null,null,null,null,null,"3B.1a_6",null,"Meat Allocation Detail","kg LW sold",null,"tonnes of CO2","% of Meat","% of CO2","kg CO2 / kg LW"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 ",null,null,null,null,null,null,null,null,null,null,"Cull Cows/bulls",{"$f":"P249","v":65650},null,{"$f":"$P$272*(1-$Q$268)*R257+$P$273*(1-$S$268)*T257","v":296.70244167622877},{"$f":"R283/$R$288","v":0.54601219988125815},{"$f":"S283*$P$280","v":7.8364505102810414E-2},{"$f":"R283*1000/P283","v":4.5194583652129285}]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen",null,null,null,null,null,null,null,null,null,null,"Calves at Birth",0,null,{"$f":"$P$272*(1-$Q$268)*R258+$P$273*(1-$S$268)*T258","v":0},{"$f":"R284/$R$288","v":0},{"$f":"S284*$P$280","v":0},{"$error":"#DIV/0!"}]
[null,null,"Annual",{"$f":"(0.3*((D280*(1-((F44+10)/100))))+(0.105*((0.1604*F44-1.037)*D233*0.008))+(0.0152*D233))/6.25","v":8.1881783742641601E-2},{"$f":"(0.3*((E280*(1-((D46+10)/100))))+(0.105*((0.1604*D46-1.037)*E233*0.008))+(0.0152*E233))/6.25","v":3.8307348944179198E-2},{"$f":"(0.3*((F280*(1-((D46+10)/100))))+(0.105*((0.1604*D46-1.037)*F233*0.008))+(0.0152*F233))/6.25","v":2.2001170206412804E-2},{"$f":"(0.3*((G280*(1-((D46+10)/100))))+(0.105*((0.1604*D46-1.037)*G233*0.008))+(0.0152*G233))/6.25","v":4.7282420165356796E-2},{"$f":"(0.3*((H280*(1-((D46+10)/100))))+(0.105*((0.1604*D46-1.037)*H233*0.008))+(0.0152*H233))/6.25","v":2.8397154808627194E-2},5.4999999999999997E-3,5.0000000000000001E-3,{"$f":"(0.3*((K280*(1-((D46+10)/100))))+(0.105*((0.1604*D46-1.037)*K233*0.008))+(0.0152*K233))/6.25","v":7.5118443451200004E-3},"kg/head/day",null,null,"Calves Weaned",22575,null,{"$f":"$P$272*(1-$Q$268)*R259+$P$273*(1-$S$268)*T259","v":102.02677259468187},{"$f":"R285/$R$288","v":0.18775667040852098},{"$f":"S285*$P$280","v":2.694712418424897E-2},4.5194583652129285]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Fattened Dairy Livestock",4250,null,{"$f":"$P$272*(1-$Q$268)*R260+$P$273*(1-$S$268)*T260","v":14.085645238246961},{"$f":"R286/$R$288","v":2.5921371256104411E-2},{"$f":"S286*$P$280","v":3.7202748043223014E-3},3.3142694678228146]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP / 6.38) + {0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)} /6.25",null,null,null,null,null,null,null,null,"3B.1a_5",null,"Fattened Other Livestock",40000,null,{"$f":"P271+P273*(1-S268)*T261","v":130.58406406938701},{"$f":"R287/$R$288","v":0.24030975845411662},{"$f":"S287*$P$280","v":3.4489623669083071E-2},3.2646016017346753]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Meat",132475,null,{"$f":"SUM(R283:R287)","v":543.39892357854455},{"$f":"SUM(S283:S287)","v":1},{"$f":"SUM(T283:T287)","v":0.14352152776046476},4.1018978945351536]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)",null,null,null,null,null,null,null,null,null,"Table 5.A.3"]
[null,null,null,"Milking Cows","Heifers >1","Heifers <1","Mature bulls","Dairy Bulls <1","Dairy Bulls >1"]
[null,1,"Victoria",590,590,590,770,770,770]
[null,2,"New.South.Wales",590,590,590,770,770,770]
[null,3,"Tasmania",590,590,590,770,770,770]
[null,4,"Queensland",590,590,590,770,770,770]
[null,5,"South.Australia",590,590,590,770,770,770]
[null,6,"Western.Australia",590,590,590,770,770,770]
[null,7,"Northern.Territory",590,590,590,770,770,770]
[null,"Selected",{"$f":"VLOOKUP($D$12,$C$291:$I$297,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$C$291:$I$297,2,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$291:$I$297,3,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$291:$I$297,4,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$291:$I$297,5,FALSE)","v":770},{"$f":"VLOOKUP($D$12,$C$291:$I$297,6,FALSE)","v":770},{"$f":"VLOOKUP($D$12,$C$291:$I$297,7,FALSE)","v":770}]
[null,null,"Z",{"$f":"IF(D298>0,D18/D298,0)","v":0.84745762711864403},0.59322033898305082,0.25423728813559321,0.77922077922077926,0.25974025974025972,0]
[]
[null,"L intake relative that that needed for maintenance",null,{"$f":"D233/(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2","v":2.000912704503512},{"$f":"E233/(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*0)))^2","v":1.1876605782065544},{"$f":"F233/(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*0)))^2","v":1.2588653776622303},{"$f":"G233/(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*0)))^2","v":1},{"$f":"H233/(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*0)))^2","v":1.3418234679879608},{"$f":"K233/(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*0)))^2","v":1}]
[]
[null,"Nitrogen retained (NR) by the body","Annual",{"$f":"((0.032*(Q222*1.03*D35/365)/6.38)+((0.212-0.008*(D301-2)-((0.14-0.008*(D301-2))/(1+EXP(-6*(D$299-0.4)))))*(0*0.92))/6.25)","v":7.7202653060427798E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(E301-2)-((0.14-0.008*(E301-2))/(1+EXP(-6*(E$299-0.4)))))*(E20*0.92))/6.25)","v":1.102347690796146E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(F301-2)-((0.14-0.008*(F301-2))/(1+EXP(-6*(F$299-0.4)))))*(F20*0.92))/6.25)","v":1.8030116065935624E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(G301-2)-((0.14-0.008*(G301-2))/(1+EXP(-6*(G$299-0.4)))))*(G20*0.92))/6.25)","v":0},{"$f":"((0.032*0/6.38)+((0.212-0.008*(H301-2)-((0.14-0.008*(H301-2))/(1+EXP(-6*(H$299-0.4)))))*(H20*0.92))/6.25)","v":2.5540745990623968E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(I301-2)-((0.14-0.008*(I301-2))/(1+EXP(-6*(I$299-0.4)))))*(I20*0.92))/6.25)","v":0},null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4 x W^0.75) / 6.25]",null,null,null,null,null,null,null,null,"3B.1a_7"]
[null,null,"Annual",{"$f":"(D280/6.25)-D303-D285-((1.1*10^-4*D18^0.75)/6.25)","v":0.30838809347693491},{"$f":"(E280/6.25)-E303-E285-((1.1*10^-4*E18^0.75)/6.25)","v":0.17839623002243715},{"$f":"(F280/6.25)-F303-F285-((1.1*10^-4*F18^0.75)/6.25)","v":9.0823437454211092E-2},{"$f":"(G280/6.25)-G303-G285-((1.1*10^-4*G18^0.75)/6.25)","v":0.23342324346170468},{"$f":"(H280/6.25)-H303-H285-((1.1*10^-4*H18^0.75)/6.25)","v":0.11499539112288647},8.2000000000000007E-3,4.1999999999999997E-3,{"$f":"(K280/6.25)-I303-K285-((1.1*10^-4*I18^0.75)/6.25)","v":3.7423355654880003E-2},"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6 for > 1 yr olds, (281 x N X F) x 10^-6 for 0 to 1 yr olds and (84 x N x F) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8a"]
[]
[null,null,"Annual",{"$f":"(365*D16*D285)*10^-6","v":1.6437768086335302E-2},{"$f":"(365*E16*E285)*10^-6","v":1.6778618837550489E-3},{"$f":"(281*F16*F285)*10^-6","v":7.7279110350024971E-4},{"$f":"(365*G16*G285)*10^-6","v":1.3806466688284183E-4},{"$f":"(281*H16*H285)*10^-6","v":7.9796005012242413E-4},{"$f":"(84*F16*I285)*10^-6","v":5.7749999999999994E-5},{"$f":"(84*H16*J285)*10^-6","v":4.1999999999999998E-5},{"$f":"(365*I16*K285)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6 for > 1 yr olds, (281 x N X U) x 10^-6 for 0 to 1 yr olds and (84 x N x U) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8b"]
[]
[null,null,"Annual",{"$f":"(365*D16*D306)*10^-6","v":6.190890976549468E-2},{"$f":"(365*E16*E306)*10^-6","v":7.8137548749827469E-3},{"$f":"(281*F16*F306)*10^-6","v":3.1901732405791644E-3},{"$f":"(365*G16*G306)*10^-6","v":6.8159587090817762E-4},{"$f":"(281*H16*H306)*10^-6","v":3.2313704905531098E-3},{"$f":"(84*F16*I306)*10^-6","v":8.6100000000000006E-5},{"$f":"(84*H16*J306)*10^-6","v":3.5280000000000001E-5},{"$f":"(365*I16*K306)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen in the different manure management systems",null,"FNMMS = (AF x MMS) +(AU x MMS)"]
[]
[null,"Sum of faecal and urine N","Annual",{"$f":"D314+D310","v":7.8346677851829985E-2},9.4916167587377961E-3,3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,{"$f":"I314+I310","v":1.4385E-4},7.7279999999999992E-5,{"$f":"K314+K310","v":0},"Gg N/farm/annum"]
[]
[]
[null,"Manure Management Systems (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,null,null,null,null,null,"EF (kg N20-N kg/N excreted)","Table 5.A.9"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"D318*AK240%","v":8.46144120799764E-3},{"$f":"E318*AK247%","v":0},{"$f":"F318*AK248%","v":0},{"$f":"G318*AK249%","v":0},{"$f":"H318*AK250%","v":0},{"$f":"I318*AK248%","v":0},{"$f":"J318*$AK250%","v":0},{"$f":"K318*AK251%","v":0},0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"D318*AL240%","v":7.051201006664699E-4},{"$f":"E318*AL247%","v":0},{"$f":"F318*AL248%","v":0},{"$f":"G318*AL249%","v":0},{"$f":"H318*AL250%","v":0},{"$f":"I318*AL248%","v":0},{"$f":"J318*AL250%","v":0},{"$f":"K318*AL251%","v":0},0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"D318*AM240%","v":1.5669335570365998E-4},{"$f":"E318*AM247%","v":0},{"$f":"F318*AM248%","v":0},{"$f":"G318*AM249%","v":0},{"$f":"H318*AM250%","v":0},{"$f":"I318*AM248%","v":0},{"$f":"J318*AM250%","v":0},{"$f":"K318*AM251%","v":0},0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"D318*AN240%","v":3.2905604697768594E-3},{"$f":"E318*AN247%","v":0},{"$f":"F318*AN248%","v":0},{"$f":"G318*AN249%","v":0},{"$f":"H318*AN250%","v":0},{"$f":"I318*AN248%","v":0},{"$f":"J318*AN250%","v":0},{"$f":"K318*AN251%","v":0},5.0000000000000001E-3]
[]
[null,"MMS = 8 Pasture range and paddock","Annual",{"$f":"D318*AJ240%","v":6.5732862717685359E-2},{"$f":"E318*AJ247%","v":9.4916167587377961E-3},{"$f":"F318*AJ248%","v":3.9629643440794136E-3},{"$f":"G318*AJ249%","v":8.1966053779101945E-4},{"$f":"H318*AJ250%","v":4.0293305406755341E-3},{"$f":"I318*$AJ248%","v":1.4385E-4},{"$f":"J318*AJ250%","v":7.7279999999999992E-5},{"$f":"K318*AJ251%","v":0},0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D322,D324,D326,D328,D330)","v":7.8346677851829985E-2},{"$f":"SUM(E322,E324,E326,E328,E330)","v":9.4916167587377961E-3},3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,7.7279999999999992E-5,{"$f":"SUM(K322,K324,K326,K328,K330)","v":0},"Gg N/farm/annum","3B.1a_9a & 9b"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D322*$L$322)+(D324*$L$324)+(D326*$L$326)+(D328*$L$328))*44/28","v":2.5854403691103895E-5},0,0,0,0,0,0,{"$f":"((K322*$L$322)+(K324*$L$324)+(K326*$L$326)+(K328*$L$328))*44/28","v":0},"Gg N2O-N/kg N excreted)","3B.1a_10c"]
[]
[null,null,"MNATMOS = (FN + UN) x FracGASM",null,null,null,null,null,null,null,null,"FracGASM (kg N2O-N/kg N excreted)","Table 5.A.9"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"D322*$L337","v":2.9615044227991739E-3},0,0,0,0,0,0,0,0.35]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"D324*$L339","v":4.9358407046652898E-5},0,0,0,{"$f":"H324*$L339","v":0},0,0,0,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"D326*$L341","v":3.1338671140731996E-5},0,0,0,0,0,0,0,0.2]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"D328*$L343","v":9.8716814093305783E-4},0,0,0,0,0,0,0,0.3]
[]
[null,"MMS = 8 Pasture range and paddock","Annual",{"$f":"D330*$L345","v":0},0,0,0,0,0,0,0,0,"3B.5a_1"]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,null,null,null,null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D337:D343)*$L$348*44/28","v":3.7358012822940447E-5},0,0,0,0,0,0,0,5.8999999999999999E-3,"3B.5a_2"]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D348:J348)*'Emission factors'!$C$5*10^3","v":9.8998733980792188},null,null,null,null,null,null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,null,null,null,null,null,"FracWET ","3B.5a_3"]
[null,null,null,null,null,null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D328*$L$353*$L$355","v":6.5811209395537189E-5},0,0,0,0,0,0,0,"FracLEACH"]
[null,null,null,null,null,null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,null,null,null,null,null,"EF"]
[null,null,null,{"$f":"D354*$L$357*44/28","v":1.1375937624085712E-6},0,0,0,0,0,0,0,1.0999999999999999E-2]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D357:K357)*'Emission factors'!$C$5*10^3","v":0.30146234703827135},null,null,null,null,null,null,null,"t CO2e/annum","3B.5a_4"]
[]
[null,"Data Input",null,null,null,null,null,null,null,null,null,"Units","Inventory reference"]
[null,"N2O emissions from synthetic fertiliser"]
[null,"Mass of fertiliser applied (M)","M = TM x FN",null,null,null,null,null,null,null,null,null,"3D1_1"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FN = fraction of N applied to production system",null,null,null,null,null,null,null,null,null,"Appendix 6.H.1"]
[]
[null,"N Fertiliser Pastures",null,{"$f":"IF($U$215=\"1\",($C$53*G53*10^-6),(G53*10^-3))","v":5.5E-2},null,null,null,null,null,null,null,"Gg N/annum"]
[null,"N Fertiliser Crops",null,{"$f":"IF($U$215=\"1\",($C$55*G55)*10^-6,(G55*10^-3))","v":0},null,null,null,null,null,null,null,"Gg N/annum"]
[]
[null,"Annual N2O emissions from the addition of synthetic fertiliser (E)","E = (M x EF x Cg)",null,null,null,null,null,null,null,null,"Gg N2O/annum","3D1_2"]
[null,null,"EF = Emission factor",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Table 5.23"]
[]
[null,"Production system","Emission factor",null,"N Fertiliser Pastures",null,{"$f":"D367*$C$374*44/28","v":5.0992857142857144E-4},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated pasture",5.8999999999999999E-3,null,"N Fertiliser crops",null,{"$f":"D368*$C$374*44/28","v":0},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated crop",8.5000000000000006E-3]
[null,"Non-irrigated pasture",2.0999999999999999E-3]
[null,"Non-irrigated crop",2E-3]
[null,"Sugar cane",1.9900000000000001E-2]
[null,"Cotton",5.4999999999999997E-3]
[null,"Horticulture",8.5000000000000006E-3]
[]
[]
[]
[]
[null,"Grand total from fertiliser application",{"$f":"SUM(G373:G374)","v":5.0992857142857144E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C385*'Emission factors'!$C$5","v":0.13513107142857142},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C386*10^3","v":135.13107142857143},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"N2O emissions from animal waste (manure) applied to soils"]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil =AEMMS=1-13 - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13",null,null,null,null,null,null,null,null,null,"3DA_3"]
[null,null,"AE = mass of nitrogen excreted to manure management systems"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[null,null,null,{"$f":"D14","v":"Milking cows"},{"$f":"E14","v":"Heifers > 1 yr age"},{"$f":"F14","v":"Heifers < 1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)"]
[null,"MN Soil for lagoon","Annum",{"$f":"((D$318*AK240%)*(1-$L322-$L337))-0","v":5.4999367851984666E-3},{"$f":"((E$318*AK242%)*(1-$L322-$L337))-0","v":0},{"$f":"((F$318*AK243%)*(1-$L322-$L337))-0","v":0},{"$f":"((G$318*AK244%)*(1-$L322-$L337))-0","v":0},{"$f":"((H$318*AK245%)*(1-$L322-$L337))-0","v":0},{"$f":"((I$318*AK243%)*(1-$L322-$L337))-0","v":0},{"$f":"((J$318*AK245%)*(1-$L322-$L337))-0","v":0},{"$f":"((K$318*AK246%)*(1-$L322-$L337))-0","v":0}]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"(($D$318*AL240%)*(1-$L324-$L339))-0","v":6.55761693619817E-4},{"$f":"((E$318*AL242%)*(1-$L324-$L339))-0","v":0},{"$f":"((F$318*AL243%)*(1-$L324-$L339))-0","v":0},{"$f":"((G$318*AL244%)*(1-$L324-$L339))-0","v":0},{"$f":"((H$318*AL245%)*(1-$L324-$L339))-0","v":0},{"$f":"((I$318*AL243%)*(1-$L324-$L339))-0","v":0},{"$f":"((J$318*AL245%)*(1-$L324-$L339))-0","v":0},{"$f":"((K$318*AL246%)*(1-$L324-$L339))-0","v":0}]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"(($D$318*AM240%)*(1-$L326-$L341))-0","v":1.2535468456292798E-4},{"$f":"((E$318*AM242%)*(1-$L326-$L341))-0","v":0},{"$f":"((F$318*AM243%)*(1-$L326-$L341))-0","v":0},{"$f":"((G$318*AM244%)*(1-$L326-$L341))-0","v":0},{"$f":"((H$318*AM245%)*(1-$L326-$L341))-0","v":0},{"$f":"((I$318*AM243%)*(1-$L326-$L341))-0","v":0},{"$f":"((J$318*AM245%)*(1-$L326-$L341))-0","v":0},{"$f":"((K$318*AM246%)*(1-$L326-$L341))-0","v":0}]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$318*AN240%)*(1-$L328-$L343))-D354","v":2.2211283170993803E-3},{"$f":"((E$318*AN242%)*(1-$L328-$L343))-E354","v":0},{"$f":"((F$318*AN243%)*(1-$L328-$L343))-F354","v":0},{"$f":"((G$318*AN244%)*(1-$L328-$L343))-G354","v":0},{"$f":"((H$318*AN245%)*(1-$L328-$L343))-H354","v":0},{"$f":"((I$318*AN243%)*(1-$L328-$L343))-I354","v":0},{"$f":"((J$318*AN245%)*(1-$L328-$L343))-J354","v":0},{"$f":"((K$318*AN246%)*(1-$L328-$L343))-K354","v":0}]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D397:D403)","v":8.5021814804805921E-3},{"$f":"SUM(E397:E403)","v":0},0,0,0,0,0,{"$f":"SUM(K397:K403)","v":0}]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg",null,null,null,null,null,null,null,null,null,"3DA_4"]
[null,null,"EF (manure) ",5.0299999999999997E-3]
[null,null,"Annum",{"$f":"D405*$D$408*44/28","v":6.7203671616427308E-5},{"$f":"E405*$D$408*44/28","v":0},0,0,0,0,0,{"$f":"K405*$D$408*44/28","v":0},"Gg N2O/farm/season"]
[]
[null,"Biological nitrogen fixation","M = P x R x DM x CC x NC",null,null,null,null,null,null,null,null,null,"4D1_5"]
[null,null,"M = mass of N fixed by crops and pastures",null,null,null,null,null,null,null,null,"Gg N","Not used currently"]
[null,null,"P = annual production of crop",null,null,null,null,null,null,null,null,"Gg"]
[null,null,"R = residue to crop ratio",null,null,null,null,null,null,null,null,"kg crop residue/kg crop"]
[null,null,"DM = dry matter content ",null,null,null,null,null,null,null,null,"kg dry weight/kg crop residue"]
[null,null,"CC = mass fraction of carbon in crop residue"]
[null,null,"NC = nitrogen to carbon ratio in crop residue"]
[]
[null,"Annual N2O production from N fixing crops","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_6"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[null,"The application of crop residues"]
[null,"The mass of N in crop residues returned to soils ","M = P x R x DM x CC x NC x (1- F - FFOD)",null,null,null,null,null,null,null,null,null,"4D1_7"]
[null,null,"M = mass of N in crop residues",null,null,null,null,null,null,null,null,null,"Not used currently"]
[null,null,"F = fraction of the crop that is burnt"]
[null,null,"FFOD = fraction of the crop that is removed"]
[]
[null,"Annual N2O production from crop residues ","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_8"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[]
[null,"Annual N2O production from cultivation of histosols","E = A x EF x Cg x 10^-6",null,null,null,null,null,null,null,null,"Gg N2O","4D1_9"]
[null,null,"A = area of cultivated histosols ",null,null,null,null,null,null,null,null,"ha","Not used currently"]
[null,null,"EF = 8",null,null,null,null,null,null,null,null,"kg N2O-N/ha"]
[]
[]
[]
[null,"Animal production"]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock",null,null,null,null,null,null,null,null,null,null,"3.D.A.3"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D310*AJ240%","v":1.379128742443532E-2},{"$f":"E310*AJ247%","v":1.6778618837550489E-3},{"$f":"F310*AJ248%","v":7.7279110350024971E-4},{"$f":"G310*AJ249%","v":1.3806466688284183E-4},{"$f":"H310*AJ250%","v":7.9796005012242413E-4},{"$f":"I310*AJ248%","v":5.7749999999999994E-5},{"$f":"J310*AJ250%","v":4.1999999999999998E-5},{"$f":"K310*AJ251%","v":0},"Gg N/farm/season"]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D314*AJ240%","v":5.1941575293250039E-2},{"$f":"E314*AJ247%","v":7.8137548749827469E-3},{"$f":"F314*AJ248%","v":3.1901732405791644E-3},{"$f":"G314*AJ249%","v":6.8159587090817762E-4},{"$f":"H314*AJ250%","v":3.2313704905531098E-3},{"$f":"I314*AJ248%","v":8.6100000000000006E-5},{"$f":"J314*AJ250%","v":3.5280000000000001E-5},{"$f":"K314*AJ251%","v":0},"Gg N/farm/season"]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)",null,null,null,null,null,null,null,null,null,"3DA_6"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D444*$D$451*44/28)+(D448*$D$452*44/28)","v":4.1317799422545081E-4},{"$f":"(E444*$D$451*44/28)+(E448*$D$452*44/28)","v":5.9661591054923277E-5},2.4910061591356317E-5,5.152151951829265E-6,2.5327220541389072E-5,{"$f":"(I444*$D$451*44/28)+(I448*$D$452*44/28)","v":9.0420000000000017E-7},4.8576000000000003E-7,{"$f":"(K444*$D$451*44/28)+(K448*$D$452*44/28)","v":0},"Gg N2O/farm/season"]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D409+D454","v":4.803816658418781E-4},{"$f":"E409+E454","v":5.9661591054923277E-5},2.4910061591356317E-5,5.152151951829265E-6,2.5327220541389072E-5,{"$f":"I409+I454","v":9.0420000000000017E-7},4.8576000000000003E-7,{"$f":"K409+K454","v":0},"Gg N2O/farm/season"]
[]
[null,"Grand total",{"$f":"SUM(D457:K457)","v":5.9682265098137612E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total",{"$f":"C459*'Emission factors'!$C$5","v":0.15815800251006468},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total",{"$f":"C460*10^3","v":158.15800251006468},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"Atmospheric nitrogen deposition","M = TM x FracGASF",null,null,null,null,null,null,null,null,null,"3DB_1"]
[null,null,"M = mass of synthetic fertiliser volatilised ",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracGASF ",0.11,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D367*D466","v":6.0499999999999998E-3},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D368*D466","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil",null,null,null,null,null,null,null,null,null,"3DB_2"]
[null,null,"FracGASM = the fraction of N volatilised in each MMS",0.21,null,null,null,null,null,null,null,null,"Table 6.31"]
[]
[null,"Animal waste","Annum",{"$f":"(D405+D444+D448)*$D$474","v":1.558935928161485E-2},{"$f":"(E405+E444+E448)*$D$474","v":1.993239519334937E-3},8.3222251225667683E-4,1.7212871293611408E-4,8.4615941354186208E-4,3.0208500000000001E-5,1.6228799999999996E-5,{"$f":"(K405+K444+K448)*$D$474","v":0},"Gg N/farm/season"]
[]
[null,"The mass of savanna burning and field burning of agricultural residue NOx-N emissions that volatilise (M)","M = E / (46/14)",null,null,null,null,null,null,null,null,"Gg N","4D3_3"]
[null,null,"E = NOx emissions from savanna burning and field burning of agricultural residues",null,null,null,null,null,null,null,null,"Gg NOx","Not used currently"]
[null,null,"46/14 = factor to convert elemental mass of NOx to molecular mass"]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"3DB_4"]
[null,null,"M = mass of N volatilised from subset k",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF",4.0000000000000001E-3,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D468*D484*44/28","v":3.8028571428571422E-5},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D469*D484*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D476*$D$484*44/28","v":9.7990258341579061E-5},1.2528934121533889E-5,5.2311129341848263E-6,1.0819519098841458E-6,5.3187163136917047E-6,1.8988200000000001E-7,1.0200959999999996E-7,0,"Gg N2O/farm/annum"]
[]
[null,"Total","Annum",{"$f":"SUM(D486:D487)+SUM(D491:K491)","v":1.6047143664944504E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[null,"Grand total",{"$f":"SUM(D493:D493)","v":1.6047143664944504E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from indirect ammonia losses",{"$f":"C495*'Emission factors'!$C$5","v":4.2524930712102935E-2},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[null,"Leaching of organic nitrogen and subsequent denitrification in rivers and estuaries"]
[null,"The mass of fertiliser N applied to soils that is lost through leaching and runoff (M)","M = M x FracWET x FracLEACH",null,null,null,null,null,null,null,null,null,"3DB_5"]
[null,null,"M = mass of fertiliser in each production system",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracWET =",1,null,null,null,null,null,null,null,null,"Appendix 5.J.1"]
[null,null,"FracLEACH = ",0.24,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D367*$D$501*$D$502","v":1.32E-2},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D368*$D$501*$D$502","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,null,null,null,null,null,"Gg N/farm/season","3DB_6"]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[]
[null,null,"Annum",{"$f":"SUM(D405,D448,D444)*$D$501*$D$502","v":1.781641060755983E-2},2.277988022097071E-3,9.5111144257905927E-4,1.9671852906984465E-4,9.6703932976212814E-4,3.4523999999999997E-5,1.8547199999999998E-5,{"$f":"SUM(K405,K448,K444)*$D$501*$D$502","v":0},"Gg N/farm/season"]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"3DB_10"]
[null,null,"M = mass of N lost through leaching and runoff",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF ",1.0999999999999999E-2,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D504*$D$518*44/28","v":2.2817142857142853E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D505*$D$518*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D514*$D$518*44/28","v":3.0796938335924849E-4},{"$f":"E514*$D$518*44/28","v":3.9376650096249365E-5},1.6440640650295165E-5,3.4004202882073147E-6,1.6715965557316784E-5,5.9677199999999991E-7,3.2060159999999993E-7,0,"Gg N2O/farm/season"]
[]
[null,"Total","Annum",{"$f":"SUM(D520:D521)+SUM(D525:K525)","v":6.1299186212274571E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,"Grand total",{"$f":"D527","v":6.1299186212274571E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"C528*'Emission factors'!$C$5","v":0.1624428434625276},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[]
[]
[]
[]
[null,"Energy - Fuel and Electricity"]
[]
[null,null,null,"Scope 1 emission factor (kg CO2e/ GJ )",null,null,null,"Scope 3 emission factor (kg CO2e/GJ)",null,"Scope 1 emission factor (t CO2e/kL diesel)",null,null,null,null,"Scope 3 emissions (t CO2e/kL diesel)"]
[null,"Transport vehicles (post-2004)","Energy content factor (Gg/kL)","Total","CO2","CH4","N2O",null,null,"Total","CO2","CH4","N2O",null,"Total"]
[null,"Diesel ",38.6,{"$f":"SUM(E539:G539)","v":70.2},69.900000000000006,0.1,0.2,17.3,null,{"$f":"D539*$C539/1000","v":2.7097200000000004},{"$f":"C539*E539/1000","v":2.6981400000000004},{"$f":"F539*C539/1000","v":3.8600000000000001E-3},{"$f":"G539*C539/1000","v":7.7200000000000003E-3},null,{"$f":"C539*H539/1000","v":0.66778000000000004}]
[]
[null,"Fuel type ","Quantity (L/annum)","Quantity kL/year","Scope 1 emissions t CO2-e/annum",null,null,null,"Scope 3 emissions t CO2-e/annum",null,null,"Total emissions t CO2-e/annum (Scope 1 and 3)"]
[null,null,null,null,"CO2","CH4","N2O","Total ",null,"Total "]
[null,"Diesel",{"$f":"G65+G67","v":15000},{"$f":"C543/1000","v":15},{"$f":"$D$543*K539","v":40.472100000000005},{"$f":"$D$543*L539","v":5.79E-2},{"$f":"$D$543*M539","v":0.1158},{"$f":"SUM(E543:G543)","v":40.645800000000001},null,{"$f":"$D$543*O539","v":10.0167},null,{"$f":"H543+J543","v":50.662500000000001}]
[null,"Total",null,null,{"$f":"SUM(E543:E543)","v":40.472100000000005},{"$f":"SUM(F543:F543)","v":5.79E-2},{"$f":"SUM(G543:G543)","v":0.1158},{"$f":"SUM(H543:H543)","v":40.645800000000001},null,{"$f":"SUM(J543:J543)","v":10.0167},null,{"$f":"SUM(L543:L543)","v":50.662500000000001}]
[]
[]
[null,null,"Quantity (kWh/annum)",null,"Option","Selected"]
[null,"Electricity consumption",{"$f":"C65","v":175000},"Source","State Grid",{"$f":"C67","v":"State Grid"},null,"If from the grid but not all renewable, % that is ",null,{"$f":"C69","v":10}]
[null,null,null,null,"100% renewable"]
[null,null,null,null,null,null,null,"Scope 2 emission factor (kg CO2e-kWh)",null,{"$f":"IF(F548=\"State Grid\",(C561*(1-J548%)),0)","v":0.69300000000000006}]
[]
[null,null,null,null,null,null,null,"Scope 2 emissions (t CO2e/annum)",null,{"$f":"J550*C548/1000","v":121.27500000000002}]
[null,"State","Scope 2 emission factor (kg CO2e/kWh)","Scope 3 emission factor (kg CO2e/kWh)"]
[1,"Victoria",0.77,0.09,null,null,null,"Scope 3 emission factor (kg CO2e-kWh)",null,{"$f":"IF(F548=\"State Grid\",(D561*(1-J548%)),0)","v":8.1000000000000003E-2}]
[2,"New.South.Wales",0.66,0.04]
[3,"Tasmania",0.15,0.03,null,null,null,"Scope 3 emissions (t CO2e/annum)",null,{"$f":"C548*J554/1000","v":14.175000000000001}]
[4,"Queensland",0.71,0.1]
[5,"South.Australia",0.23,0.05,null,null,null,"Full carbon emissions (t CO2e/annum)",null,{"$f":"J552+J556","v":135.45000000000002}]
[6,"Western.Australia",0.51,0.05]
[7,"Northern.Territory",0.54,7.0000000000000007E-2]
["Selected",{"$f":"VLOOKUP($D$12,$B$554:$E$560,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$B$554:$E$560,2,FALSE)","v":0.77},{"$f":"VLOOKUP($D$12,$B$554:$E$560,3,FALSE)","v":0.09}]
[]
[]
[null,"Pre-farm embedded and fertiliser inputs"]
[]
[null,"Product","Amount (t DM)","Emission factor","GHG emissions (t CO2e)"]
[null,"Pasture hay",{"$f":"C72","v":200},0.16,{"$f":"C567*D567","v":32},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"Pasture silage",{"$f":"G72","v":0},0.16,{"$f":"C568*D568","v":0},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"Grain/concentrates",{"$f":"C76","v":700},0.2,{"$f":"C569*D569","v":140},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"By-products",{"$f":"G76","v":180},0,{"$f":"C570*D570","v":0}]
[null,"Total",null,null,{"$f":"SUM(E567:E570)","v":172}]
[]
[null,null,"% to milking platform","GHG to milking platform","GHG to support block",null,"Imported feed from DB","Milking platform","Support block","Total purchased","% to milking platform"]
[null,"Hay emissions to milking platform",{"$f":"C74","v":15},{"$f":"E567*C574%","v":4.8},{"$f":"(100-C574)%*E567","v":27.2},null,"Hay",0,0,{"$f":"FeedHayPurchasedTDMMilking+FeedHayPurchasedTDMSupport","v":675},{"$f":"FeedHayPurchasedTDMMilking/(FeedHayPurchasedTDMMilking+FeedHayPurchasedTDMSupport)*100","v":47.736625514403286}]
[null,"Silage emissions to milking platform",{"$f":"G74","v":0},{"$f":"E568*C575%","v":0},{"$f":"(100-C575)%*E568","v":0},null,"Silage",0,0,{"$f":"FeedSilagePurchasedTDMMilking+FeedSilagePurchasedTDMSupport","v":250},{"$f":"(FeedSilagePurchasedTDMMilking/(FeedSilagePurchasedTDMMilking+FeedSilagePurchasedTDMSupport))*100","v":57.142857142857139}]
[null,"Grain/concentrate emissions to milking platform",{"$f":"C78","v":95},{"$f":"E569*C576%","v":133},{"$f":"(100-C576)%*E569","v":7},null,"Grain/conc",0,0,{"$f":"FeedConcPurchasedTDMMilking+FeedConcPurchasedTDMSupport","v":1200},{"$f":"(FeedConcPurchasedTDMMilking/(FeedConcPurchasedTDMMilking+FeedConcPurchasedTDMSupport)*100)","v":62.5}]
[null,"By-product emissions to milking platform",{"$f":"G78","v":95},{"$f":"E570*C577%","v":0},{"$f":"(100-C577)%*E570","v":0},null,"Other",0,0,{"$f":"FeedOtherPurchasedTDMMilking+FeedOtherPurchasedTDMSupport","v":152},{"$f":"FeedHayPurchasedTDMMilking/(FeedHayPurchasedTDMMilking+FeedHayPurchasedTDMSupport)*100","v":47.736625514403286}]
[null,"Total",null,{"$f":"SUM(D574:D577)","v":137.80000000000001},{"$f":"SUM(E574:E577)","v":34.200000000000003}]
[null,null,null,null,{"$f":"E578+D578","v":172},null,"Emission factor for grain/conc if coming from DB",0.2]
[]
[null,null,"Amount (t fertiliser)"]
[null,"N fertiliser (urea Emission factor)",{"$f":"IF($U$215=\"1\",((G53*C53)+(G55*C55))/1000,(G53+G55))","v":55},1.8,{"$f":"C582/0.46*D582","v":215.21739130434781},"N, P, S and lime taken from a range of sources, check emails to/from Richard Eckard around 20-23 June 2022"]
[null,"P fertiliser (SSP emission factor)",{"$f":"IF($U$215=\"1\",((G60*$C$60)+(G62*$C$62))/1000,(G60+G62))","v":10},0.2,{"$f":"C583/0.09*D583","v":22.222222222222225}]
[null,"K fertiliser (MOP emission factor)",{"$f":"IF($U$215=\"1\",((H60*$C$60)+(H62*$C$62))/1000,(H60+H62))","v":3},0.13100000000000001,{"$f":"C584/0.5*D584","v":0.78600000000000003}]
[null,"S fertiliser (SSP emission factor)",{"$f":"IF($U$215=\"1\",((I60*$C$60)+(I62*$C$62))/1000,(I60+I62))","v":3},0.2,{"$f":"C585/0.11*D585","v":5.454545454545455}]
[null,"Lime",{"$f":"IF($U$215=\"1\",(((J60*$C$60)+(J62*$C$62))/1000),(J60+J62))","v":150},2.5000000000000001E-2,{"$f":"C586*D586","v":3.75}]
[null,"Total",null,null,{"$f":"IF(C583>C585,E583,E585)+E582+E584+E586","v":241.97561352657004}]
[]
[null,"Carbon dioxide from urea"]
[null,"N fertiliser converted to urea (t fertiliser)",{"$f":"C582/0.46","v":119.56521739130434}]
[null,"% of N fertiliser applied as urea",{"$f":"IF(G57=\"\",100,G57)","v":95}]
[null,"N fertiliser as urea",{"$f":"C590*C591%","v":113.58695652173913}]
[null,"EF for urea",0.2]
[null,"Emission (t CO2e/annum)",{"$f":"C592*C593*44/12","v":83.297101449275374}]
[]
[null,"Carbon dioxide from liming"]
[null,"Mass of lime applied to soils",{"$f":"C586","v":150}]
[null,"Fractional purity of lime",1]
[null,"EF for lime",0.12]
[null,"Emission (Gg CO2e/annum)",{"$f":"(C597*C598*C599*44/12)/1000","v":6.6000000000000003E-2}]
[null,"Emission (t CO2e/annum)",{"$f":"C600*1000","v":66}]
[]
[]
[]
[]
[]
[]
[null,"Tree carbon sequestration"]
[]
[null,"Data Input",null,null,"Amount of carbon sequestered by trees",null,null,null,"Location"]
[null,"State",{"$f":"D12","v":"Victoria"},null,{"$f":"CONCATENATE(\"Amount of carbon grown in the trees between Year \",FIXED(C618-1,0),\" and Year \",FIXED(C618,0),\" = \")","v":"Amount of carbon grown in the trees between Year 14 and Year 15 = "},{"$f":"IF(ISERROR(F635),\"\",F635)","v":0.80000000000000071}," tonnes per hectare",null,"NSW",null,null,null,null,null,null,null,"Chart source data"]
[null,"Region",{"$f":"C83","v":"South West VIC"},null,null,null,null,null,"TAS"]
[null,null,null,null,"Annual CO2 equivalent (1 tonne tree carbon = 3.67 tonnes CO2) =",{"$f":"IF(ISERROR(-F611*F618),\"\",F611*F618)","v":2.9360000000000026}," tonnes per hectare",null,"WA",null,null,null,null,null,null,null,"Location",{"$f":"CONCATENATE(C611,\" -- \",C612)","v":"Victoria -- South West VIC"}]
[null,"Species of Tree",{"$f":"C85","v":"Mixed species (Environmental Plantings)"},null,null,null,null,null,"SA",null,null,null,null,null,null,null,"Tree type",{"$f":"C614","v":"Mixed species (Environmental Plantings)"}]
[null,"Soil Type","Decommisioned as zero or little difference in soil type",null,{"$f":"CONCATENATE(\"Annual amount of CO2-e sequestered by trees on the \",FIXED(C617,0),\" hectares = \")","v":"Annual amount of CO2-e sequestered by trees on the 10 hectares = "},{"$f":"IF(ISERROR(F613*C617),0,(F613*C617))","v":29.360000000000028},{"$f":"IF(F613>0,CONCATENATE(\"Total tonnes CO2 sequestered in Year \",C618),\"\")","v":"Total tonnes CO2 sequestered in Year 15"},null,"VIC",null,null,null,null,null,null,null,"Soil type",{"$f":"C615","v":"Decommisioned as zero or little difference in soil type"}]
[null,null,null,null,null,null,null,null,"QLD",null,null,null,null,null,null,null,"Years","Total Tree Carbon production",null,"Annual Carbon production","Current year"]
[null,"Area of trees",{"$f":"G81","v":10},null,null,null,null,null,"NT",null,null,null,null,null,null,null,0,0,null,0,{"$f":"IF(Q617=$E$633,R617-0,\"\")","v":""}]
[null,"Age of trees",{"$f":"I81","v":15},null,"CO2 -equivalent factor (per tonne of tree carbon grown): ",3.67,null,null,null,null,null,null,null,null,null,null,1,{"$f":"IF($F$635>0,HLOOKUP($E$630,$B$723:$HX$823,Q618+1,FALSE),0)","v":0.28999999999999998},null,{"$f":"AVERAGE(T617,T619)","v":2.5000000000000022E-2},{"$f":"IF(Q618=$E$633,R618-0,\"\")","v":""}]
[null,null,null,null,null,"Tonnes per Ha","Total Tonnes",null,null,null,null,null,null,null,null,null,2,0.34,null,{"$f":"R619-R618","v":5.0000000000000044E-2},""]
[null,null,null,null,"Average yearly increase in Tree Carbon = \n(over the long term - 100 years) ",{"$f":"IF(ISERROR(F635),\"\",F636)","v":0.43905},{"$f":"IF(AND(F620>0,C617>0),F620*C617,0)","v":4.3905000000000003},null,null,null,null,null,null,null,null,null,3,0.55000000000000004,null,{"$f":"R620-R619","v":0.21000000000000002},""]
[null,null,null,null,"Tonnes CO2 equivalent = ",{"$f":"IF(F620>0,(F618*$F$611),\"\")","v":2.9360000000000026},{"$f":"IF(G620>0,(G620*$F$618),\"\")","v":16.113135},null,null,null,null,null,null,null,null,null,4,1.06,null,0.51,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5,1.73,null,0.66999999999999993,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,2.95,null,1.2200000000000002,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,4.17,null,1.2199999999999998,""]
[null,"Calculation of annual increment in tree carbon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,6.04,null,1.87,""]
[null,null,"State/Territory :",{"$f":"C611","v":"Victoria"},"Codes",null,null,null,null,null,null,null,null,null,null,null,9,7.74,null,1.7000000000000002,""]
[null,null,"Region :",{"$f":"C612","v":"South West VIC"},{"$f":"IF(ISERROR(VLOOKUP($D$627,$C$641:$D$658,2,FALSE)),0,VLOOKUP($D$627,$C$641:$D$658,2,FALSE))","v":35},null,null,null,null,null,null,null,null,null,null,null,10,9.16,null,1.42,""]
[null,null,"Tree Species :",{"$f":"C614","v":"Mixed species (Environmental Plantings)"},{"$f":"IF(VLOOKUP($E$627,$D$641:$M$658,5,FALSE)=D628,1,IF(VLOOKUP($E$627,$D$641:$M$658,6,FALSE)=$D628,2,IF(VLOOKUP($E$627,$D$641:$M$658,7,FALSE)=$D628,3,IF(VLOOKUP($E$627,$D$641:$M$658,8,FALSE)=$D628,4,IF(VLOOKUP($E$627,$D$641:$M$658,9,FALSE)=$D628,5,IF(VLOOKUP($E$627,$D$641:$M$658,10,FALSE)=$D628,6,0))))))","v":1},null,null,null,null,null,null,null,null,null,null,null,11,10.76,null,1.5999999999999996,""]
[null,null,"Soil Type :",{"$f":"C615","v":"Decommisioned as zero or little difference in soil type"},1,null,null,null,null,null,null,null,null,null,null,null,12,12.31,null,1.5500000000000007,""]
[null,null,null,"Tree Lookup Code :",{"$f":"CONCATENATE(\"R\",E627,\"T\",E628,\"S\",E629)","v":"R35T1S1"},null,null,null,null,null,null,null,null,null,null,null,13,13.62,null,1.3099999999999987,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,14,14.79,null,1.17,""]
[null,null,null,null,"Year","Carbon (t/ha)",null,null,null,null,null,null,null,null,null,null,15,15.59,null,0.80000000000000071,15.59]
[null,null,"Tree carbon mass in year: ",null,{"$f":"IF(C617>0,C618,0)","v":15},{"$f":"IF($E$633>0,HLOOKUP($E$630,$B$723:$HX$823,($E$633+1),FALSE),0)","v":15.59},null,null,null,null,null,null,null,null,null,null,16,16.940000000000001,null,1.3500000000000014,""]
[null,null,"Tree carbon mass in year: ",null,{"$f":"IF(E633>0,E633-1,0)","v":14},{"$f":"IF($E$633>0,HLOOKUP($E$630,$B$723:$HX$823,($E$634+1),FALSE),0)","v":14.79},null,null,null,null,null,null,null,null,null,null,17,18.190000000000001,null,1.25,""]
[null,null,null,null,"Change: ",{"$f":"F633-F634","v":0.80000000000000071},null,null,null,null,null,null,null,null,null,null,18,19.34,null,1.1499999999999986,""]
[null,null,null,null,"Average annual carbon sequestration:",{"$f":"IF(OR(ISERROR(F635),F635=0),0,AVERAGE(T618:T717))","v":0.43905},null,null,null,null,null,null,null,null,null,null,19,20.36,null,1.0199999999999996,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,20,21.27,null,0.91000000000000014,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,22.15,null,0.87999999999999901,""]
[null,"Lookup table for zones",null,"REGION No (Nathan's)","Soil Types (2 per region)",null,null,"Tree Species (up to 6)",null,null,null,null,null,null,null,null,22,22.91,null,0.76000000000000156,""]
[null,"State/Territory","Rainfall region","R","S1","S2",null,"T1","T2","T3","T4","T5","T6",null,null,null,23,23.77,null,0.85999999999999943,""]
[null,"Western Australia","South West WA",1,"Loams & Clays","Sandy Duplexes",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Sydney Blue Gum","Maritime Pine","Pinus Radiata","No tree data available",null,null,null,24,24.58,null,0.80999999999999872,""]
[null,"New South Wales","Northern coastal NSW",10,"Duplex","Clay & Red Loam",null,"Mixed species (Environmental Plantings)","Spotted Gum","Dunn's White Gum","Flooded Gum","Slash Pine","Loblolly Pine",null,null,null,25,25.54,null,0.96000000000000085,""]
[null,"New South Wales","Southern coastal NSW",11,"Clay","Loam",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,26,26.3,null,0.76000000000000156,""]
[null,"New South Wales","Central Inland & Riverina NSW",15,"Clay","Loam",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,27,26.84,null,0.53999999999999915,""]
[null,"Tasmania","North East TAS",17,"Loams ","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,28,27.45,null,0.60999999999999943,""]
[null,"Tasmania","Central North & Midlands TAS",19,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,29,28.11,null,0.66000000000000014,""]
[null,"Tasmania","Southern TAS",20,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,30,28.57,null,0.46000000000000085,""]
[null,"Tasmania","North West TAS",22,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,31,29.07,null,0.5,""]
[null,"South Australia","South East SA",23,"Duplex Soils","Cracking Clays",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,32,29.68,null,0.60999999999999943,""]
[null,"South Australia","Murray River SA",24,"Duplex Soils","Cracking Clays",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,33,{"$f":"IF($F$635>0,HLOOKUP($E$630,$B$723:$HX$823,Q650+1,FALSE),0)","v":30.16},null,0.48000000000000043,""]
[null,"Victoria","Mallee region VIC",28,"Calcarosols","Yellow Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,34,30.79,null,0.62999999999999901,""]
[null,"Victoria","Northern region VIC",30,"Grey Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,35,31.26,null,0.47000000000000242,""]
[null,"Victoria","North East region VIC",31,"Grey Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,36,31.74,null,0.47999999999999687,""]
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[null,"Victoria","South & West Gippsland",33,"Non-cracking Clays","Gradational soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Mountain Ash","Pinus Radiata","No tree data available",null,null,null,38,32.6,null,0.42000000000000171,""]
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[null,"Queensland","Northern QLD",36,"Clays","Duplex",null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,40,33.4,null,0.39000000000000057,""]
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[]
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[null,"Carbon (tree only) - tonnes/hectare"]
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["Australian Dairy Carbon Calculator - Whole Farm Abatement Strategy"]
[]
[]
[null,"Unlike all other abatement strategies in the carbon calculator where only a component of the farm system is reviewed, with this strategy the user has the ability to change any or all aspects of the 'Your farm' baseline system and see the effect of this change on total farm GHG emissions and the emissions intensity of milk production.  "]
[null,"On first opening this strategy worksheet, most data will appear exactly the same as per the 'Your farm' tab system as each cell is referenced back to its corresponding 'Your farm' system cell.  You will see this by clicking any of the data entry cells that it is referenced to the corresponding cells from the 'Your farm' worksheet.  The one exception to this is drop-down lists for tree carbon sequestration do not always match the starting 'Your farm' system. Users need to select if the tool is being used to estimate tree carbon, and if yes, select the same region, tree species and soil type from the corresponding drop-down lists as per 'Your farm'. The box will change from red to green if the correct selection has been made. "]
[null,"When the user changes any particular data entry to reflect the abatement strategy being explored (e.g. change in stock numbers, N fertiliser inputs, diet quality etc), the cell will change from green to red and the text will change from black to white to indicate that the data here is different to the your farm figure. The best way to change the data entry is not to over-write your farm figure with a new figure, as this removes the equation. The best option is to put a plus (+) or minus (-) and the amount you want to add or subtract.  This retains the Your farm equation and can then be easily reverted back to the original figure or further altered."]
[null,"For example, your farm milk production was 150,000 kg milksolids/annum but you want to add an additional 10,000 kg milksolids/annum.  In the corresponding cell, just put \"+ 10,000\" behind the reference to the 'Your farm' worksheet to reflect 160,000 kg MS/annum.  "]
[null,"Economic data can be entered below the Bar graph to explore the implications of a carbon price on reducing GHG emissions and any additional income associated with altered expenses and incomes, including additional milk production income.  "]
[null,"If you wish to revert a changed cell to the original value from the 'Your farm' sheet, select it and press Control-B on the keyboard. A window will appear asking if you wish to revert the value so click Yes to do so."]
[]
[null,"Farmer details"]
[null,null,"Owner or sharefarmer ID",{"$f":"'Your Farm'!D8","v":"Bill and Wendy Smith"},null,null,"Supplier Number",{"$f":"'Your Farm'!H8","v":"256758T1"}]
[null,null,"Completed by: name and role",{"$f":"CompletedByName","v":"K Christie-Whitehead"},null,{"$f":"CompletedByRole","v":"Other"}]
[null,null,"Address",{"$f":"'Your Farm'!D10","v":"1234 Main Rd, Colac VIC 3250"},null,null,"Year reviewed",{"$f":"'Your Farm'!H10","v":"24/25"}]
[]
[null,null,"Choose your state in Australia",{"$f":"'Your Farm'!D12","v":"Victoria"},null,"Choose your region/ farm system comparison",null,{"$f":"'Your Farm'!H12","v":"Victoria- South West"}]
[]
[null,"Livestock dynamics",null,"Milking cows","Heifers > 1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","Calves","Calves sold post-weaning "]
[]
[null,null,"Livestock numbers",{"$f":"'Your Farm'!D16","v":450},{"$f":"'Your Farm'!E16","v":120},{"$f":"'Your Farm'!F16","v":125},{"$f":"'Your Farm'!G16","v":8},{"$f":"'Your Farm'!H16","v":100},{"$f":"'Your Farm'!I16","v":0},null,"head"]
[]
[null,null,"Liveweight",{"$f":"'Your Farm'!D18","v":500},{"$f":"'Your Farm'!E18","v":350},{"$f":"'Your Farm'!F18","v":150},{"$f":"'Your Farm'!G18","v":600},{"$f":"'Your Farm'!H18","v":200},{"$f":"'Your Farm'!I18","v":0},null,"kg/head"]
[]
[null,null,"Liveweight gain ",null,{"$f":"'Your Farm'!E20","v":0.7},{"$f":"'Your Farm'!F20","v":0.7},null,{"$f":"'Your Farm'!H20","v":1},{"$f":"'Your Farm'!I20","v":0},null,"kg/day"]
[]
[null,null,"Number of stock sold each year",{"$f":"'Your Farm'!D22","v":115},{"$f":"'Your Farm'!E22","v":10},{"$f":"'Your Farm'!F22","v":0},{"$f":"'Your Farm'!G22","v":4},{"$f":"'Your Farm'!H22","v":100},{"$f":"'Your Farm'!I22","v":0},{"$f":"'Your Farm'!J22","v":215},"head"]
[]
[null,null,"Liveweight at point of sale",{"$f":"'Your Farm'!D24","v":550},{"$f":"'Your Farm'!E24","v":425},{"$f":"'Your Farm'!F24","v":0},{"$f":"'Your Farm'!G24","v":600},{"$f":"'Your Farm'!H24","v":400},{"$f":"'Your Farm'!I24","v":0},{"$f":"'Your Farm'!J24","v":105},"kg/head"]
[]
[null,null,null,null,null,null,null,null,null,{"$f":"SUMPRODUCT(D26:J26,D28:J28)/1000","v":132.47499999999999}]
[null,null,null,null,null,"Click here for help with other stock data entry and sales data"]
[]
[]
[null,"Milk production "]
[null,null,"Select option for milk production",{"$f":"'Your Farm'!D31","v":"litres per herd per annum"},null,"Amount of milk produced",null,{"$f":"'Your Farm'!H31","v":3000000},"litres of milk per herd per annum"]
[]
[null,null,"Average annual milk fat (%)",{"$f":"'Your Farm'!D33","v":4.3},"%","Average annual milk protein ",null,{"$f":"'Your Farm'!H33","v":3.2},"%"]
[]
[null,null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300},"days","Average milk production ",null,{"$f":"IF(ISERROR(Q278),0,Q278)","v":22.222222222222225},"litres per cow per day"]
[]
[null,"Milkers average annual diet intakes and quality",null,"Intake (kg DM/day)",null,"Dry matter digestibility (DMD; %)",null,"Crude protein (CP; %)"]
[null,null,"Pastures",{"$f":"'Your Farm'!D38","v":12},null,{"$f":"'Your Farm'!F38","v":75},null,{"$f":"'Your Farm'!H38","v":20}]
[null,"Estimated intake based ","Concentrates / Grain",{"$f":"'Your Farm'!D39","v":2.5},null,{"$f":"'Your Farm'!F39","v":85},null,{"$f":"'Your Farm'!H39","v":12}]
[null,"on data entry","Silage",{"$f":"'Your Farm'!D40","v":1.5},null,{"$f":"'Your Farm'!F40","v":70},null,{"$f":"'Your Farm'!H40","v":16.5}]
[null,{"$f":"Q282 &\" kg DM/cow.day\"","v":"17.1 kg DM/cow.day"},"Hay",{"$f":"'Your Farm'!D41","v":0},null,{"$f":"'Your Farm'!F41","v":0},null,{"$f":"'Your Farm'!H41","v":0}]
[null,null,"By-products",{"$f":"'Your Farm'!D42","v":0},null,{"$f":"'Your Farm'!F42","v":0},null,{"$f":"'Your Farm'!H42","v":0}]
[null,"Click here for help regarding feed quality","Other",{"$f":"'Your Farm'!D43","v":1},null,{"$f":"'Your Farm'!F43","v":70},null,{"$f":"'Your Farm'!H43","v":22}]
[null,null,"Total (kg DM/day) or average (%)",{"$f":"SUM(D42:E47)","v":17},null,{"$f":"IF(ISERROR(Q280),0,Q280)","v":75.735294117647058},null,{"$f":"IF(ISERROR(Q281),0,Q281)","v":18.632352941176471}]
[]
[null,"Average annual dry matter digestibility (DMD) for all other stock (%)",null,{"$f":"'Your Farm'!D46","v":75},"%"]
[null,"Average annual crude protein (CP) for all other stock (%)",null,{"$f":"'Your Farm'!D47","v":20},"%"]
[]
[null,"Fertilisers"]
[null,null,"How do you wish to enter the fertiliser rates?",null,{"$f":"'Your Farm'!E50","v":"tonnes of element per annum"},null,null,"Click here to work out fertiliser rates"]
[]
[null,null,"Area of N fertiliser",null,null,null,"Rate of N fertiliser"]
[null,"Area of pastures fertilised with N ",{"$f":"'Your Farm'!C53","v":0},"ha","Amount of N applied to pastures",null,{"$f":"'Your Farm'!G53","v":55},{"$f":"'Your Farm'!H53","v":"t per annum"}]
[]
[null,"Area of crops fertilised with N ",{"$f":"IF('Your Farm'!C55=\"\",0,'Your Farm'!C55)","v":0},"ha","Amount of N applied to crops",null,{"$f":"'Your Farm'!G55","v":0},{"$f":"H57","v":"t per annum"}]
[]
[null,null,null,null,"Percentage of N fertiliser that is urea",null,{"$f":"'Your Farm'!G57","v":95},"%"]
[]
[null,null,"Area of P K S & lime fertiliser",null,null,null,"Rate of P fertiliser","Rate of K fertiliser","Rate of S fertiliser","Rate of lime/dolomite"]
[null,"Area of pastures fertilised with P K S & lime",{"$f":"'Your Farm'!C60","v":0},"ha","Rate of P K S & lime/dolomite to pastures",null,{"$f":"'Your Farm'!G60","v":10},{"$f":"'Your Farm'!H60","v":3},{"$f":"'Your Farm'!I60","v":3},{"$f":"'Your Farm'!J60","v":150},{"$f":"H57","v":"t per annum"}]
[]
[null,"Area of crops fertilised with P K S & lime",{"$f":"IF('Your Farm'!C62=\"\",0,'Your Farm'!C62)","v":0},"ha","Rate of P K S & lime/dolomite to crops",null,{"$f":"'Your Farm'!G62","v":0},{"$f":"'Your Farm'!H62","v":0},{"$f":"'Your Farm'!I62","v":0},{"$f":"'Your Farm'!J62","v":0},{"$f":"H57","v":"t per annum"}]
[]
[null,"Energy consumption"]
[null,"Annual electricity use ",{"$f":"'Your Farm'!C65","v":175000},"kWh","Annual purchased diesel/ unleaded petrol ",null,{"$f":"'Your Farm'!G65","v":12500},"litres"]
[]
[null,"Where does your electricity come from?",{"$f":"'Your Farm'!C67","v":"State Grid"},null,"Annual contractor diesel/ unleaded petrol ",null,{"$f":"'Your Farm'!G67","v":2500},"litres"]
[]
[null,"What % of electricity is from renewables?",{"$f":"'Your Farm'!C69","v":10},"%"]
[]
[null,"Purchased supplementary feed "]
[null,"Purchased pasture, cereal, lucerne or legume hay (t DM)",{"$f":"'Your Farm'!C72","v":200},"t DM","Purchased pasture, cereal or maize silage (t DM)",null,{"$f":"'Your Farm'!G72","v":0},null,"t DM"]
[]
[null,"Percentage of purchased hay fed on the milking platform",{"$f":"'Your Farm'!C579","v":15},"%","Percentage of purchased silage fed on the milking platform",null,{"$f":"'Your Farm'!C580","v":0},null,"%"]
[]
[null,"Purchased grain and concentrates (t DM)",{"$f":"'Your Farm'!C76","v":700},"t DM","Purchased by-products (t DM)",null,{"$f":"'Your Farm'!G76","v":180},null,"t DM"]
[]
[null,"Percentage of purchased grain & concentrates fed on the milking platform",{"$f":"'Your Farm'!C581","v":95},"%","Percentage of purchased by-products fed on the milking platform",null,{"$f":"'Your Farm'!C582","v":95},null,"%"]
[]
[null,"Carbon sequestration in tree plantations"]
[null,"How are you estimating this?",{"$f":"'Your Farm'!C81","v":"Based on data entered here"},null,null,"Area of trees (ha)",{"$f":"'Your Farm'!G81","v":10},"Age of trees",{"$f":"'Your Farm'!I81","v":15},"Click here for help with vegetation"]
[]
[null,"Choose your region of Australia",{"$f":"'Your Farm'!C83","v":"South West VIC"}]
[null,null,null,null,null,"Amount of carbon sequestered using other tools",null,{"$f":"'Your Farm'!H84","v":6.5},"t CO2e/ha.annum"]
[null,"Choose the type of trees planted",{"$f":"'Your Farm'!C85","v":"Mixed species (Environmental Plantings)"}]
[]
[null,"Manure management"]
[null,null,"Choose which option you are using to estimate how animal waste is handled",null,null,{"$f":"'Your Farm'!F88","v":"Default state factors and fractions"},null,"Volatile solids ",{"$f":"D315","v":4.5034035587869798},"kg VS/head.day for the milking cows"]
[null,"Percentage waste to each manure system "]
[null,null,"Anaerobic lagoon","Sump dispersal","Drain to paddock","Solid storage","Pasture"]
[null,"Milkers",{"$f":"IF($AD$270=1,AI296,\"\")","v":10.8},{"$f":"IF($AD$270=1,AJ296,\"\")","v":0.9},{"$f":"IF($AD$270=1,AK296,\"\")","v":0.2},{"$f":"IF($AD$270=1,AL296,\"\")","v":4.2},{"$f":"IF($AD$270=1,AH296,\"\")","v":83.9}]
[null,"All other stock",{"$f":"IF($AD$270=1,0,\"\")","v":0},{"$f":"IF($AD$270=1,0,\"\")","v":0},{"$f":"IF($AD$270=1,0,\"\")","v":0},{"$f":"IF($AD$270=1,0,\"\")","v":0},{"$f":"IF($AD$270=1,100,\"\")","v":100}]
[]
[null,"Only answer the following questions if you which to enter your own farm management practices to estimate the percentage of waste to each of the abovementioned manure management systems.  In addition, you must have selected the user-defined factors and fractions option in the drop-down list at the beginning of this section otherwise the results with still reflect the default state-based fractions and factors.  "]
[]
[]
[]
[null,"Milkers",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water",null,null,null,null,{"$f":"'Your Farm'!G99","v":4},{"$f":"'Your Farm'!H99","v":300}]
[]
[null,"Percentage of waste that is flushed and then drains to the paddock with no treatment/ removal of solids ",null,null,null,null,{"$f":"'Your Farm'!G101","v":0},"%"]
[null,"Percentage of waste that is flushed and then spread daily from a sump/dispersal system (with or without removal of solids)",null,null,null,null,{"$f":"'Your Farm'!G102","v":0},"%"]
[null,"Balance assumed to be flushed and then enter a pond/lagoon system",null,null,null,null,{"$f":"(100-SUM(G105:G106))","v":100},"%"]
[]
[null,"Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator) to remove a proportion of solids?",null,null,null,null,{"$f":"'Your Farm'!G105","v":"YES"}]
[null,"If yes, what percentage of the waste is removed via the pre-treatment process?",null,null,null,null,{"$f":"'Your Farm'!G106","v":25},"%"]
[]
[null,null,null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends on a feedpad or loafing area, or are housed",null,null,null,null,{"$f":"'Your Farm'!G109","v":2},{"$f":"'Your Farm'!H109","v":150}]
[]
[null,"Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled",null,null,null,{"$f":"'Your Farm'!F111","v":"Scraped & stockpiled "}]
[]
[null,"All other stock"]
[null,null,"Heifers >1 yr age","Heifers < 1 yr age","Mature bulls","Other stock < 1 yr age","Other stock > 1 yr age"]
[null,"Hours per day on the feedpad or loafing area",{"$f":"'Your Farm'!C115","v":2},{"$f":"'Your Farm'!D115","v":1.5},{"$f":"'Your Farm'!E115","v":0},{"$f":"'Your Farm'!F115","v":1.5},{"$f":"'Your Farm'!G115","v":0}]
[null,"Days per annum on the feedpad or loafing area",{"$f":"'Your Farm'!C116","v":150},{"$f":"'Your Farm'!D116","v":100},{"$f":"'Your Farm'!E116","v":0},{"$f":"'Your Farm'!F116","v":100},{"$f":"'Your Farm'!G116","v":0}]
[null,"Percentage of stock class on feedpad",{"$f":"'Your Farm'!C117","v":100},{"$f":"'Your Farm'!D117","v":100},{"$f":"'Your Farm'!E117","v":0},{"$f":"'Your Farm'!F117","v":100},{"$f":"'Your Farm'!G117","v":0}]
[]
[null,"Select the option which best describes how this waste from the feedpad or loafing area is best handled",null,null,null,{"$f":"'Your Farm'!F119","v":"Scraped & stockpiled "}]
[null,null,null,null,null,null,null,"Integrated methane"]
[null,"Percentage waste to each manure system ","Anaerobic lagoon","Sump dispersal","Drain to paddock","Solid storage","Pasture","conversion factor"]
[null,"Milkers",{"$f":"IF($AD$270=2,AI295,\"\")","v":""},{"$f":"IF($AD$270=2,AJ295,\"\")","v":""},{"$f":"IF($AD$270=2,AK296,\"\")","v":""},{"$f":"IF($AD$270=2,AL295,\"\")","v":""},{"$f":"IF($AD$270=2,AH295,\"\")","v":""},{"$f":"IF($AD$270=2,AM295,\"\")","v":""},"%"]
[null,"All other stock (weighted-average based on number of head in each stock class)",{"$f":"IF($AD$270=2,AI308,\"\")","v":""},{"$f":"IF($AD$270=2,AJ308,\"\")","v":""},{"$f":"IF($AD$270=2,AK308,\"\")","v":""},{"$f":"IF($AD$270=2,AL308,\"\")","v":""},{"$f":"IF($AD$270=2,AH308,\"\")","v":""},{"$f":"IF($AD$270=2,AM308,\"\")","v":""},"%"]
[]
[]
[null,"Results for strategy farm system"]
[null,null,null,"Milking cows","Heifers >1 yr age","Heifers <1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","N fertiliser","Total GHG (tonnes CO2e/annum)","% of total GHG (exc. C sequestration in trees)","kg CO2e/kg FPCM (Your farm)","kg CO2e/kg FPCM (your \nstrategy farm)","kg CO2e/kg FPCM (industry          comparison)"]
[]
[null,"Methane (Scope 1):","Enteric fermentation",{"$f":"D303*'Emission factors'!$C$4*10^3","v":1648.7026035014471},{"$f":"E303*'Emission factors'!$C$4*10^3","v":181.79197400447995},{"$f":"(F303+I303)*'Emission factors'!$C$4*10^3","v":88.90430742480001},{"$f":"G303*'Emission factors'!$C$4*10^3","v":14.958947798927996},{"$f":"(H303+J303)*'Emission factors'!$C$4*10^3","v":91.254977372159985},{"$f":"K303*'Emission factors'!$C$4*10^3","v":0},null,{"$f":"SUM(D133:I133)","v":2025.6128101018151},{"$f":"K133/$K$149","v":0.56756095537886275},{"$f":"'Your Farm'!M129","v":0.5447310756973418},{"$f":"K133*1000/$Q$276*$P$335","v":0.5447310756973418},{"$f":"'Your Farm'!N129","v":0.543982122669323},"Enteric fermentation"]
[null,null,"Manure management",{"$f":"D328*'Emission factors'!$C$4*10^3","v":300.79195166556235},{"$f":"E328*'Emission factors'!$C$4*10^3","v":3.8149360850928407},{"$f":"(F328+I328)*'Emission factors'!$C$4*10^3","v":1.885611942733382},{"$f":"G328*'Emission factors'!$C$4*10^3","v":0.31391611244478912},{"$f":"(H328+J328)*'Emission factors'!$C$4*10^3","v":1.9293108297865884},{"$f":"K328*'Emission factors'!$C$4*10^3","v":0},null,{"$f":"SUM(D134:I134)","v":308.73572663561993},8.6505349440445273E-2,{"$f":"'Your Farm'!M130","v":8.3025711349035358E-2},8.3025711349035358E-2,{"$f":"'Your Farm'!N130","v":7.6817561592756808E-2},"Manure management"]
[null,"Nitrous oxide (Scope 1):","Direct from dung & urine voided onto pastures",{"$f":"D515*'Emission factors'!$C$5*10^3","v":96.425716470339822},{"$f":"E515*'Emission factors'!$C$5*10^3","v":15.810321629554668},{"$f":"(F515+I515)*'Emission factors'!$C$5*10^3","v":6.8407793217094239},{"$f":"G515*'Emission factors'!$C$5*10^3","v":1.3653202672347553},{"$f":"(H515+J515)*'Emission factors'!$C$5*10^3","v":6.8404398434681042},{"$f":"K515*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D135:I135)","v":127.28257753230676},3.5663588296368003E-2,{"$f":"'Your Farm'!M131","v":3.4229036778859398E-2},3.4229036778859398E-2,{"$f":"'Your Farm'!N131","v":3.1116172523630262E-2},"Direct from dung & urine voided onto pastures"]
[null,null,"Direct from manure (storage & spread)",{"$f":"(D394+D470)*'Emission factors'!$C$5*10^3","v":21.717496358199817},{"$f":"(E394+E470)*'Emission factors'!$C$5*10^3","v":0},{"$f":"(F394+F470+I394+I470)*'Emission factors'!$C$5*10^3","v":0},{"$f":"(G394+G470)*'Emission factors'!$C$5*10^3","v":0},{"$f":"(H394+H470+J394+J470)*'Emission factors'!$C$5*10^3","v":0},{"$f":"(K394+K470)*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D136:I136)","v":21.717496358199817},6.0850735737978017E-3,{"$f":"'Your Farm'!M132","v":5.8403042741720507E-3},5.8403042741720507E-3,{"$f":"'Your Farm'!N132","v":4.4519842441360542E-3},"Direct from manure (storage & spread)"]
[null,null,"Indirect N waste ",{"$f":"(D409+D418+D552+D586)*'Emission factors'!$C$5*10^3","v":103.72506850307336},{"$f":"(E409+E418+E552+E586)*'Emission factors'!$C$5*10^3","v":13.754979817712561},{"$f":"(F409+F418+F552+F586+I409+I418+I552+I586)*'Emission factors'!$C$5*10^3","v":5.9514780098871976},{"$f":"(G409+G418+G552+G586)*'Emission factors'!$C$5*10^3","v":1.1878286324942371},{"$f":"(H409+H418+H552+H586+J409+J418+J552+J586)*'Emission factors'!$C$5*10^3","v":5.9511826638172494},{"$f":"(K409+K418+K552+K586)*'Emission factors'!$C$5*10^3","v":0},null,{"$f":"SUM(D137:I137)","v":130.57053762698462},3.6584849143098695E-2,{"$f":"'Your Farm'!M133","v":3.5113240329652386E-2},3.5113240329652386E-2,{"$f":"'Your Farm'!N133","v":3.237171924464765E-2},"Indirect N waste "]
[null,null,"Direct N fertiliser",null,null,null,null,null,null,{"$f":"C448","v":135.13107142857143},{"$f":"J138","v":135.13107142857143},3.7862675245183879E-2,{"$f":"'Your Farm'!M134","v":3.6339666461588038E-2},3.6339666461588038E-2,{"$f":"'Your Farm'!N134","v":3.1260434879283851E-2},"Direct N fertiliser"]
[null,null,"Indirect N fertiliser",null,null,null,null,null,null,{"$f":"(SUM(D547:D550)+SUM(D581:D584))*'Emission factors'!$C$5*10^3","v":70.542999999999992},{"$f":"J139","v":70.542999999999992},1.9765599958502765E-2,{"$f":"'Your Farm'!M135","v":1.8970537746049346E-2},1.8970537746049346E-2,{"$f":"'Your Farm'!N135","v":1.6899134792121146E-2},"Indirect N fertiliser"]
[null,"Carbon dioxide:","Electricity (Scope 2)",null,null,null,null,null,null,null,{"$f":"J610","v":121.27500000000002},3.398031179518058E-2,{"$f":"'Your Farm'!M136","v":3.6425433249257691E-2},{"$f":"(K140+K141)*1000/$Q$276*$P$335","v":3.6425433249257691E-2},{"$f":"'Your Farm'!N136","v":3.4494985942911345E-2},"Electricity (Scope 2 &3)"]
[null,null,"Electricity (Scope 3)",null,null,null,null,null,null,null,{"$f":"J614","v":14.175000000000001},3.9717247552808468E-3]
[null,null,"Diesel and unleaded petrol (Scope 1)",null,null,null,null,null,null,null,{"$f":"H602","v":40.645800000000001},1.1388637041142451E-2,{"$f":"'Your Farm'!M138","v":1.3624241506020797E-2},{"$f":"(K142+K143)*1000/$Q$276*$P$335","v":1.3624241506020797E-2},{"$f":"'Your Farm'!N138","v":2.3656762096304244E-2},"Diesel and unleaded petrol (Scope 1 & 3)"]
[null,null,"Diesel and unleaded petrol (Scope 3)",null,null,null,null,null,null,null,{"$f":"J602","v":10.0167},2.8066014360650197E-3]
[null,null,"Urea and lime/dolomite",null,null,null,null,null,null,null,{"$f":"C652+C659","v":149.29710144927537},4.1831886682029133E-2,{"$f":"'Your Farm'!M140","v":4.014921818492604E-2},{"$f":"K144*1000/$Q$276*$P$335","v":4.014921818492604E-2},{"$f":"'Your Farm'!N140","v":2.1433101532566758E-2},"Urea and lime/dolomite"]
[null,"Pre-farm gate embedded (Scope 3)","Grain/ concentrates",null,null,null,null,null,null,null,{"$f":"E627","v":140},3.9226911163267618E-2,{"$f":"'Your Farm'!M141","v":3.7649026614219823E-2},{"$f":"K145*1000/$Q$276*$P$335","v":3.7649026614219823E-2},{"$f":"'Your Farm'!N141","v":4.6587772697944604E-2},"Grain/ concentrates"]
[null,null,"Forages",null,null,null,null,null,null,null,{"$f":"SUM(E625:E626)","v":32},8.9661511230325983E-3,{"$f":"'Your Farm'!M142","v":8.6054917975359607E-3},{"$f":"K146*1000/$Q$276*$P$335","v":8.6054917975359607E-3},{"$f":"'Your Farm'!N142","v":5.9010877722212498E-3},"Forages"]
[null,null,"Fertilisers",null,null,null,null,null,null,null,{"$f":"E645","v":241.97561352657004},6.7799684967742441E-2,{"$f":"'Your Farm'!M143","v":6.5072473668957187E-2},{"$f":"K147*1000/$Q$276*$P$335","v":6.5072473668957187E-2},{"$f":"'Your Farm'!N143","v":5.75454026845185E-2},"Fertilisers"]
[]
[null,"Total GHG emissions ",null,{"$f":"SUM(D133:D147)","v":2171.3628364986225},215.17221153684002,103.58217669913,17.826012811101776,105.97591070923193,0,205.67407142857144,3568.9784346593437,"t CO2e/annum"]
[null,"% of total GHG emissions",null,{"$f":"D149/SUM($K$133:$K$147)","v":0.60839897921823038},6.028958019113894E-2,2.9022920310533298E-2,4.9947101495454276E-3,2.9693625963124443E-2,0,5.7628275203686644E-2]
[]
[null,"Carbon sequestration","Tree plantings, with negative figures representing amount of carbon sequestered",null,null,null,null,null,null,null,{"$f":"IF(C85=\"\",0,IF(U278=\"1\",0,IF(U278=2,(F671*-1),(H88*G85*-1))))","v":-29.360000000000028},"t CO2e/annum"]
[]
[null,"Net GHG emissions ",null,null,null,null,null,null,null,null,{"$f":"K149+K152","v":3539.6184346593436},"t CO2e/annum"]
[]
[null,"Reduction in net GHG emissions relative to the 'Your farm' system",null,null,null,null,null,null,null,null,{"$f":"'Your Farm'!K150-'Strategy Farm'!K154","v":0},"t CO2e/annum"]
[null,"Percentage change in net GHG emissions relative to the 'Your farm' system",null,null,null,null,null,null,null,null,{"$f":"('Your Farm'!K150-'Strategy Farm'!K154)/'Your Farm'!K150*100","v":0},"%"]
[]
[null,"GHG emissions intensity (kg CO2e/kg fat and protein corrected milk (FPCM))",null,null,null,null,null,null,null,null,null,null,{"$f":"'Your Farm'!M152","v":0.95187991893337665},{"$f":"R332","v":0.95187991893337665},{"$f":"'Your Farm'!N152","v":0.92142234982059334},"kg CO2e/kg FPCM"]
[null,"GHG emissions intensity (kg CO2e/kg milksolids)",null,null,null,null,null,null,null,null,null,null,{"$f":"'Your Farm'!M153","v":13.450279013976905},{"$f":"R333","v":13.450279013976905},{"$f":"'Your Farm'!N153","v":12.807348718780416},"kg CO2e/kg milksolids"]
[null,"GHG emissions intensity (kg CO2e/kg liveweight)",null,null,null,null,null,null,null,null,null,null,{"$f":"'Your Farm'!M154","v":3.874736037097867},{"$f":"R334","v":3.874736037097867},{"$f":"'Your Farm'!N154","v":5.0772218334647867},"kg CO2e/kg liveweight meat"]
[]
[null,"Change in GHG emissions intensity relative to the 'Your farm' system",null,null,null,null,null,null,null,null,null,null,null,{"$f":"M159-N159","v":0},null,"Change in kg CO2e/kg FPCM"]
[null,"Change in GHG emissions intensity relative to the 'Your farm' system",null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Your Farm'!M153-'Strategy Farm'!N160","v":0},null,"Change in kg CO2e/kg milksolids"]
[null,"Change in GHG emissions intensity relative to the 'Your farm' system",null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Your Farm'!M154-'Strategy Farm'!N161","v":0},null,"Change in kg CO2e/kg liveweight meat"]
[]
[null,"Proportion of net emissions allocated to milk",null,null,null,null,null,null,null,null,null,null,{"$f":"'Your Farm'!M156","v":0.85498277116868371},{"$f":"P335","v":0.85498277116868371},{"$f":"'Your Farm'!N156","v":0.8722180451466407},"Proportion of emissions allocated to milk"]
[null,"Proportion of net emissions allocated to meat",null,null,null,null,null,null,null,null,null,null,{"$f":"'Your Farm'!M157","v":0.1450172288313164},{"$f":"P336","v":0.1450172288313164},{"$f":"'Your Farm'!N157","v":0.1277819548533593},"Proportion of emissions allocated to meat"]
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[null,null,"Note:  If trees sequester carbon, this is reported as a positive figure in this graph just for simplification of scaling"]
[]
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[]
[null,null,"Economic implications of changing your farm system"]
[]
[null,null,"Enter the cost to implement the change on farm ($ per annum)",null,null,null,{"$f":"C259/1","v":0}]
[]
[null,null,"Enter any savings that may occur due to implementing the change on farm ($ per annum)",null,null,null,{"$f":"C260/1","v":6500}]
[]
[null,null,"Enter the milk price when the changes are implemented ($/litre milk)",null,null,null,{"$f":"C261/1000","v":0.67500000000000004}]
[]
[null,null,"Enter on farm price received for a t CO2e ($)",null,null,null,{"$f":"C262/100","v":35}]
[]
[null,null,"Calculated potential carbon credit ($ per farm)",null,null,null,{"$f":"F259","v":0}]
[]
[null,null,"Calculated net expense to implement the strategy ($ per farm)",null,null,null,{"$f":"F262","v":-6500}]
[]
[null,null,"Benefit as stand alone abatement ($ per farm)",null,null,null,{"$f":"F263","v":6500}]
[]
[null,null,"Estimated additional milk income ($ per farm)",null,null,null,{"$f":"F264","v":0}]
[]
[null,null,"Estimated total farm benefit from strategy ($ per farm)",null,null,null,{"$f":"F265","v":6500}]
[]
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[null,null,"Click here to return to the 'Your Farm' worksheet"]
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[null,"Cost to implement ($ per annum)",0,null,"Carbon income",{"$f":"IF(ISERROR(K156),0,IF(J236<0,0,(K156*G211)))","v":0},null,null,null,null,null,"RDPs for linking to Industry average farm"]
[null,"Savings in expenses ($ per annum)",6500,null,"Expenses to implement",{"$f":"IF(ISERROR(G205),0,(G205))","v":0},null,null,null,null,1,"Australia-wide"]
[null,"Milk price ($/litre milk)",675,null,"Savings from implementing",{"$f":"IF(ISERROR(G207),0,(G207))","v":6500},null,null,null,null,2,"Victoria"]
[null,"Carbon price ($/t CO2e)",3500,null,"Net expense of implementing",{"$f":"F260-F261","v":-6500},null,null,null,null,3,"Victoria- Gippsland"]
[null,null,null,null,"Benefit as stand alone",{"$f":"IF(F259>1,(F259-F262),(F262*-1))","v":6500},null,null,null,null,4,"Victoria- Northern"]
[null,null,null,null,"Estimated additional milk income",{"$f":"IF(ISERROR((Q276-'Your Farm'!R229)*'Strategy Farm'!G209),0,(Q276-'Your Farm'!R229)*'Strategy Farm'!G209)","v":0},null,null,null,null,5,"Victoria- South West"]
[null,null,null,null,"Estimated total farm benefit",{"$f":"IF(ISERROR(F259-F260+F264+G207),0,(F259-F260+F264+G207))","v":6500},null,null,null,null,6,"New South Wales"]
[null,null,null,null,"Estimated carbon credit if paid on reduction in GHG",{"$f":"IF(ISERROR(K162/1000*Q276*G211),0,(K162/1000*Q276*G211))","v":0},null,null,null,null,7,"NSW- North"]
[null,null,null,null,null,null,null,null,null,null,8,"NSW- South",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Manure management",null,null,null,null,null,"Milkers-dairy",null,null,null,null,null,null,null,null,"Milkers",null,null,null,null,"R2s","R1s","Bulls","Other stock < 1","Other stock > 1"]
[null,null,"State","Victoria","New South Wales","Tasmania","Queensland","South Australia","Western Australia",null,9,"Queensland",null,null,"Milk production",null,null,null,"N fertiliser rates","kg of element per ha per annum",null,null,null,null,null,null,null,null,1,"Default state factors and fractions",null,null,"Milkers- dairy","Hours per day at dairy",{"$f":"G103","v":4},null,"Heifers","Hours per day ",null,{"$f":"G125","v":"Pasture"},null,null,"% to grazing",null,{"$f":"1-((AI268/24*AI269/365)+(AI273/24*AI274/365))","v":0.89726027397260277},null,"% to grazing",{"$f":"1-(SUM(AV275:AV278))","v":0.96575342465753422},{"$f":"1-(SUM(AW275:AW278))","v":0.98287671232876717},{"$f":"1-(SUM(AX275:AX278))","v":1},{"$f":"1-(SUM(AY275:AY278))","v":0.98287671232876717},{"$f":"1-(SUM(AZ275:AZ278))","v":1}]
[null,1,"Victoria","Mallee region VIC","Northern coastal NSW","North East TAS","Northern QLD","South East SA","South West WA",null,10,"QLD- North",null,null,null,null,null,null,null,"tonnes of element per annum",null,null,null,null,null,null,null,null,2,"User-defined factors and fractions",null,null,null,"Days per annum at dairy",{"$f":"H113","v":150},null,null,"Days per annum",null,{"$f":"H124","v":"Integrated methane"},null,null,"% from dairy & drains to paddock",null,{"$f":"(AI268/24)*(AI269/365)*(AI270/100)","v":0},null,"% drains to paddock",{"$f":"IF(AD280=\"YES\",IF($AM$281=1,((C119/24*C120/365*C121%)),0),0)","v":0},{"$f":"IF(AD282=\"YES\",IF($AM$281=1,(D119/24*D120/365*D121%),0),0)","v":0},{"$f":"IF(AD284=\"YES\",IF($AM$281=1,(E119/24*E120/365*E121%),0),0)","v":0},{"$f":"IF(AD286=\"YES\",IF($AM$281=1,(F119/24*F120/365*F121%),0),0)","v":0},{"$f":"IF(AD288=\"YES\",IF($AM$281=1,(G119/24*G120/365*G121%),0),0)","v":0}]
[null,2,"New.South.Wales","Northern region VIC","Southern coastal NSW","Central North & Midlands TAS","Southern QLD","Murray River SA",null,null,11,"QLD- South",null,null,"Litres per annum",null,{"$f":"IF(U284=\"1\",H35,0)","v":3000000},null,null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(F92=AD268,1,2)","v":1},null,null,null,"% drained daily from sump",{"$f":"G105","v":0},null,null,null,null,null,null,null,"% from dairy & spread daily",null,{"$f":"(AI268/24*AI269/365*AI271/100)*IF(AD275=2,(1-AD277),1)","v":0},null,"% spread sump/dispersal system",{"$f":"IF(AD280=\"YES\",IF($AM$281=2,(C119/24*C120/365*C121%)*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0},{"$f":"IF(AD282=\"YES\",IF($AM$281=2,(D119/24*D120/365*D121%)*D121%*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0},{"$f":"IF(AD284=\"YES\",IF($AM$281=2,(E119/24*E120/365*E121%)*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0},{"$f":"IF(AD286=\"YES\",IF($AM$281=2,F119/24*F120/365*F121%*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0},{"$f":"IF(AD288=\"YES\",IF($AM$281=2,G119/24*G120/365*G121%*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0}]
[null,3,"Tasmania","North East region VIC","Central Inland & Riverina NSW","Southern TAS",null,null,null,null,12,"South Australia",null,null,"MS per annum",null,{"$f":"IF(U284=\"2\",H35,0)","v":0},null,"Selected",{"$f":"E54","v":"tonnes of element per annum"},{"$f":"IF(T271=\"kg of element per ha per annum\",\"1\",\"2\")","v":"2"},null,null,null,null,null,null,null,null,null,null,null,null,"% spread daily from sump",{"$f":"G106","v":0},null,null,null,null,null,null,null,"% from dairy & spread daily & treated so its solid storage",null,{"$f":"(AI268/24*AI269/365*AI271/100)*IF(AD275=1,0,AD277)","v":0},null,"% of spread daily to SS",{"$f":"IF(AD280=\"YES\",IF($AM$281=2,(C119/24*C120/365*C121%))*IF($AD$275=2,$AD$277,0),0)","v":0},{"$f":"IF(AD282=\"YES\",IF($AM$281=2,(D119/24*D120/365*D121%))*IF($AD$275=2,$AD$277,0),0)","v":0},{"$f":"IF(AD284=\"YES\",IF($AM$281=2,(E119/24*E120/365*E121%)*IF($AD$275=2,$AD$277,0),0))","v":false},{"$f":"IF(AD286=\"YES\",IF($AM$281=2,F119/24*F120/365*F121%)*IF($AD$275=2,$AD$277,0),0)","v":0},{"$f":"IF(AD288=\"YES\",IF($AM$281=2,G119/24*G120/365*G121%)*IF($AD$275=2,$AD$277,0),0)","v":0}]
[null,4,"Queensland","East Gippsland",null,"North West TAS",null,null,null,null,13,"Tasmania ",null,null,"Fat %",null,{"$f":"IF(D37=\"\",4,D37)","v":4.3},null,null,null,null,null,null,null,null,null,null,"Pre-treat manure storage",null,null,null,null,null,"% to lagoon",{"$f":"G107","v":100},null,null,null,null,null,null,null,"% from dairy & to lagoon (no pre-treatment)",null,{"$f":"IF(AD275=1,(AI268/24*AI269/365*AI272/100),(AI268/24*AI269/365*AI272/100)*(1-AD277))","v":5.1369863013698627E-2},null,"% to lagoon (no pre-treatment)",{"$f":"IF(AD280=\"YES\",IF($AM$281=3,(C119/24*C120/365*C121%)*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0},{"$f":"IF(AD282=\"YES\",IF($AM$281=3,(D119/24*D120/365*D121%)*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0},{"$f":"IF(AD284=\"YES\",IF($AM$281=3,(E119/24*E120/365*E121%)*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0},{"$f":"IF(AD286=\"YES\",IF($AM$281=3,(F119/24*F120/365*F121%)*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0},{"$f":"IF(AD288=\"YES\",IF($AM$281=3,(G119/24*G120/365*G121%)*IF($AD$275=2,(1-$AD$277),1),0),0)","v":0}]
[null,5,"South.Australia","South & West Gippsland",null,null,null,null,null,null,14,"Western Australia",null,null,"Protein %",null,{"$f":"IF(H37=\"\",3.3,H37)","v":3.2},null,null,null,null,null,null,null,null,null,null,null,1,"NO",null,null,null,"Hours per day on feedpad",{"$f":"G113","v":2},null,null,null,null,null,null,null,"% from dairy & to lagoon (pre-treated & to solid storage fraction)",null,{"$f":"IF(AD275=1,0,(AI268/24*AI269/365*AI272/100)*AD277)","v":1.7123287671232876E-2},null,"% to lagoon (pre-treated & to solid storage)",{"$f":"IF(AD280=\"YES\",IF($AM$281=3,((C119/24*C120/365*C121%)*IF($AD$275=2,$AD$277,0)),0),0)","v":0},{"$f":"IF(AD282=\"YES\",IF($AM$281=3,((D119/24*D120/365*D121%)*IF($AD$275=2,$AD$277,0)),0),0)","v":0},{"$f":"IF(AD284=\"YES\",IF($AM$281=3,(E119/24*E120/365*E121%*IF($AD$275=2,$AD$277,0)),0),0)","v":0},{"$f":"IF(AD286=\"YES\",IF($AM$281=3,(F119/24*F120/365*F121%*IF($AD$275=2,$AD$277,0)),0),0)","v":0},{"$f":"IF(AD288=\"YES\",IF($AM$281=3,(G119/24*G120/365*G121%*IF($AD$275=2,$AD$277,0)),0),0)","v":0}]
[null,6,"Western.Australia","South West VIC",null,null,null,null,null,null,15,"Low grain (< 1 t DM/cow.annum)",null,null,"DGAS estimated kg MS if litres entered",null,{"$f":"IF(Q270=0,Q271,(Q270*(Q272+Q273)/100))","v":225000},null,"Tree sequestration","No estimate of carbon sequestration",null,null,null,null,null,null,null,null,2,"YES",null,null,null,"Days per annum on feedpad",{"$f":"H113","v":150},null,null,null,null,null,null,null,"% from feedpad and drains to paddock",null,{"$f":"IF(AH282=1,(AI273/24*AI274/365),0)","v":0},null,"% to solid storage",{"$f":"IF(AD280=\"YES\",IF($AM$281=4,(C119/24*C120/365*C121%),0),0)","v":3.4246575342465752E-2},{"$f":"IF(AD282=\"YES\",IF($AM$281=4,(D119/24*D120/365*D121%),0),0)","v":1.7123287671232876E-2},{"$f":"IF(AD284=\"YES\",IF($AM$281=4,E119/24*E120/365*E121%,0),0)","v":0},{"$f":"IF(AD286=\"YES\",IF($AM$281=4,F119/24*F120/365*F121%,0),0)","v":1.7123287671232876E-2},{"$f":"IF(AD288=\"YES\",IF($AM$281=4,G119/24*G120/365*G121%,0),0)","v":0}]
[null,null,null,null,null,null,null,null,null,null,16,"Medium grain (1-2 t DM/cow.annum)",null,null,"DGAS estimated litres per annum",null,{"$f":"IF(Q270=0,(Q271/((Q272+Q273)/100)),Q270)","v":3000000},null,null,"Based on data entered here",null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(G109=\"\",1,IF(G109=0,1,(IF(G109=AD273,1,2))))","v":2},null,null,null,null,null,null,null,null,null,null,null,null,"% from feedpad spread daily",null,{"$f":"IF(AH282=2,AI273/24*AI274/365*IF(AD275=2,(1-AD277),1),0)","v":0},null,"% sum solid storage",{"$f":"AV271+AV273+AV274","v":3.4246575342465752E-2},{"$f":"AW271+AW273+AW274","v":1.7123287671232876E-2},{"$f":"AX271+AX273+AX274","v":0},{"$f":"AY271+AY273+AY274","v":1.7123287671232876E-2},{"$f":"AZ271+AZ273+AZ274","v":0}]
[null,null,null,null,null,null,null,null,null,null,17,"High grain (> 2 t DM/cow.annum)",null,null,"FPCM (kg per annum)",null,{"$f":"(Q275*1.03)*(0.2534+0.1226*Q272+0.0776*Q273)","v":3179301.0000000005},null,null,"Carbon sequestered using other tools",null,null,null,null,null,null,null,null,null,null,null,null,"Milkers- feedpad",null,null,null,"Heifers- feedpad",null,null,null,null,null,"% of feedpad spread daily going to SS",null,{"$f":"IF(AH282=2,(AI273/24*AI274/365*IF(AD275=2,AD277,0)),0)","v":0},null,"% sum drains to paddock",{"$f":"AV269","v":0},{"$f":"AW269","v":0},{"$f":"AX269","v":0},{"$f":"AY269","v":0},{"$f":"AZ269","v":0}]
[null,"Selected State",{"$f":"D16","v":"Victoria"},"Selected Region",{"$f":"C87","v":"South West VIC"},null,null,null,null,null,"Selected",{"$f":"H16","v":"Victoria- South West"},null,null,"kg milk per cow per day",null,{"$f":"ROUND((Q276/D20/D39),1)","v":23.6},null,null,null,null,null,null,null,null,null,null,"Pre-treated percentage",null,{"$f":"G110/100","v":0.25},null,null,null,null,null,null,null,1,"Flushed & drains daily to the paddock",null,null,null,"% from feedpad to lagoon without treatment",null,{"$f":"(IF(AH282=3,(AI273/24*AI274/365*IF(AD275=2,(1-AD277),1)),0))","v":0},null,"% sum lagoon",{"$f":"AV272","v":0},{"$f":"AW272","v":0},{"$f":"AX272","v":0},{"$f":"AY272","v":0},{"$f":"AZ272","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"litres per cow per day",null,{"$f":"(Q275/D20/D39)","v":22.222222222222225},null,"Selected",{"$f":"C85","v":"Based on data entered here"},{"$f":"IF(C85=\"\",0,IF(C85=T274,\"1\",IF(C85=T275,2,3)))","v":2},null,null,null,null,null,null,null,null,null,null,null,1,"Flushed & drains daily to the paddock",null,null,"Feedpad waste- heifers",2,"Flushed & spread daily from a sump",null,null,null,"% from feedpad and to lagoon but with pre-treatment to make it solid storage",null,{"$f":"(IF(AH282=3,(AI273/24*AI274/365*IF(AD275=2,AD277,0)),0))","v":0},null,"% sum sump and dispersal",{"$f":"AV270","v":0},{"$f":"AW270","v":0},{"$f":"AX270","v":0},{"$f":"AY270","v":0},{"$f":"AZ270","v":0}]
[null,null,null,null,null,null,null,null,null,null,"Calves sold","Calves sold soon after birth ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"On feedpad",null,null,2,"Flushed & spread daily from a sump",null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,"% from feedpad to solid storage",null,{"$f":"IF(AH282=4,(AI273/24*AI274/365),0)","v":3.4246575342465752E-2}]
[null,null,null,null,null,null,null,null,null,null,null,"Calves sold post-weaning ",null,null,"Average DMD",null,{"$f":"((D42*F42)+(D43*F43)+(D44*F44)+(D45*F45)+(D46*F46)+(D47*F47))/D48","v":75.735294117647058},null,null,null,null,null,null,null,null,null,null,"Heifers > 1 feedlot",null,{"$f":"IF(C119>0,\"Yes\",\"No\")","v":"Yes"},null,null,3,"Flushed to a pond/lagoon system",null,null,null,4,"Scrapped & stockpiled ",null,null,null,"% sum solid storage",null,{"$f":"AS271+AS273+AS276+AS278+AS279","v":5.1369863013698627E-2}]
[null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(K18=L279,1,2)","v":2},null,null,"Average CP",null,{"$f":"((D42*H42)+(D43*H43)+(D44*H44)+(D45*H45)+(D46*H46)+(D47*H47))/D48","v":18.632352941176471},null,"Milk production","litres per herd per annum",null,null,null,null,null,null,null,null,null,null,null,null,4,"Scrapped & stockpiled ",null,null,null,"Selected",{"$f":"IF(F123=AM277,1,IF(F123=AM278,2,IF(F123=AM279,3,4)))","v":4},null,null,null,"% drains to paddock",null,{"$f":"AS269+AS274","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(L281=1,L279,L280)","v":"Calves sold post-weaning "},null,null,"Average intake required",null,{"$f":"ROUND((1.185+(0.00454*D22)-(0.0000026*(D22)^2)+((0.315*0)))^2*1.1+((Q278*D39/365)*3.054/0.6/(0.00795*Q280-0.0014)/18.4),1)","v":17.100000000000001},null,null,"kg milksolids per herd per annum",null,null,null,null,null,null,null,"Heifers < 1 feedlot",null,{"$f":"IF(D119>0,\"Yes\",\"No\")","v":"Yes"},null,null,"Selected",{"$f":"IF(F115=AH278,1,IF(F115=AH279,2,IF(F115=AH280,3,4)))","v":4},null,null,null,null,null,null,null,null,"% sum lagoon",null,{"$f":"AS272+AS277","v":5.1369863013698627E-2}]
[null,"Your farm GHG emissions estimations",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% sum sump and dispersal",null,{"$f":"AS270+AS275","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Net GHG emissions (kg)",null,{"$f":"K154*1000","v":3539618.4346593437},null,"Selected",{"$f":"D35","v":"litres per herd per annum"},{"$f":"IF(D35=T281,\"1\",\"2\")","v":"1"},null,null,null,null,null,null,"Bulls feedlot",null,{"$f":"IF(E119>0,\"Yes\",\"No\")","v":"No"}]
[null,"Methane Calculation","Seasons",{"$f":"D18","v":"Milking cows"},{"$f":"E18","v":"Heifers > 1 yr age"},{"$f":"F18","v":"Heifers < 1 yr age"},{"$f":"G18","v":"Mature bulls"},{"$f":"H18","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls",{"$f":"I18","v":"Other stock > 1 yr age"},"Units","Inventory reference",null,"EI (litres FPCM)",null,{"$f":"Q284/Q276","v":1.113332281108125},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Pasture","Lagoon","Sump/dispersal","Drain to paddock","Solid storage","Integrated MCF"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"EI (kg MS)",null,{"$f":"Q284/Q274","v":15.731637487374861},null,null,null,null,null,null,null,null,null,null,"Other stock < 1 feedlot",null,{"$f":"IF(F119>0,\"Yes\",\"No\")","v":"Yes"},null,1,"Victoria",83.9,10.8,0.9,0.2,4.2,8.92,null,null,null,null,null,null,null,"MCF calculations- milkers"]
[null,"Feed Intake",null,"I = (1.185 +(0.00454 x W) - (0.0000026 x (W)^2) + ((0.315 x LWG)))^2 x MR + MI",null,null,null,null,null,null,null,null,"3A.1a_1",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,"New.South.Wales",78.7,9,2,1.9,8.4,8.0500000000000007,null,null,null,null,null,null,null,null,"Lagoon","Sump and dispersal","Drains to paddock","Solids storage","Voided pasture","Integrated MCF"]
[null,null,"Annual",{"$f":"(1.185+(0.00454*D22)-(0.0000026*(D22)^2)+((0.315*E25)))^2*1.1+D292","v":17.318432000040413},{"$f":"(1.185+(0.00454*E22)-(0.0000026*(E22)^2)+((0.315*E24)))^2*1+E292","v":7.1609759999999989},{"$f":"(1.185+(0.00454*F22)-(0.0000026*(F22)^2)+((0.315*F24)))^2*1+F292","v":4.1127840000000004},{"$f":"(1.185+(0.00454*G22)-(0.0000026*(G22)^2)+((0.315*G24)))^2*1+G292","v":8.8387289999999989},{"$f":"(1.185+(0.00454*H22)-(0.0000026*(H22)^2)+((0.315*H24)))^2*1+H292","v":5.3084159999999994},null,null,{"$f":"(1.185+(0.00454*I22)-(0.0000026*(I22)^2)+((0.315*I24)))^2*1+K292","v":1.4042250000000001},"kg DM/head/day",null,null,"FPCM (kg per annum based on IDF equation)",null,{"$f":"Q276","v":3179301.0000000005},null,null,null,null,null,null,null,null,null,null,"Other stock > 1 feedlot",null,{"$f":"IF(G119>0,\"Yes\",\"No\")","v":"No"},null,3,"Tasmania",86.5,8.4,2.4,0.8,2,6.9,null,null,null,null,null,null,1,"Victoria",73,0.5,17,2,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Meat production",null,"Cull cows","Heifers < 1","Heifers > 1","Bulls","Other stock < 1","Other stock > 1",null,null,null,null,null,null,null,null,null,4,"Queensland",78.7,7.3,3.3,2.4,8.4,7.99,null,null,null,null,null,null,2,"New.South.Wales",76,0.5,18,2,1]
[null,"Additional intake for milk production",null,"MI = MP x 1.03 x NE / k / qm / 18.4",null,null,null,null,null,null,null,null,null,null,"Cull cows",null,{"$f":"D26*D28","v":63250},4250,0,2400,40000,0,null,null,null,null,null,null,null,null,null,5,"South.Australia",80.5,10.4,1.4,0.8,6.9,2.5499999999999998,null,null,null,null,null,null,3,"Tasmania",69,0.1,13,2,1]
[null,null,null,"MP x 1.03 x 3.054 (MJ net energy/kg milk) / 0.6 / (0.00795 x DMD - 0.0014) / 18.4",null,null,null,null,null,null,null,null,"3A.1a_2",null,"Total meat",null,{"$f":"SUM(Q290:V290)","v":109900},null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"Western.Australia",79.900000000000006,10,1.9,0.9,7.4,8.6,null,null,null,null,null,null,4,"Queensland",78,0.5,24,2,1]
[null,null,"Annual",{"$f":"(Q278*1.03 *D39/365)*3.054/0.6/((0.00795*F48)-0.0014)/18.4","v":8.663604500040412},{"$f":"0*3.054/0.6/(0.00795*D50-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D51-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D50-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D50-0.0014)/18.4","v":0},null,null,{"$f":"0*3.054/0.6/(0.00795*D50-0.0014)/18.4","v":0},"kg DM/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5,"South.Australia",74,0.5,17,2,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"Western.Australia",76,0.5,18,2,1]
[null,"Intake relative to maintenance",null,"L = I / (1.185 + 0.00454 x W - 0.0000026 x W^2 + (0.315 x 0))^2",null,null,null,null,null,null,null,null,"Used for waste CH4 estimations",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default fractions",{"$f":"C277","v":"Victoria"},{"$f":"VLOOKUP($AG$294,$AG$286:$AM$291,2,FALSE)","v":83.9},{"$f":"VLOOKUP($AG$294,$AG$286:$AM$291,3,FALSE)","v":10.8},{"$f":"VLOOKUP($AG$294,$AG$286:$AM$291,4,FALSE)","v":0.9},{"$f":"VLOOKUP($AG$294,$AG$286:$AM$291,5,FALSE)","v":0.2},{"$f":"VLOOKUP($AG$294,$AG$286:$AM$291,6,FALSE)","v":4.2},{"$f":"VLOOKUP($AG$294,$AG$286:$AM$291,7,FALSE)","v":8.92}]
[null,null,"Annual",{"$f":"D288/(1.185+(0.00454*D22)-(0.0000026*(D22)^2)+((0.315*0)))^2","v":2.2011155277265146},{"$f":"E288/(1.185+(0.00454*E22)-(0.0000026*(E22)^2)+((0.315*0)))^2","v":1.1876605782065544},{"$f":"F288/(1.185+(0.00454*F22)-(0.0000026*(F22)^2)+((0.315*0)))^2","v":1.2588653776622303},{"$f":"G288/(1.185+(0.00454*G22)-(0.0000026*(G22)^2)+((0.315*0)))^2","v":1},{"$f":"H288/(1.185+(0.00454*H22)-(0.0000026*(H22)^2)+((0.315*0)))^2","v":1.3418234679879608},null,null,{"$f":"K288/(1.185+(0.00454*L22)-(0.0000026*(L22)^2)+((0.315*0)))^2","v":1},"kg DM/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milker User defined fractions",null,{"$f":"AS268*100","v":89.726027397260282},{"$f":"AS282*100","v":5.1369863013698627},{"$f":"AS283*100","v":0},{"$f":"AS281*100","v":0},{"$f":"AS280*100","v":5.1369863013698627},{"$f":"BA297","v":4.75},null,null,null,null,null,null,"Selected",{"$f":"VLOOKUP($D$16,$AU$288:$AZ$294,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$16,$AU$288:$AZ$294,2,FALSE)","v":73},{"$f":"VLOOKUP($D$16,$AU$288:$AZ$294,3,FALSE)","v":0.5},{"$f":"VLOOKUP($D$16,$AU$288:$AZ$294,4,FALSE)","v":17},{"$f":"VLOOKUP($D$16,$AU$288:$AZ$294,5,FALSE)","v":2},{"$f":"VLOOKUP($D$16,$AU$288:$AZ$294,6,FALSE)","v":1}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for milkers",null,{"$f":"IF($AD$270=1,AH294,AH295)","v":83.9},10.8,0.9,0.2,4.2,8.92]
[null,"Daily Methane Yield (M)",null,"M = 20.7 x I/1000",null,null,null,null,null,null,null,null,"3A.1a_3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Defacut other stock",null,100,0,0,0,0,1,null,null,null,null,null,null,"Milker MCF",null,{"$f":"AV295*AS282","v":3.75},{"$f":"AW295*AS283","v":0},{"$f":"AX295*AS281","v":0},{"$f":"AY295*AS280","v":0.10273972602739725},{"$f":"AZ295*AS268","v":0.89726027397260277},{"$f":"SUM(AV297:AZ297)","v":4.75}]
[null,null,"Annual",{"$f":"20.7*D288/1000","v":0.35849154240083653},{"$f":"20.7*E288/1000","v":0.14823220319999997},{"$f":"20.7*F288/1000","v":8.5134628800000001E-2},{"$f":"20.7*G288/1000","v":0.18296169029999995},{"$f":"20.7*H288/1000","v":0.10988421119999998},1.7600000000000001E-2,2.0400000000000001E-2,{"$f":"20.7*K288/1000","v":2.9067457500000001E-2},"kg CH4/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"R2 User defined fraction",null,{"$f":"AV268*100","v":96.575342465753423},{"$f":"AV277*100","v":0},{"$f":"AV278*100","v":0},{"$f":"AV276*100","v":0},{"$f":"AV275*100","v":3.4246575342465753},{"$f":"BA300","v":1.0342465753424657}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"R1 User defined fraction",null,{"$f":"AW268*100","v":98.287671232876718},{"$f":"AW277*100","v":0},{"$f":"AW278*100","v":0},{"$f":"AW276*100","v":0},{"$f":"AW275*100","v":1.7123287671232876},{"$f":"BA301","v":1.0171232876712328},null,null,null,null,null,null,"Non-milkers MCF"]
[null,"Annual Australian methane production (Gg) for all classes of dairy cattle across all states",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Bulls User defined fraction",null,{"$f":"AX268*100","v":100},{"$f":"AX277*100","v":0},{"$f":"AX278*100","v":0},{"$f":"AX276*100","v":0},{"$f":"AX275*100","v":0},{"$f":"BA302","v":1},null,null,null,null,null,null,"R2s",null,{"$f":"AV277*$AV295","v":0},{"$f":"AV278*AW295","v":0},{"$f":"AV276*AX295","v":0},{"$f":"AV275*AY295","v":6.8493150684931503E-2},{"$f":"AV268*AZ295","v":0.96575342465753422},{"$f":"SUM(AV300:AZ300)","v":1.0342465753424657}]
[null,null,null,"E =(365 x N x M) x 10^-6 for > 1, (281 x N x M) x 10^-6 for weaned 0-1 years and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock < 1 defined fraction",null,{"$f":"AY268*100","v":98.287671232876718},{"$f":"AY277*100","v":0},{"$f":"AY278*100","v":0},{"$f":"AY276*100","v":0},{"$f":"AY275*100","v":1.7123287671232876},{"$f":"BA303","v":1.0171232876712328},null,null,null,null,null,null,"R1s",null,{"$f":"AW277*AV295","v":0},{"$f":"AW278*AW295","v":0},{"$f":"AW276*AX295","v":0},{"$f":"AW275*AY295","v":3.4246575342465752E-2},{"$f":"AW268*AZ295","v":0.98287671232876717},{"$f":"SUM(AV301:AZ301)","v":1.0171232876712328}]
[null,null,null,null,null,null,null,null,null,null,null,null,"3A.1a_4",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock > 1 defined fraction",null,{"$f":"AZ268*100","v":100},{"$f":"AZ277*100","v":0},{"$f":"AZ278*100","v":0},{"$f":"AZ276*100","v":0},{"$f":"AZ275*100","v":0},{"$f":"BA304","v":1},"No. head for weighted average",null,null,null,null,null,"Bulls",null,{"$f":"AX277*AV295","v":0},{"$f":"AX278*AW295","v":0},{"$f":"AX276*AX295","v":0},{"$f":"AX275*AY295","v":0},{"$f":"AX268*AZ295","v":1},{"$f":"SUM(AV302:AZ302)","v":1}]
[null,null,"Annual",{"$f":"(365*D20*D298)*10^-6","v":5.8882235839337396E-2},{"$f":"(365*E20*E298)*10^-6","v":6.4925705001599989E-3},{"$f":"(281*F20*F298)*10^-6","v":2.9903538366000001E-3},{"$f":"(365*G20*G298)*10^-6","v":5.3424813567599981E-4},{"$f":"(281*H20*H298)*10^-6","v":3.0877463347199993E-3},{"$f":"(84*F20*I298)*10^-6","v":1.8479999999999999E-4},{"$f":"(84*H20*J298)*10^-6","v":1.7136000000000001E-4},{"$f":"(365*I20*K298)*10^-6","v":0},"Gg CH4/farm/annum",null,null,"New IDF (2022)-aligned method of estimating milk and meat allocations and emissions intensities",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for R2s",null,{"$f":"IF($AD$270=1,AH$297,AH298)","v":100},0,0,{"$f":"IF($AD$270=1,AK$297,AK298)","v":0},0,1,{"$f":"Rising2HeiferNumber","v":120},null,null,null,null,null,"Other stock < 1",null,{"$f":"AY277*AV295","v":0},{"$f":"AY278*AW295","v":0},{"$f":"AY276*AX295","v":0},{"$f":"AY275*AY295","v":3.4246575342465752E-2},{"$f":"AY268*AZ295","v":0.98287671232876717},{"$f":"SUM(AV303:AZ303)","v":1.0171232876712328}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for R1s",null,100,0,0,0,0,1,{"$f":"Rising1HeiferNumber","v":125},null,null,null,null,null,"Other stock > 1",null,{"$f":"AZ277*AV295","v":0},{"$f":"AZ278*AW295","v":0},{"$f":"AZ276*AX295","v":0},{"$f":"AZ275*AY295","v":0},{"$f":"AZ268*AZ295","v":1},{"$f":"SUM(AV304:AZ304)","v":1}]
[null,"Grand Total",{"$f":"SUM(D303:K303)","v":7.2343314646493392E-2},null,null,null,null,null,null,null,null,"Gg CH4/year/farm",null,null,"Liveweight Cull Cows (inc bulls)",{"$f":"D26*D28+G26*G28","v":65650},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for bulls",null,100,0,0,{"$f":"IF($AD$270=1,AK$297,AK300)","v":0},0,1,{"$f":"BullNumber","v":8}]
[null,"Grand Total ",{"$f":"C305*'Emission factors'!$C$4","v":2.0256128101018152},null,null,null,null,null,null,null,null,"Gg CO2-e/year/farm",null,null,"Liveweight Calves at Birth",{"$f":"IF(L281=1,J26*J28,0)","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock < 1",null,100,0,0,0,0,1,{"$f":"OtherLivestockNumber","v":100}]
[null,"Grand Total ",{"$f":"C306*10^3","v":2025.6128101018151},null,null,null,null,null,null,null,null,"t CO2-e/year/farm",null,null,"Liveweight Calves Weaned",{"$f":"IF(L281=2,J26*J28,0)","v":22575},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock > 1",null,100,0,0,0,0,1,{"$f":"OtherLivestockNotImportedNumber","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Liveweight Fattened Dairy Livestock",{"$f":"SUMPRODUCT(E26:F26,E28:F28)","v":4250},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Weighted average",null,{"$f":"SUMPRODUCT(AH303:AH307,$AN$303:$AN$307)/SUM($AN$303:$AN$307)","v":100},0,0,0,0,1]
[null,"Methane from waste",null,{"$f":"D18","v":"Milking cows"},{"$f":"E18","v":"Heifers > 1 yr age"},{"$f":"F18","v":"Heifers < 1 yr age"},{"$f":"G18","v":"Mature bulls"},{"$f":"H18","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls",{"$f":"I18","v":"Other stock > 1 yr age"},"Units","Inventory reference",null,"Liveweight Fattened Other Livestock",{"$f":"SUMPRODUCT(H26:I26,H28:I28)","v":40000}]
[null,"Ash content (A)",0.08,null,null,null,null,null,null,null,null,"fraction",null,null,"Total Liveweight Sold",{"$f":"SUM(P305:P309)","v":132475}]
[null,"Emission potential (Bo)",0.24,null,null,null,null,null,null,null,null,"m3 CH4/kg VS"]
[null,"Density of methane (r)",0.6784,null,null,null,null,null,null,null,null,"kg/m3",null,null,null,"Factor","Dairy","% of Dairy Meat","All Meat","% of All Meat"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Cull Cows",15,{"$f":"P305*P313","v":984750},{"$f":"Q313/$Q$318","v":0.71873004287929931},{"$f":"P305*P313","v":984750},{"$f":"S313/$S$318","v":0.54402320281748495}]
[null,"Volatile solids (VS) ","VS = (I x (1 - DMD) x (0.04 x I)) x (1 - A)",null,null,null,null,null,null,null,null,null,"4B.1a_1",null,"Energy Demand Calves at Birth",27.5,{"$f":"P306*P314","v":0},{"$f":"Q314/$Q$318","v":0},{"$f":"P306*P314","v":0},{"$f":"S314/$S$318","v":0}]
[null,null,"Annual",{"$f":"(D288*(1-(F48/100))+(0.04*D288))*(1-$C$310)","v":4.5034035587869798},{"$f":"(E288*(1-($D$50/100))+(0.04*E288))*(1-$C$310)","v":1.9105483967999999},{"$f":"(F288*(1-($D$50/100))+(0.04*F288))*(1-$C$310)","v":1.0972907712000002},{"$f":"(G288*(1-($D$50/100))+(0.04*G288))*(1-$C$310)","v":2.3581728971999998},{"$f":"(H288*(1-($D$50/100))+(0.04*H288))*(1-$C$310)","v":1.4162853888},0.26850000000000002,0.30030000000000001,{"$f":"(K288*(1-($D$50/100))+(0.04*K288))*(1-$C$310)","v":0.37464723000000005},"kg/head/day",null,null,"Energy Demand Calves Weaned",15,{"$f":"P307*P315","v":338625},{"$f":"Q315/$Q$318","v":0.24714898275704772},{"$f":"P307*P315","v":338625},{"$f":"S315/$S$318","v":0.18707271597265382}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Fattened Dairy Livestock",11,{"$f":"P308*P316","v":46750},{"$f":"Q316/$Q$318","v":3.4120974363652953E-2},{"$f":"P308*P316","v":46750},{"$f":"S316/$S$318","v":2.582694565292452E-2}]
[null,"Methane production from manure","M = VS x Bo x MCF x r ",null,null,null,null,null,null,null,null,null,"4B.1a_2",null,"Energy Demand Fattened Other Livestock",11,null,{"$f":"Q317/$Q$318","v":0},{"$f":"P309*P317","v":440000},{"$f":"S317/$S$318","v":0.24307713555693666}]
[null,null,"MCF = Integrated methane conversion factor - based on the proportion  of different manure management regimes",null,null,null,null,null,null,null,null,null,null,null,"Total Energy Demand Meat",null,{"$f":"SUM(Q313:Q317)","v":1370125},{"$f":"SUM(R313:R317)","v":0.99999999999999989},{"$f":"SUM(S313:S317)","v":1810125},{"$f":"SUM(T313:T317)","v":1}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Milk",3.1,{"$f":"Q288*P320","v":9855833.1000000015},null,{"$f":"Q320","v":9855833.1000000015}]
[null,null,"Methane for each manure management system and MCF associated, for each class of cattle separately"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Energy Demand",null,{"$f":"Q320+Q318","v":11225958.100000001},null,{"$f":"S320+S318","v":11665958.100000001}]
[null,null,"Annual",{"$f":"D315*$C$311*AM296%*$C$312","v":6.5403772921409517E-2},{"$f":"E315*$C$311*$AM$303%*$C$312","v":3.110678477733888E-3},{"$f":"F315*$C$311*$AM$304%*$C$312","v":1.7865649420369923E-3},{"$f":"G315*$C$311*$AM$305%*$C$312","v":3.8394827843051512E-3},{"$f":"H315*$C$311*$AM$306%*$C$312","v":2.3059392186286077E-3},{"$f":"I315*$C$311*$AM$304%*$C$312","v":4.3716095999999998E-4},{"$f":"J315*$C$311*$AM$306%*$C$312","v":4.8893644799999998E-4},{"$f":"K315*$C$311*$AM$307%*$C$312","v":6.0998563399680011E-4},"kg CH4/head/day"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% Milk of Energy",null,{"$f":"Q320/Q322","v":0.87795028381586426},null,{"$f":"S320/S322","v":0.84483700485774937}]
[null,"The annual methane production (Gg) from the manure of dairy cattle"]
[null,null,"Total = (365 x N x M) x 10^-6 for > 1 yr olds, (281 x N x M) x 10^-6 for 0 to 1 yr olds and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,null,"4B.1a_3",null,"Milk only C02 (Electricity + Pre-farmgate feed + purchased milkers and heifers)",{"$f":"K140+K141+D636","v":273.25}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Meat only CO2 (Other Livestock+ purcbased bulls and Other stock)",{"$f":"H149+I149+AC307","v":105.97591070923193}]
[null,null,"Annual",{"$f":"(365*D20*D323)*10^-6","v":1.0742569702341512E-2},{"$f":"(365*E20*E323)*10^-6","v":1.3624771732474429E-4},{"$f":"(281*F20*F323)*10^-6","v":6.2753093589049353E-5},{"$f":"(365*G20*G323)*10^-6","v":1.1211289730171041E-5},{"$f":"(281*H20*H323)*10^-6","v":6.4796892043463884E-5},{"$f":"(84*F20*I323)*10^-6","v":4.5901900800000001E-6},{"$f":"(84*H20*J323)*10^-6","v":4.1070661631999999E-6},{"$f":"(365*I20*K323)*10^-6","v":0},"Gg CH4/farm/annum",null,null,"Dairy Livestock CO2 (Dairy Livestock)",{"$f":"SUM(D149:G149)","v":2507.9432375456945}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"General Farm CO2 (Fertiliser + Fuel - Trees)",{"$f":"SUM(K138:K139)+SUM(K142:K144)+K147+K152+E636","v":652.44928640441697}]
[null,"Grand total",{"$f":"SUM(D328:K328)","v":1.1026275951272141E-2},null,null,null,null,null,null,null,null,"Gg CH4/farm/year",null,null,"Total Farm CO2",{"$f":"SUM(P326:P329)","v":3539.6184346593432}]
[null,"Grand total",{"$f":"C330*'Emission factors'!$C$4","v":0.30873572663561993},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year",null,null,null,null,null,"Calculated from spreadsheet data"]
[null,"Grand total",{"$f":"C331*10^3","v":308.73572663561993},null,null,null,null,null,null,null,null,"t CO2-e/farm/year",null,null,"Total milk CO2 allocated emissions",{"$f":"P326+P328*Q324+P329*S324","v":3026.3127781448038},null,{"$f":"P332*1000/Q288","v":0.95187991893337665},"kg CO2 / kg FPCM"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total meat CO2 allocated emissions",{"$f":"P327+P328*(1-Q324)+P329*(1-S324)","v":513.30565651453992},null,{"$f":"P332*1000/Q274","v":13.450279013976905},"kg CO2 / kg MS"]
[null,"Faecal nitrous oxide calculation","Seasons",{"$f":"D18","v":"Milking cows"},{"$f":"E18","v":"Heifers > 1 yr age"},{"$f":"F18","v":"Heifers < 1 yr age"},{"$f":"G18","v":"Mature bulls"},{"$f":"H18","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)","Units","Inventory reference",null,null,null,null,{"$f":"P333*1000/P310","v":3.874736037097867},"kg CO2 / kg LW"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% of total CO2 allocated to milk ",{"$f":"P332/P330","v":0.85498277116868371}]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP",null,null,null,null,null,null,null,null,"3B.1a_4",null,"% of total CO2 allocated to meat",{"$f":"P333/P330","v":0.1450172288313164}]
[null,null,"Annual",{"$f":"D288*H48%","v":3.2268313741251773},{"$f":"E288*D51%","v":1.4321951999999998},{"$f":"F288*D51%","v":0.82255680000000009},{"$f":"G288*D51%","v":1.7677457999999999},{"$f":"H288*D51%","v":1.0616831999999998},null,null,{"$f":"K288*D51%","v":0.28084500000000001},"kg/head/day"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Meat Allocation Detail","kg LW sold",null,"tonnes of CO2","% of Meat","% of CO2","kg CO2 / kg LW"]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25",null,null,null,null,null,null,null,null,"3B.1a_6",null,"Cull Cows/bulls",{"$f":"P305","v":65650},null,{"$f":"$P$328*(1-$Q$324)*R313+$P$329*(1-$S$324)*T313","v":275.07350654893844},{"$f":"R339/$R$344","v":0.5358863730759349},{"$f":"S339*$P$336","v":7.7712756791937038E-2},{"$f":"R339*1000/P339","v":4.1900000997553457}]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 ",null,null,null,null,null,null,null,null,null,null,"Calves at Birth",0,null,{"$f":"$P$328*(1-$Q$324)*R314+$P$329*(1-$S$324)*T314","v":0},{"$f":"R340/$R$344","v":0},{"$f":"S340*$P$336","v":0},{"$error":"#DIV/0!"}]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen",null,null,null,null,null,null,null,null,null,null,"Calves Weaned",22575,null,{"$f":"$P$328*(1-$Q$324)*R315+$P$329*(1-$S$324)*T315","v":94.589252251976944},{"$f":"R341/$R$344","v":0.18427471244766538},{"$f":"S341*$P$336","v":2.6723008142848122E-2},4.1900000997553466]
[null,null,"Annual",{"$f":"(0.3*((D337*(1-((F48+10)/100))))+(0.105*((0.1604*F48-1.037)*D288*0.008))+(0.0152*D288))/6.25","v":9.007452710366684E-2},{"$f":"(0.3*((E337*(1-((D50+10)/100))))+(0.105*((0.1604*D50-1.037)*E288*0.008))+(0.0152*E288))/6.25","v":3.8307348944179198E-2},{"$f":"(0.3*((F337*(1-((D50+10)/100))))+(0.105*((0.1604*D50-1.037)*F288*0.008))+(0.0152*F288))/6.25","v":2.2001170206412804E-2},{"$f":"(0.3*((G337*(1-((D50+10)/100))))+(0.105*((0.1604*D50-1.037)*G288*0.008))+(0.0152*G288))/6.25","v":4.7282420165356796E-2},{"$f":"(0.3*((H337*(1-((D50+10)/100))))+(0.105*((0.1604*D50-1.037)*H288*0.008))+(0.0152*H288))/6.25","v":2.8397154808627194E-2},5.4999999999999997E-3,5.0000000000000001E-3,{"$f":"(0.3*((K337*(1-((D50+10)/100))))+(0.105*((0.1604*D50-1.037)*K288*0.008))+(0.0152*K288))/6.25","v":7.5118443451200004E-3},"kg/head/day",null,null,"Fattened Dairy Livestock",4250,null,{"$f":"$P$328*(1-$Q$324)*R316+$P$329*(1-$S$324)*T316","v":13.058833644237495},{"$f":"R342/$R$344","v":2.5440657975425194E-2},{"$f":"S342*$P$336","v":3.6893337192414901E-3},3.0726667398205869]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Fattened Other Livestock",40000,null,{"$f":"P327+P329*(1-S324)*T317","v":130.58406406938701},{"$f":"R343/$R$344","v":0.25439825650097447},{"$f":"S343*$P$336","v":3.6892130177289741E-2},3.2646016017346753]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP x 1.03) + {0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)} /6.38",null,null,null,null,null,null,null,null,"3B.1a_5",null,"Total Meat",132475,null,{"$f":"SUM(R339:R343)","v":513.30565651453992},{"$f":"SUM(S339:S343)","v":0.99999999999999989},{"$f":"SUM(T339:T343)","v":0.14501722883131637},3.874736037097867]
[]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)",null,null,null,null,null,null,null,null,null,"Table 5.A.3"]
[null,null,null,"Milking Cows","Heifers >1","Heifers <1","Mature bulls","Dairy Bulls <1","Dairy Bulls >1"]
[null,1,"Victoria",590,590,590,770,770,770]
[null,2,"New.South.Wales",590,590,590,770,770,770]
[null,3,"Tasmania",590,590,590,770,770,770]
[null,4,"Queensland",590,590,590,770,770,770]
[null,5,"South.Australia",590,590,590,770,770,770]
[null,6,"Western.Australia",590,590,590,770,770,770]
[null,7,"Northern.Territory",590,590,590,770,770,770]
[null,"Selected",{"$f":"VLOOKUP($D$16,$C$348:$I$354,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$16,$C$348:$I$354,2,FALSE)","v":590},{"$f":"VLOOKUP($D$16,$C$348:$I$354,3,FALSE)","v":590},{"$f":"VLOOKUP($D$16,$C$348:$I$354,4,FALSE)","v":590},{"$f":"VLOOKUP($D$16,$C$348:$I$354,5,FALSE)","v":770},{"$f":"VLOOKUP($D$16,$C$348:$I$354,6,FALSE)","v":770},{"$f":"VLOOKUP($D$16,$C$348:$I$354,7,FALSE)","v":770}]
[null,null,"Z",{"$f":"IF(D355>0,D22/D355,0)","v":0.84745762711864403},0.59322033898305082,0.25423728813559321,0.77922077922077926,0.25974025974025972,0]
[]
[null,"L intake relative that that needed for maintenance",null,{"$f":"D288/(1.185+(0.00454*D22)-(0.0000026*(D22)^2)+((0.315*0)))^2","v":2.2011155277265146},{"$f":"E288/(1.185+(0.00454*E22)-(0.0000026*(E22)^2)+((0.315*0)))^2","v":1.1876605782065544},{"$f":"F288/(1.185+(0.00454*F22)-(0.0000026*(F22)^2)+((0.315*0)))^2","v":1.2588653776622303},{"$f":"G288/(1.185+(0.00454*G22)-(0.0000026*(G22)^2)+((0.315*0)))^2","v":1},{"$f":"H288/(1.185+(0.00454*H22)-(0.0000026*(H22)^2)+((0.315*0)))^2","v":1.3418234679879608},{"$f":"K288/(1.185+(0.00454*I22)-(0.0000026*(I22)^2)+((0.315*0)))^2","v":1}]
[]
[null,"Nitrogen retained (NR) by the body","Annual",{"$f":"((0.032*(Q278*1.03*D39/365)/6.38)+((0.212-0.008*(D358-2)-((0.14-0.008*(D358-2))/(1+EXP(-6*(D356-0.4)))))*(0*0.92))/6.25)","v":9.4358798184967313E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(E358-2)-((0.14-0.008*(E358-2))/(1+EXP(-6*(E356-0.4)))))*(E24*0.92))/6.25)","v":1.102347690796146E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(F358-2)-((0.14-0.008*(F358-2))/(1+EXP(-6*(F356-0.4)))))*(F24*0.92))/6.25)","v":1.8030116065935624E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(G358-2)-((0.14-0.008*(G358-2))/(1+EXP(-6*(G356-0.4)))))*(G24*0.92))/6.25)","v":0},{"$f":"((0.032*0/6.38)+((0.212-0.008*(H358-2)-((0.14-0.008*(H358-2))/(1+EXP(-6*(H356-0.4)))))*(H24*0.92))/6.25)","v":2.5540745990623968E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(I358-2)-((0.14-0.008*(I358-2))/(1+EXP(-6*(I356-0.4)))))*(I24*0.92))/6.25)","v":0},null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4  x W^0.75) / 6.25]",null,null,null,null,null,null,null,null,"3B.1a_7"]
[null,null,"Annual",{"$f":"(D337/6.25)-D360-D342-((1.1*10^-4*D22^0.75)/6.25)","v":0.32999872114773893},{"$f":"(E337/6.25)-E360-E342-((1.1*10^-4*E22^0.75)/6.25)","v":0.17839623002243715},{"$f":"(F337/6.25)-F360-F342-((1.1*10^-4*F22^0.75)/6.25)","v":9.0823437454211092E-2},{"$f":"(G337/6.25)-G360-G342-((1.1*10^-4*G22^0.75)/6.25)","v":0.23342324346170468},{"$f":"(H337/6.25)-H360-H342-((1.1*10^-4*H22^0.75)/6.25)","v":0.11499539112288647},8.2000000000000007E-3,4.1999999999999997E-3,{"$f":"(K337/6.25)-I360-K342-((1.1*10^-4*I22^0.75)/6.25)","v":3.7423355654880003E-2},"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6 for > 1 yr olds, (281 x N X F) x 10^-6 for 0 to 1 yr olds and (84 x N x F) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8a"]
[]
[null,null,"Annual",{"$f":"(365*D20*D342)*10^-6","v":1.4794741076777277E-2},{"$f":"(365*E20*E342)*10^-6","v":1.6778618837550489E-3},{"$f":"(281*F20*F342)*10^-6","v":7.7279110350024971E-4},{"$f":"(365*G20*G342)*10^-6","v":1.3806466688284183E-4},{"$f":"(281*H20*H342)*10^-6","v":7.9796005012242413E-4},{"$f":"(84*F20*I342)*10^-6","v":5.7749999999999994E-5},{"$f":"(84*H20*J342)*10^-6","v":4.1999999999999998E-5},{"$f":"(365*I20*K342)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6 for > 1 yr olds, (281 x N X U) x 10^-6 for 0 to 1 yr olds and (84 x N x U) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8b"]
[]
[null,null,"Annual",{"$f":"(365*D20*D363)*10^-6","v":5.4202289948516114E-2},{"$f":"(365*E20*E363)*10^-6","v":7.8137548749827469E-3},{"$f":"(281*F20*F363)*10^-6","v":3.1901732405791644E-3},{"$f":"(365*G20*G363)*10^-6","v":6.8159587090817762E-4},{"$f":"(281*H20*H363)*10^-6","v":3.2313704905531098E-3},{"$f":"(84*F20*I363)*10^-6","v":8.6100000000000006E-5},{"$f":"(84*H20*J363)*10^-6","v":3.5280000000000001E-5},{"$f":"(365*I20*K363)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen in the different manure management systems",null,"FNMMS = (AF x MMS) +(AU x MMS)"]
[]
[null,null,"Annual",{"$f":"D367+D371","v":6.8997031025293393E-2},{"$f":"E367+E371","v":9.4916167587377961E-3},3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,7.7279999999999992E-5,{"$f":"K367+K371","v":0},"Gg N/farm/annum"]
[]
[null,"The total emissions of nitrous oxide from different manure management systems (Total MMS)",null,"E = AE x MMS x EF x Cg"]
[null,null,null,"Emission factor (EF) = N2O-N kg/N excreted for the different manure management systems"]
[null,null,null,"MMS = The fraction of AE that is managed in different manure management systems"]
[]
[null,"Manure Management Systems  (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,null,null,null,null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"D$375*IF($AD$270=1,$C$95%,$C$126%)","v":7.4516793507316869E-3},{"$f":"E$375*IF($AD$270=1,$C$96%,$AI$303%)","v":0},{"$f":"F$375*IF($AD$270=1,$C$96%,$AI$304%)","v":0},{"$f":"G$375*IF($AD$270=1,$C$96%,$AI$305%)","v":0},{"$f":"H$375*IF($AD$270=1,$C$96%,$AI$306%)","v":0},{"$f":"I$375*IF($AD$270=1,$C$96%,$AI$304%)","v":0},{"$f":"J$375*IF($AD$270=1,$C$96%,$AI$306%)","v":0},{"$f":"K$375*IF($AD$270=1,$C$96%,$AI$307%)","v":0},0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"$D$375*IF($AD$270=1,$D$95%,$D$126%)","v":6.2097327922764061E-4},{"$f":"E$375*IF($AD$270=1,$D$96%,$AJ$303%)","v":0},{"$f":"F$375*IF($AD$270=1,$D$96%,$AJ$304%)","v":0},{"$f":"G$375*IF($AD$270=1,$D$96%,$AJ$305%)","v":0},{"$f":"H$375*IF($AD$270=1,$D$96%,$AJ$306%)","v":0},{"$f":"I$375*IF($AD$270=1,$D$96%,$AJ$304%)","v":0},{"$f":"J$375*IF($AD$270=1,$D$96%,$AJ$306%)","v":0},{"$f":"K$375*IF($AD$270=1,$D$96%,$AJ$307%)","v":0},0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"$D$375*IF($AD$270=1,$E$95%,$E$126%)","v":1.3799406205058679E-4},{"$f":"E$375*IF($AD$270=1,$E$96%,$AK$303%)","v":0},{"$f":"F$375*IF($AD$270=1,$E$96%,$AK$304%)","v":0},{"$f":"G$375*IF($AD$270=1,$E$96%,$AK$305%)","v":0},{"$f":"H$375*IF($AD$270=1,$E$96%,$AK$306%)","v":0},{"$f":"I$375*IF($AD$270=1,$E$96%,$AK$304%)","v":0},{"$f":"J$375*IF($AD$270=1,$E$96%,$AK$306%)","v":0},{"$f":"K$375*IF($AD$270=1,$E$96%,$AK$307%)","v":0},0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"$D$375*IF($AD$270=1,$F$95%,$F$126%)","v":2.8978753030623225E-3},{"$f":"E$375*IF($AD$270=1,$F$96%,$AL$303%)","v":0},{"$f":"F$375*IF($AD$270=1,$F$96%,$AL$304%)","v":0},{"$f":"G$375*IF($AD$270=1,$F$96%,$AL$305%)","v":0},{"$f":"H$375*IF($AD$270=1,$F$96%,$AL$306%)","v":0},{"$f":"I$375*IF($AD$270=1,$F$96%,$AL$304%)","v":0},{"$f":"J$375*IF($AD$270=1,$F$96%,$AL$306%)","v":0},{"$f":"K$375*IF($AD$270=1,$F$96%,$AL$307%)","v":0},5.0000000000000001E-3]
[]
[null,"MMS 14= Pasture range and paddock","Annual",{"$f":"$D$375*IF($AD$270=1,$G$95%,$G$126%)","v":5.7888509030221164E-2},{"$f":"E$375*IF($AD$270=1,$G$96%,$AH$303%)","v":9.4916167587377961E-3},{"$f":"F$375*IF($AD$270=1,$G$96%,$AH$304%)","v":3.9629643440794136E-3},{"$f":"G$375*IF($AD$270=1,$G$96%,$AH$305%)","v":8.1966053779101945E-4},{"$f":"H$375*IF($AD$270=1,$G$96%,$AH$306%)","v":4.0293305406755341E-3},{"$f":"I$375*IF($AD$270=1,$G$96%,$AH$304%)","v":1.4385E-4},{"$f":"J$375*IF($AD$270=1,$G$96%,$AH$306%)","v":7.7279999999999992E-5},{"$f":"K$375*IF($AD$270=1,$G$96%,$AH$307%)","v":0},0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D382:D390)","v":6.8997031025293407E-2},9.4916167587377961E-3,3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,7.7279999999999992E-5,{"$f":"SUM(K382:K390)","v":0},"Gg N/farm/annum","3B.1a_9a & 9b"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D382*$L$382)+(D384*$L$384)+(D386*$L$386)+(D388*$L$388))*44/28","v":2.2769020238346821E-5},0,0,0,0,0,0,0,"Gg N2O-Nkg/N excreted)","3B.1a_10c"]
[]
[null,"Indirect storage waste volatilised",null,"MNATMOS = (FN + UN) x FracGASM"]
[null,null,null,null,null,null,null,null,null,null,null,"FracGASM (kg N2O-N/kg N excreted)","Table 5.A.9"]
[null,"MMS 1 = Anaerobic lagoon",null,{"$f":"D382*$L398","v":2.6080877727560903E-3},{"$f":"E382*$L398","v":0},0,0,0,0,0,0,0.35]
[]
[null,"MMS 3a= Sump and dispersal",null,{"$f":"D384*$L400","v":4.346812954593485E-5},0,0,0,0,0,0,0,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock",null,{"$f":"D386*$L402","v":2.7598812410117358E-5},0,0,0,0,0,0,0,0.2]
[]
[null,"MMS 4= Solid storage ",null,{"$f":"D388*$L404","v":8.6936259091869672E-4},0,0,0,0,0,0,0,0.3]
[]
[null,"MMS 14= Pasture range and paddock",null,{"$f":"D390*$L406","v":0},0,0,0,0,0,0,0,0,"3B.5a_1"]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,null,null,null,null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D398:D404)*$L$409*44/28","v":3.2899824733634492E-5},0,0,0,0,0,0,0,5.8999999999999999E-3,"3B.5a_2"]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D409:K409)*'Emission factors'!$C$5*10^3","v":8.7184535544131396},null,null,null,null,null,null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,null,null,null,null,null,"FracWET ","3B.51_3"]
[null,null,null,null,null,null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D388*$L$414*$L$416","v":5.795750606124645E-5},0,0,0,0,0,0,0,"FracLEACH"]
[null,null,null,null,null,null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,null,null,null,null,null,"EF"]
[null,null,null,{"$f":"D415*$L$418*44/28","v":1.00183689048726E-6},0,0,0,0,0,0,0,1.0999999999999999E-2,"3B.51_4"]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D418:J418)*'Emission factors'!$C$5*10^3","v":0.2654867759791239},null,null,null,null,null,null,null,"t CO2e/annum"]
[]
[null,"Data Input",null,null,null,null,null,null,null,null,null,"Units","Inventory reference"]
[null,"N2O emissions from synthetic fertiliser"]
[null,"Mass of fertiliser applied (M)","M = TM x FN",null,null,null,null,null,null,null,null,null,"4D1_1"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FN = fraction of N applied to production system",null,null,null,null,null,null,null,null,null,"Appendix 6.H.1"]
[]
[null,"N Fertiliser Pastures",null,{"$f":"IF(AND($U$271=\"1\",ISNUMBER($C$57),ISNUMBER(G57)),($C$57*G57*10^-6),IF(ISNUMBER(G57),(G57*10^-3),0))","v":5.5E-2},null,null,null,null,null,null,null,"Gg N/annum"]
[null,"N Fertiliser Crops",null,{"$f":"IF(AND($U$271=\"1\",ISNUMBER($C$59),ISNUMBER(G59)),($C$59*G59)*10^-6,IF(ISNUMBER(G59),(G59*10^-3),0))","v":0},null,null,null,null,null,null,null,"Gg N/annum"]
[]
[null,"Annual N2O emissions from the addition of synthetic fertiliser (E)","E = (M x EF x Cg)",null,null,null,null,null,null,null,null,"Gg N2O/annum","4D1_2"]
[null,null,"EF = Emission factor",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Table 6.22"]
[]
[null,"Production system","Emission factor",null,"N Fertiliser Pastures",null,{"$f":"D428*$C$435*44/28","v":5.0992857142857144E-4},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated pasture",5.8999999999999999E-3,null,"N Fertiliser crops",null,{"$f":"D429*$C$435*44/28","v":0},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated crop",8.5000000000000006E-3]
[null,"Non-irrigated pasture",2.0999999999999999E-3]
[null,"Non-irrigated crop",2E-3]
[null,"Sugar cane",1.9900000000000001E-2]
[null,"Cotton",5.4999999999999997E-3]
[null,"Horticulture",8.5000000000000006E-3]
[]
[]
[]
[]
[null,"Grand total from fertiliser application",{"$f":"SUM(G434:G435)","v":5.0992857142857144E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C446*'Emission factors'!$C$5","v":0.13513107142857142},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C447*10^3","v":135.13107142857143},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"N2O emissions from animal waste (manure) applied to soils"]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = (((AEMMS=1-13) - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13",null,null,null,null,null,null,null,null,null,"4D1_3"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[null,null,null,{"$f":"D18","v":"Milking cows"},{"$f":"E18","v":"Heifers > 1 yr age"},{"$f":"F18","v":"Heifers < 1 yr age"},{"$f":"G18","v":"Mature bulls"},{"$f":"H18","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)"]
[null,"MN Soil for lagoon","Annum",{"$f":"((D$375*IF($AD$270=1,C95%,C126%))*(1-$L382-$L398))-0","v":4.8435915779755966E-3},{"$f":"((E$375*IF($AD$270=1,$C$96%,$AI$303%)*(1-$L382-$L398))-0)","v":0},{"$f":"((F$375*IF($AD$270=1,$C$96%,$AI$304%)*(1-$L382-$L398))-0)","v":0},{"$f":"((G$375*IF($AD$270=1,$C$96%,$AI$305%)*(1-$L382-$L398))-0)","v":0},{"$f":"((H$375*IF($AD$270=1,$C$96%,$AI$306%)*(1-$L382-$L398))-0)","v":0},{"$f":"((I$375*IF($AD$270=1,$C$96%,$AI$304%)*(1-$L382-$L398))-0)","v":0},{"$f":"((J$375*IF($AD$270=1,$C$96%,$AI$306%)*(1-$L382-$L398))-0)","v":0},{"$f":"((K$375*IF($AD$270=1,$C$96%,$AI$307%)*(1-$L382-$L398))-0)","v":0}]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"((D$375*IF(AD270=1,D95%,D126%))*(1-$L384-$L400))-0","v":5.7750514968170569E-4},{"$f":"((E$375*IF($AD$270=1,$D$96%,$AJ$303%)*(1-$L384-$L400))-0)","v":0},{"$f":"((F$375*IF($AD$270=1,$D$96%,$AJ$304%)*(1-$L384-$L400))-0)","v":0},{"$f":"((G$375*IF($AD$270=1,$D$96%,$AJ$305%)*(1-$L384-$L400))-0)","v":0},{"$f":"((H$375*IF($AD$270=1,$D$96%,$AJ$306%)*(1-$L384-$L400))-0)","v":0},{"$f":"((I$375*IF($AD$270=1,$D$96%,$AJ$304%)*(1-$L384-$L400))-0)","v":0},{"$f":"((J$375*IF($AD$270=1,$D$96%,$AJ$306%)*(1-$L384-$L400))-0)","v":0},{"$f":"((K$375*IF($AD$270=1,$D$96%,$AJ$307%)*(1-$L384-$L400))-0)","v":0}]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"((D$375*IF(AD270=1,E95%,E126%))*(1-$L386-$L402))-0","v":1.1039524964046943E-4},{"$f":"((E$375*IF($AD$270=1,$E$96%,$AK$303%))*(1-$L386-$L402))-0","v":0},{"$f":"((F$375*IF($AD$270=1,$E$96%,$AK$304%))*(1-$L386-$L402))-0","v":0},{"$f":"((G$375*IF($AD$270=1,$E$96%,$AK$305%))*(1-$L386-$L402))-0","v":0},{"$f":"((H$375*IF($AD$270=1,$E$96%,$AK$306%))*(1-$L386-$L402))-0","v":0},{"$f":"((I$375*IF($AD$270=1,$E$96%,$AK$304%))*(1-$L386-$L402))-0","v":0},{"$f":"((J$375*IF($AD$270=1,$E$96%,$AK$306%))*(1-$L386-$L402))-0","v":0},{"$f":"((K$375*IF($AD$270=1,$E$96%,$AK$307%))*(1-$L386-$L402))-0","v":0}]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$375*IF(AD270=1,F95%,F126%))*(1-$L388-$L404))-D415","v":1.9560658295670681E-3},{"$f":"((E$375*IF($AD$270=1,$F$96%,$AL$303%))*(1-$L388-$L404))-E415","v":0},{"$f":"((F$375*IF($AD$270=1,$F$96%,$AL$304%))*(1-$L388-$L404))-F415","v":0},{"$f":"((G$375*IF($AD$270=1,$F$96%,$AL$305%))*(1-$L388-$L404))-G415","v":0},{"$f":"((H$375*IF($AD$270=1,$F$96%,$AL$306%))*(1-$L388-$L404))-H415","v":0},{"$f":"((I$375*IF($AD$270=1,$F$96%,$AL$304%))*(1-$L388-$L404))-I415","v":0},{"$f":"((J$375*IF($AD$270=1,$F$96%,$AL$306%))*(1-$L388-$L404))-J415","v":0},{"$f":"((K$375*IF($AD$270=1,$F$96%,$AL$307%))*(1-$L388-$L404))-K415","v":0}]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D458:D464)","v":7.4875578068648394E-3},0,0,0,0,0,0,0]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg",null,null,null,null,null,null,null,null,null,"4D1_4"]
[null,null,"EF (manure) ",5.0299999999999997E-3]
[null,null,"Annum",{"$f":"D466*$D$469*44/28","v":5.9183796207690219E-5},0,0,0,0,0,0,0,"Gg N2O/farm/season"]
[]
[null,"Biological nitrogen fixation","M = P x R x DM x CC x NC",null,null,null,null,null,null,null,null,null,"4D1_5"]
[null,null,"M = mass of N fixed by crops and pastures",null,null,null,null,null,null,null,null,"Gg N","Not used currently"]
[null,null,"P = annual production of crop",null,null,null,null,null,null,null,null,"Gg"]
[null,null,"R = residue to crop ratio",null,null,null,null,null,null,null,null,"kg crop residue/kg crop"]
[null,null,"DM = dry matter content ",null,null,null,null,null,null,null,null,"kg dry weight/kg crop residue"]
[null,null,"CC = mass fraction of carbon in crop residue"]
[null,null,"NC = nitrogen to carbon ratio in crop residue"]
[]
[null,"Annual N2O production from N fixing crops","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_6"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[null,"The application of crop residues"]
[null,"The mass of N in crop residues returned to soils ","M = P x R x DM x CC x NC x (1- F - FFOD)",null,null,null,null,null,null,null,null,null,"4D1_7"]
[null,null,"M = mass of N in crop residues",null,null,null,null,null,null,null,null,null,"Not used currently"]
[null,null,"F = fraction of the crop that is burnt"]
[null,null,"FFOD = fraction of the crop that is removed"]
[]
[null,"Annual N2O production from crop residues ","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_8"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[]
[null,"Annual N2O production from cultivation of histosols","E = A x EF x Cg x 10^-6",null,null,null,null,null,null,null,null,"Gg N2O","4D1_9"]
[null,null,"A = area of cultivated histosols ",null,null,null,null,null,null,null,null,"ha","Not used currently"]
[null,null,"EF = 8",null,null,null,null,null,null,null,null,"kg N2O-N/ha"]
[]
[]
[]
[null,"Animal production"]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock",null,null,null,null,null,null,null,null,null,null,"4D2"]
[null,null,"FN soil = AF x MMS",null,null,null,null,null,null,null,null,null,"4D2_1"]
[]
[null,null,"Annum",{"$f":"D367*IF($AD$270=1,G$95%,$G$126%)","v":1.2412787763416137E-2},{"$f":"E367*IF($AD$270=1,$G$96%,$AH$303%)","v":1.6778618837550489E-3},{"$f":"F367*IF($AD$270=1,$G$96%,$AH$304%)","v":7.7279110350024971E-4},{"$f":"G367*IF($AD$270=1,$G$96%,$AH$305%)","v":1.3806466688284183E-4},{"$f":"H367*IF($AD$270=1,$G$96%,$AH$306%)","v":7.9796005012242413E-4},{"$f":"I367*IF($AD$270=1,$G$96%,$AH$304%)","v":5.7749999999999994E-5},{"$f":"J367*IF($AD$270=1,$G$96%,$AH$306%)","v":4.1999999999999998E-5},{"$f":"K367*IF($AD$270=1,$G$96%,$AH$307%)","v":0},"Gg N/farm/season"]
[]
[null,null,"UN soil = AU x MMS",null,null,null,null,null,null,null,null,null,"4D2_2"]
[]
[null,null,"Annum",{"$f":"D371*IF($AD$270=1,G$95%,$G$126%)","v":4.5475721266805026E-2},{"$f":"E371*IF($AD$270=1,$G$96%,$AH$303%)","v":7.8137548749827469E-3},{"$f":"F371*IF($AD$270=1,$G$96%,$AH$304%)","v":3.1901732405791644E-3},{"$f":"G371*IF($AD$270=1,$G$96%,$AH$305%)","v":6.8159587090817762E-4},{"$f":"H371*IF($AD$270=1,$G$96%,$AH$306%)","v":3.2313704905531098E-3},{"$f":"I371*IF($AD$270=1,$G$96%,$AH$304%)","v":8.6100000000000006E-5},{"$f":"J371*IF($AD$270=1,$G$96%,$AH$306%)","v":3.5280000000000001E-5},{"$f":"K371*IF($AD$270=1,$G$96%,$AH$307%)","v":0},"Gg N/farm/season"]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)",null,null,null,null,null,null,null,null,null,"4D2_3"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D505*$D$512*44/28)+(D509*$D$513*44/28)","v":3.6387062818996155E-4},{"$f":"(E505*$D$512*44/28)+(E509*$D$513*44/28)","v":5.9661591054923277E-5},2.4910061591356317E-5,5.152151951829265E-6,{"$f":"(H505*$D$512*44/28)+(H509*$D$513*44/28)","v":2.5327220541389072E-5},9.0420000000000017E-7,4.8576000000000003E-7,{"$f":"(K505*$D$512*44/28)+(K509*$D$513*44/28)","v":0},"Gg N2O/farm/season"]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D470+D515","v":4.2305442439765175E-4},{"$f":"E470+E515","v":5.9661591054923277E-5},2.4910061591356317E-5,5.152151951829265E-6,2.5327220541389072E-5,9.0420000000000017E-7,4.8576000000000003E-7,{"$f":"K470+K515","v":0},"Gg N2O/farm/season"]
[]
[null,"Grand total",{"$f":"SUM(D518:K518)","v":5.3949540953714982E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total",{"$f":"C520*'Emission factors'!$C$5","v":0.1429662835273447},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total",{"$f":"C521*10^3","v":142.9662835273447},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"Atmospheric nitrogen deposition","M = TM x FracGASF",null,null,null,null,null,null,null,null,null,"4D3_1"]
[null,null,"M = mass of synthetic fertiliser volatilised ",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracGASF ",0.11,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D428*$D$527","v":6.0499999999999998E-3},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D429*$D$527","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil",null,null,null,null,null,null,null,null,null,"4D3_2"]
[null,null,"FracGASM = ",0.21,null,null,null,null,null,null,null,null,"Table 6.31"]
[]
[null,"Animal waste","Annum",{"$f":"(D466+D509+D505)*$D$535","v":1.3728974035788058E-2},1.993239519334937E-3,8.3222251225667683E-4,1.7212871293611408E-4,{"$f":"(H466+H509+H505)*$D$535","v":8.4615941354186208E-4},3.0208500000000001E-5,1.6228799999999996E-5,0,"Gg N/farm/season"]
[]
[null,"The mass of savanna burning and field burning of agricultural residue NOx-N emissions that volatilise (M)","M = E / (46/14)",null,null,null,null,null,null,null,null,"Gg N","4D3_3"]
[null,null,"E = NOx emissions from savanna burning and field burning of agricultural residues",null,null,null,null,null,null,null,null,"Gg NOx","Not used currently"]
[null,null,"46/14 = factor to convert elemental mass of NOx to molecular mass"]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"4D3_4"]
[null,null,"M = mass of N volatilised from subset k",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF",4.0000000000000001E-3,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D529*$D$545*44/28","v":3.8028571428571422E-5},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D530*$D$545*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D537*$D$545*44/28","v":8.6296408224953504E-5},1.2528934121533889E-5,5.2311129341848263E-6,1.0819519098841458E-6,5.3187163136917047E-6,1.8988200000000001E-7,1.0200959999999996E-7,0,"Gg N2O/farm/annum"]
[]
[null,"Total","Annum",{"$f":"SUM(D547:D548)+SUM(D552:K552)","v":1.4877758653281949E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[null,"Grand total",{"$f":"SUM(D554:D554)","v":1.4877758653281949E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from indirect ammonia losses",{"$f":"C556*'Emission factors'!$C$5","v":3.9426060431197167E-2},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[null,"Leaching of organic nitrogen and subsequent denitrification in rivers and estuaries"]
[null,"The mass of fertiliser N applied to soils that is lost through leaching and runoff (M)","M = M x FracWET x FracLEACH",null,null,null,null,null,null,null,null,null,"4D3_5"]
[null,null,"M = mass of fertiliser in each production system",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracWET =",1,null,null,null,null,null,null,null,null,"Appendix 6.J.1"]
[null,null,"FracLEACH = ",0.24,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D428*$D$562*$D$563","v":1.32E-2},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D429*$D$562*$D$563","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,null,null,null,null,null,"Gg N/farm/season","4D3_6"]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[]
[null,null,"Annum",{"$f":"SUM(D466,D509,D505)*$D$562*$D$563","v":1.5690256040900637E-2},2.277988022097071E-3,9.5111144257905927E-4,1.9671852906984465E-4,{"$f":"SUM(H466,H509,H505)*$D$562*$D$563","v":9.6703932976212814E-4},3.4523999999999997E-5,1.8547199999999998E-5,0,"Gg N/farm/season"]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"4D3_7"]
[null,null,"M = mass of N lost through leaching and runoff",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF",1.0999999999999999E-2,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D565*$D$579*44/28","v":2.2817142857142853E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D566*$D$579*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D575*$D$579*44/28","v":2.71217282992711E-4},3.9376650096249365E-5,1.6440640650295165E-5,3.4004202882073147E-6,1.6715965557316784E-5,5.9677199999999991E-7,3.2060159999999993E-7,0,"Gg N2O/farm/season"]
[]
[null,"Total","Annum",{"$f":"SUM(D581:D582)+SUM(D586:K586)","v":5.7623976175620823E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,"Grand total",{"$f":"D588","v":5.7623976175620823E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"C589*'Emission factors'!$C$5","v":0.15270353686539517},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[]
[null,"Energy - Fuel and Electricity"]
[]
[null,null,null,"Scope 1 emission factor (kg CO2e/ GJ )",null,null,null,"Scope 3 emission factor (kg CO2e/GJ)",null,"Scope 1 emission factor (t CO2e/kL diesel)",null,null,null,null,"Scope 3 emissions (t CO2e/kL diesel)"]
[null,"Transport vehicles (post-2004)","Energy content factor (Gg/kL)","Total","CO2","CH4","N2O",null,null,"Total","CO2","CH4","N2O",null,"Total"]
[null,"Diesel ",38.6,{"$f":"SUM(E597:G597)","v":70.2},69.900000000000006,0.1,0.2,17.3,null,{"$f":"D597*$C597/1000","v":2.7097200000000004},{"$f":"C597*E597/1000","v":2.6981400000000004},{"$f":"F597*C597/1000","v":3.8600000000000001E-3},{"$f":"G597*C597/1000","v":7.7200000000000003E-3},null,{"$f":"C597*H597/1000","v":0.66778000000000004}]
[]
[null,"Fuel type ","Quantity (L/annum)","Quantity kL/year","Scope 1 emissions t CO2-e/annum",null,null,null,"Scope 3 emissions t CO2-e/annum",null,null,"Total  emissions t CO2-e/annum (Scope 1 and 3)"]
[null,null,null,null,"CO2","CH4","N2O","Total ",null,"Total "]
[null,"Diesel",{"$f":"G69+G71","v":15000},{"$f":"C601/1000","v":15},{"$f":"$D$601*K597","v":40.472100000000005},{"$f":"$D$601*L597","v":5.79E-2},{"$f":"$D$601*M597","v":0.1158},{"$f":"SUM(E601:G601)","v":40.645800000000001},null,{"$f":"$D$601*O597","v":10.0167},null,{"$f":"H601+J601","v":50.662500000000001}]
[null,"Total",null,null,{"$f":"SUM(E601:E601)","v":40.472100000000005},{"$f":"SUM(F601:F601)","v":5.79E-2},{"$f":"SUM(G601:G601)","v":0.1158},{"$f":"SUM(H601:H601)","v":40.645800000000001},null,{"$f":"SUM(J601:J601)","v":10.0167},null,{"$f":"SUM(L601:L601)","v":50.662500000000001}]
[]
[]
[null,null,"Quantity (kWh/annum)",null,"Option","Selected"]
[null,"Electricity consumption",{"$f":"C69","v":175000},"Source","State Grid",{"$f":"C71","v":"State Grid"},null,"If from the grid but not all renewable, % that is ",null,{"$f":"C73","v":10}]
[null,null,null,null,"100% renewable"]
[null,null,null,null,null,null,null,"Scope 2 emission factor (kg CO2e-kWh)",null,{"$f":"IF(F606=\"State Grid\",(C619*(1-J606%)),0)","v":0.69300000000000006}]
[]
[null,null,null,null,null,null,null,"Scope 2 emissions (t CO2e/annum)",null,{"$f":"J608*C606/1000","v":121.27500000000002}]
[1,"State","Scope 2 emission factor (kg CO2e/kWh)","Scope 3 emission factor (kg CO2e/kWh)"]
[2,"Victoria",0.77,0.09,null,null,null,"Scope 3 emission factor (kg CO2e-kWh)",null,{"$f":"IF(F606=\"State Grid\",(D619*(1-J606%)),0)","v":8.1000000000000003E-2}]
[3,"New.South.Wales",0.66,0.04]
[4,"Tasmania",0.15,0.03,null,null,null,"Scope 3 emissions (t CO2e/annum)",null,{"$f":"C606*J612/1000","v":14.175000000000001}]
[5,"Queensland",0.71,0.1]
[6,"South.Australia",0.23,0.05,null,null,null,"Full carbon emissions (t CO2e/annum)",null,{"$f":"J610+J614","v":135.45000000000002}]
[7,"Western.Australia",0.51,0.05]
["Selected","Northern.Territory",0.54,7.0000000000000007E-2]
[null,{"$f":"VLOOKUP($D$16,$B$612:$E$618,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$16,$B$612:$E$618,2,FALSE)","v":0.77},{"$f":"VLOOKUP($D$16,$B$612:$E$618,3,FALSE)","v":0.09}]
[]
[]
[null,"Pre-farm embedded and fertiliser inputs"]
[]
[null,"Product","Amount (t DM)","Emission factor","GHG emissions (t CO2e)"]
[null,"Pasture hay",{"$f":"C76","v":200},0.16,{"$f":"C625*D625","v":32},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"Pasture silage",{"$f":"G76","v":0},0.16,{"$f":"C626*D626","v":0},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"Grain/concentrates",{"$f":"C80","v":700},{"$f":"J635","v":0.2},{"$f":"C627*D627","v":140},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"By-products",{"$f":"G80","v":180},0,{"$f":"C628*D628","v":0}]
[null,"Total",null,null,{"$f":"SUM(E625:E628)","v":172}]
[]
[null,null,"% to milking platform","GHG to milking platform","GHG to support block",null,"Your farm' grain concentrates",{"$f":"FeedConcPurchasedTDM","v":700},"Your farm' emission factor for concentrates allowing for some to be by-products",{"$f":"FeedConcCo2EmissionFactor","v":0.2}]
[null,"Hay emissions to milking platform",{"$f":"IF(C625=0,0,IF(C78=\"\",100,C78))","v":15},{"$f":"E625*C632%","v":4.8},{"$f":"(100-C632)%*E625","v":27.2}]
[null,"Silage emissions to milking platform",{"$f":"IF(C626=0,0,IF(G78=\"\",100,G78))","v":0},{"$f":"E626*C633%","v":0},{"$f":"(100-C633)%*E626","v":0},null,"New concentrates",{"$f":"C80-H631","v":0},"New concentrates emission factor",0.2]
[null,"Grain/concentrate emissions to milking platform",{"$f":"IF(C627=0,0,IF(C82=\"\",100,C82))","v":95},{"$f":"E627*C634%","v":133},{"$f":"(100-C634)%*E627","v":7}]
[null,"By-product emissions to milking platform",{"$f":"IF(C628=0,0,IF(G82=\"\",100,G82))","v":95},{"$f":"E628*C635%","v":0},{"$f":"(100-C635)%*E628","v":0},null,"Overall-weighted new strategy farm concentrates emission factor if feeding more concentrates",null,null,{"$f":"IF(J631=0,0.2,((H631*J631)+(H633*J633))/SUM(H631:H633))","v":0.2}]
[null,"Total",null,{"$f":"SUM(D632:D635)","v":137.80000000000001},{"$f":"SUM(E632:E635)","v":34.200000000000003}]
[null,null,null,null,{"$f":"SUM(D636:E636)","v":172}]
[]
[null,null,"Amount (t fertiliser)"]
[null,"N fertiliser (urea Emission factor)",{"$f":"IF($T$219=\"1\",((G57*$C$57)+(G59*$C$59))/1000,(G57+G59))","v":55},1.8,{"$f":"C640/0.46*D640","v":215.21739130434781},"N, P, S and lime taken from a range of sources, check emails to/from Richard Eckard around 20-23 June 2022"]
[null,"P fertiliser (SSP emission factor)",{"$f":"IF($T$219=\"1\",((G64*$C$64)+(G66*$C$66))/1000,(G64+G66))","v":10},0.2,{"$f":"C641/0.09*D641","v":22.222222222222225}]
[null,"K fertiliser (MOP emission factor)",{"$f":"IF($T$219=\"1\",((H64*$C$64)+(H66*$C$66))/1000,(H64+H66))","v":3},0.13100000000000001,{"$f":"C642/0.5*D642","v":0.78600000000000003}]
[null,"S fertiliser (SSP emission factor)",{"$f":"IF($T$219=\"1\",((I64*$C$64)+(I66*$C$66))/1000,(I64+I66))","v":3},0.2,{"$f":"C643/0.11*D643","v":5.454545454545455}]
[null,"Lime",{"$f":"IF($T$219=\"1\",((J64*$C$64)+(J66*$C$66))/1000,(J64+J66))","v":150},2.5000000000000001E-2,{"$f":"C644*D644","v":3.75}]
[null,"Total",null,null,{"$f":"IF(C641>C643,E641,E643)+E640+E642+E644","v":241.97561352657004}]
[]
[null,"Carbon dioxide from urea"]
[null,"N fertiliser converted to urea (t fertiliser)",{"$f":"C640/0.46","v":119.56521739130434}]
[null,"% of N fertiliser applied as urea",{"$f":"IF(G61=\"\",100,G61)","v":95}]
[null,"N fertiliser as urea",{"$f":"C648*C649%","v":113.58695652173913}]
[null,"EF for urea",0.2]
[null,"Emission (t CO2e/annum)",{"$f":"C650*C651*44/12","v":83.297101449275374}]
[]
[null,"Carbon dioxide from liming"]
[null,"Mass of lime applied to soils",{"$f":"C644","v":150}]
[null,"Fractional purity of lime",1]
[null,"EF for lime",0.12]
[null,"Emission (Gg CO2e/annum)",{"$f":"(C655*C656*C657*44/12)/1000","v":6.6000000000000003E-2}]
[null,"Emission (t CO2e/annum)",{"$f":"C658*1000","v":66}]
[]
[]
[]
[]
[null,"Tree carbon sequestration"]
[]
[null,"Data Input",null,null,"Amount of carbon sequestered by trees"]
[null,"State",{"$f":"D16","v":"Victoria"},null,{"$f":"CONCATENATE(\"Amount of carbon grown in the trees between Year \",FIXED(C674-1,0),\" and Year \",FIXED(C674,0),\" = \")","v":"Amount of carbon grown in the trees between Year 14 and Year 15 = "},{"$f":"IF(ISERROR(F691),\"\",F691)","v":0.80000000000000071}," tonnes per hectare",null,null,null,null,null,null,null,null,null,"Chart source data"]
[null,"Region",{"$f":"C87","v":"South West VIC"}]
[null,null,null,null,"Annual CO2 equivalent (1 tonne tree carbon = 3.67 tonnes CO2) =",{"$f":"IF(ISERROR(-F667*F674),\"\",F667*F674)","v":2.9360000000000026}," tonnes per hectare",null,null,null,null,null,null,null,null,null,"Location",{"$f":"CONCATENATE(C667,\" -- \",C668)","v":"Victoria -- South West VIC"}]
[null,"Species of Tree",{"$f":"C89","v":"Mixed species (Environmental Plantings)"},null,null,null,null,null,null,null,null,null,null,null,null,null,"Tree type",{"$f":"C670","v":"Mixed species (Environmental Plantings)"}]
[null,"Soil Type","Decommisioned as zero or little difference in soil type",null,{"$f":"CONCATENATE(\"Annual amount of CO2-e sequestered by trees on the \",FIXED(C673,0),\" hectares = \")","v":"Annual amount of CO2-e sequestered by trees on the 10 hectares = "},{"$f":"IF(ISERROR(F669*C673),0,(F669*C673))","v":29.360000000000028},{"$f":"IF(F669>0,CONCATENATE(\"Total tonnes CO2 sequestered in Year \",C674),\"\")","v":"Total tonnes CO2 sequestered in Year 15"},null,null,null,null,null,null,null,null,null,"Soil type",{"$f":"C671","v":"Decommisioned as zero or little difference in soil type"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Years","Total Tree Carbon production",null,"Annual Carbon production","Current year"]
[null,"Area of trees",{"$f":"G85","v":10},null,null,null,null,null,null,null,null,null,null,null,null,null,0,0,null,0,{"$f":"IF(Q673=$E$689,R673-0,\"\")","v":""}]
[null,"Age of trees",{"$f":"I85","v":15},null,"CO2 -equivalent factor (per tonne of tree carbon grown): ",3.67,null,null,null,null,null,null,null,null,null,null,1,{"$f":"IF($F$691>0,HLOOKUP($E$686,$B$779:$HX$879,Q674+1,FALSE),0)","v":0.28999999999999998},null,{"$f":"AVERAGE(T673,T675)","v":2.5000000000000022E-2},{"$f":"IF(Q674=$E$689,R674-0,\"\")","v":""}]
[null,null,null,null,null,"Tonnes per Ha","Total Tonnes",null,null,null,null,null,null,null,null,null,2,{"$f":"IF($F$691>0,HLOOKUP($E$686,$B$779:$HX$879,Q675+1,FALSE),0)","v":0.34},null,{"$f":"R675-R674","v":5.0000000000000044E-2},""]
[null,null,null,null,"Average yearly increase in Tree Carbon  = \n(over the long term - 100 years) ",{"$f":"IF(ISERROR(F691),\"\",F692)","v":0.43905},{"$f":"IF(AND(F676>0,C673>0),F676*C673,0)","v":4.3905000000000003},null,null,null,null,null,null,null,null,null,3,0.55000000000000004,null,{"$f":"R676-R675","v":0.21000000000000002},""]
[null,null,null,null,"Tonnes CO2 equivalent = ",{"$f":"IF(F676>0,(F674*F667),\"\")","v":2.9360000000000026},{"$f":"IF(G676>0,(G676*F674),\"\")","v":16.113135},null,null,null,null,null,null,null,null,null,4,1.06,null,0.51,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5,1.73,null,0.66999999999999993,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,2.95,null,1.2200000000000002,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,4.17,null,1.2199999999999998,""]
[null,"Calculation of annual increment in tree carbon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,6.04,null,1.87,""]
[null,null,"State/Territory :",{"$f":"C667","v":"Victoria"},"Codes",null,null,null,null,null,null,null,null,null,null,null,9,7.74,null,1.7000000000000002,""]
[null,null,"Region :",{"$f":"C668","v":"South West VIC"},{"$f":"IF(ISERROR(VLOOKUP($D$683,$C$697:$D$714,2,FALSE)),0,VLOOKUP($D$683,$C$697:$D$714,2,FALSE))","v":35},null,null,null,null,null,null,null,null,null,null,null,10,9.16,null,1.42,""]
[null,null,"Tree Species :",{"$f":"C670","v":"Mixed species (Environmental Plantings)"},{"$f":"IF(VLOOKUP($E$683,$D$696:$M$713,5,FALSE)=D684,1,IF(VLOOKUP($E$683,$D$696:$M$713,6,FALSE)=$D684,2,IF(VLOOKUP($E$683,$D$696:$M$713,7,FALSE)=$D684,3,IF(VLOOKUP($E$683,$D$696:$M$713,8,FALSE)=$D684,4,IF(VLOOKUP($E$683,$D$696:$M$713,9,FALSE)=$D684,5,IF(VLOOKUP($E$683,$D$696:$M$713,10,FALSE)=$D684,6,0))))))","v":1},null,null,null,null,null,null,null,null,null,null,null,11,10.76,null,1.5999999999999996,""]
[null,null,"Soil Type :",{"$f":"C671","v":"Decommisioned as zero or little difference in soil type"},1,null,null,null,null,null,null,null,null,null,null,null,12,12.31,null,1.5500000000000007,""]
[null,null,null,"Tree Lookup Code :",{"$f":"CONCATENATE(\"R\",E683,\"T\",E684,\"S\",E685)","v":"R35T1S1"},null,null,null,null,null,null,null,null,null,null,null,13,13.62,null,1.3099999999999987,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,14,14.79,null,1.17,""]
[null,null,null,null,"Year","Carbon (t/ha)",null,null,null,null,null,null,null,null,null,null,15,{"$f":"IF($F$691>0,HLOOKUP($E$686,$B$779:$HX$879,Q688+1,FALSE),0)","v":15.59},null,0.80000000000000071,15.59]
[null,null,"Tree carbon  mass in year: ",null,{"$f":"IF(C673>0,C674,0)","v":15},{"$f":"IF($C$674>0,HLOOKUP($E$686,$B$779:$HX$879,$E$689+1,FALSE))","v":15.59},null,null,null,null,null,null,null,null,null,null,16,16.940000000000001,null,1.3500000000000014,""]
[null,null,"Tree carbon  mass in year: ",null,{"$f":"IF($E$689>0,$E$689-1,0)","v":14},{"$f":"IF($C$674>0,HLOOKUP($E$686,$B$779:$HX$879,$E$690+1,FALSE))","v":14.79},null,null,null,null,null,null,null,null,null,null,17,18.190000000000001,null,1.25,""]
[null,null,null,null,"Change: ",{"$f":"F689-F690","v":0.80000000000000071},null,null,null,null,null,null,null,null,null,null,18,19.34,null,1.1499999999999986,""]
[null,null,null,null,"Average annual carbon sequestration:",{"$f":"IF(OR(ISERROR(F691),F691=0),0,AVERAGE(T674:T773))","v":0.43905},null,null,null,null,null,null,null,null,null,null,19,20.36,null,1.0199999999999996,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,20,21.27,null,0.91000000000000014,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,22.15,null,0.87999999999999901,""]
[null,"Lookup table for zones",null,"REGION No (Nathan's)","Soil Types (2 per region)",null,null,"Tree Species (up to 6)",null,null,null,null,null,null,null,null,22,22.91,null,0.76000000000000156,""]
[null,"State/Territory","Rainfall region","R","S1","S2",null,"T1","T2","T3","T4","T5","T6",null,null,null,23,23.77,null,0.85999999999999943,""]
[null,"Western Australia","South West WA",1,"Loams & Clays","Sandy Duplexes",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Sydney Blue Gum","Maritime Pine","Pinus Radiata","No tree data available",null,null,null,24,24.58,null,0.80999999999999872,""]
[null,"New South Wales","Northern coastal NSW",10,"Duplex","Clay & Red Loam",null,"Mixed species (Environmental Plantings)","Spotted Gum","Dunn's White Gum","Flooded Gum","Slash Pine","Loblolly Pine",null,null,null,25,25.54,null,0.96000000000000085,""]
[null,"New South Wales","Southern coastal NSW",11,"Clay","Loam",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,26,26.3,null,0.76000000000000156,""]
[null,"New South Wales","Central Inland & Riverina NSW",15,"Clay","Loam",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,27,26.84,null,0.53999999999999915,""]
[null,"Tasmania","North East TAS",17,"Loams ","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,null,28,27.45,null,0.60999999999999943,""]
[null,"Tasmania","Central North & Midlands TAS",19,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,null,29,28.11,null,0.66000000000000014,""]
[null,"Tasmania","Southern & Derwent Valley TAS",20,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,null,30,28.57,null,0.46000000000000085,""]
[null,"Tasmania","North West TAS",22,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,null,31,29.07,null,0.5,""]
[null,"South Australia","South East SA",23,"Duplex Soils","Cracking Clays",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata",null,null,null,null,null,null,32,29.68,null,0.60999999999999943,""]
[null,"South Australia","Murray River SA",24,"Duplex Soils","Cracking Clays",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata",null,null,null,null,null,null,33,30.16,null,0.48000000000000043,""]
[null,"Victoria","Mallee region VIC",28,"Calcarosols","Yellow Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,34,30.79,null,0.62999999999999901,""]
[null,"Victoria","Northern region VIC",30,"Grey Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata",null,null,null,null,35,31.26,null,0.47000000000000242,""]
[null,"Victoria","North East region VIC",31,"Grey Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata",null,null,null,null,36,31.74,null,0.47999999999999687,""]
[null,"Victoria","East Gippsland",32,"Red Earths","Yellow Duplex",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata",null,null,null,null,null,37,32.18,null,0.44000000000000128,""]
[null,"Victoria","South & West Gippsland",33,"Non-cracking Clays","Gradational soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Mountain Ash","Pinus Radiata",null,null,null,null,38,32.6,null,0.42000000000000171,""]
[null,"Victoria","South West VIC",35,"Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata",null,null,null,null,39,33.01,null,0.40999999999999659,""]
[null,"Queensland","Northern QLD",36,"Clays","Duplex",null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,40,33.4,null,0.39000000000000057,""]
[null,"Queensland","Southern QLD",40,"Clay (Brigalo and Belah)","Duplex Woodland",null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,41,33.78,null,0.38000000000000256,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,42,34.14,null,0.35999999999999943,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,43,34.5,null,0.35999999999999943,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,34.83,null,0.32999999999999829,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,35.159999999999997,null,0.32999999999999829,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,46,35.479999999999997,null,0.32000000000000028,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,47,35.78,null,0.30000000000000426,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,48,36.08,null,0.29999999999999716,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,49,36.36,null,0.28000000000000114,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,50,36.64,null,0.28000000000000114,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,51,36.909999999999997,null,0.26999999999999602,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,52,37.17,null,0.26000000000000512,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,53,37.42,null,0.25,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,54,37.659999999999997,null,0.23999999999999488,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,55,37.9,null,0.24000000000000199,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,56,38.130000000000003,null,0.23000000000000398,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,57,38.35,null,0.21999999999999886,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,58,38.57,null,0.21999999999999886,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,59,38.78,null,0.21000000000000085,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,60,38.979999999999997,null,0.19999999999999574,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,61,39.18,null,0.20000000000000284,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,62,39.380000000000003,null,0.20000000000000284,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,63,39.57,null,0.18999999999999773,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,64,39.75,null,0.17999999999999972,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,65,39.93,null,0.17999999999999972,{"$f":"IF(Q738=$E$689,R738-0,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,66,{"$f":"IF($F$691>0,HLOOKUP($E$686,$B$779:$HX$879,Q739+1,FALSE),0)","v":40.1},null,0.17000000000000171,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,67,40.270000000000003,null,{"$f":"R740-R739","v":0.17000000000000171},""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,68,40.44,null,0.1699999999999946,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,69,40.6,null,0.16000000000000369,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,70,40.76,null,0.15999999999999659,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,71,40.909999999999997,null,0.14999999999999858,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,72,41.06,null,0.15000000000000568,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,73,41.21,null,0.14999999999999858,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,74,41.35,null,0.14000000000000057]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,75,41.49,null,0.14000000000000057]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,76,41.63,null,0.14000000000000057]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,77,41.76,null,0.12999999999999545]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,78,41.89,null,0.13000000000000256]
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[null,null,"Profitable Emissions Action Plan"]
[]
[]
[]
[null,null,"Identify"]
[null,null,"The graph below represents the results from 'Your Farm' alongside the region/farm system selected as a comparison in the “farm details” section of the 'Your Farm' data entry tab. The purpose of this comparison is to show how your farm's footprint compares against these regional/system averages and can assist in highlighting where inefficiencies may be. To assist in easily identifying variation between the data, a traffic light system has been applied. For a pop-out list view for easy reference further down the page, click the blue “?”. "]
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[null,null,"Introduction"]
[null,null,"Comparing your farm data against a regional or system benchmark can be useful in identifying inefficiencies and potential areas of improvement. However, before taking steps to identifying and implementing emissions reduction activities, it’s important to first reflect on the data that you have used to generate your estimate. By answering questions 1 – 3 below, you will gather an understanding of your confidence in your data and if you are in a position to start investigating emissions reduction activities for your farm. If this is your first time completing a footprint, you may wish to focus on simply improving your records management as your first priority. If this is the case, you can still print a summary report for your records (or a third party) on the 'Data Summary' tab. "]
[]
[null,null,"Comparing My Farm Data"]
["zSS000",null,"1. How confident are you that your data entered in the 'Your Farm' tab, accurately reflects your farm's activity from the past year?"]
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["zSE000"]
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["zSS001",null,"If there are areas that are medium or low confidence, please select them below:"]
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[null,null,"How can you improve your data collection?"]
[null,null,"Comments here"]
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[]
["zSE001"]
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[]
["zSS002",null,"2. Looking at my farm's emissions intensity figures, where am I performing well compared to the regional averages? (i.e. tracking with, or below regional averages)."]
[]
[null,null,"Livestock",null,null,null,null,null,null,null,"Fertiliser"]
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[]
[null,null,"Effluent/manure",null,null,null,null,null,null,null,"Energy and fuel"]
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["zSE002"]
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["zSS003",null,"3. Looking at my farm's emissions intensity figures, where was my farm tracking above regional averages? (If your emissions intensity from an emissions source was more than 25% higher than the regional average, this may indicate inefficiencies within your system)."]
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[null,null,"Livestock",null,null,null,null,null,null,null,"Fertiliser"]
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[]
[]
[]
[null,null,"Effluent/manure",null,null,null,null,null,null,null,"Energy and fuel"]
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[null,null,"Which factors could have influenced these figures?"]
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[null,null,"Please explain the other factors here"]
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[null,null,"Am I in a position to make changes in my farm management? (Consider financial, life stage, resources)."]
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[]
["zSE003"]
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["zSS004",null,"Profitable Emissions Action Plan"]
[null,null,"The Profitable Emissions Action Plan can be used to identify profitable emissions activities that will assist in reducing the greenhouse gas emissions produced from your farm. \nClick the boxes to expand the themes below and explore which activities you would like to include in your plan. By reading through the questions below and selecting which answer best aligns with you and your farm business operations, you can generate a plan and identify people and programs that can support you in starting these activities. Any boxes you tick will be included in your Action Plan report. \nThis report can be found on the tab titled “Action Plan Report” and can be printed and supplied to a third party should you wish to share it."]
[]
[null,null,null,"1. Livestock"]
["zSS004_100"]
[null,null,null,null,"1.1 Feedbase and Diet"]
["zSS004_110",null,null,null,"On a dairy farm, methane emitted from rumen fermentation and nitrous oxide lost from dung and urine are major contributors to dairy farm emissions. These emissions are in part due to the inefficient utilisation of feed and nutrients.\nThere are several factors that influence the emissions produced from a cow’s feedbase and diet including quality, quantity, composition and source. Always speak with your nutritionist and agronomist before making changes to diet or feedbase, especially if using average feed quality values in the ADCC to estimate energy or protein."]
[]
[null,null,null,null,null,"1.1.1 Intervention: Balancing protein to energy ratio"]
["zSS004_111",null,null,null,null,"Type of feed, its quality and quantity all play a role in cow health, production and excreted emissions. Feed with lower digestibility produces more methane than higher quality feeds. This is because the rumen microbes that produce methane in the gut of the cows thrive on high-fibre feeds. By replacing high-fibre, low digestibility feeds (e.g. hay and mature pasture) with more digestible feeds (e.g. less mature pastures, cereal grains, legumes) you can reduce methane production whilst increasing milk production. \nCows need protein to stay healthy and produce milk, but protein surplus to maintenance and production requirements is simply excreted without providing benefit. By using low protein, high energy supplements when pastures are high in nitrogen, you can improve milk production efficiency and avoid excessive dietary nitrogen and minimise nitrous oxide emissions."]
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[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Best practice nutrition:"]
[null,null,null,null,null,"The optimal target dietary protein range is 16-18% of total diet. Aiming for a diet with high metabolisable energy (ME >11MJ/kg or DMD% >75%) with consistent levels of protein (15-20%) will lead to productive, low emissions animals. A best-practice management approach to pasture and supplements, using high quality, high digestibility feed, together with a balanced protein content, will maximise milk production and minimise greenhouse gas emissions per kg of milk solids. \nA high energy substitute can be beneficial, particularly for pasture-based systems during drier months, when available dry matter is high in fibre and low in digestibility."]
[]
[null,null,null,null,null,"Tips:"]
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[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Go to 'Abatement Schematic' tab"]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Changes in protein to energy ratio in the milker's diet will have an immediate effect on your nitrous oxide and methane emissions from enteric fermentation and also dung/urine. The scale of this impact will vary depending on how big the change is from the starting point of your existing crude protein (e.g. 2% shift will be low), the cost of the feed (homegrown vs purchased). Productivity returns could be moderate through increased feed conversion and milk yield per cow (improved emissions intensity)."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[]
[null,null,null,null,null,"Self-paced learning:"]
[]
[]
[]
[null,null,null,null,null,"Tools:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[null,null,null,null,null,null,null,null,null,null,null,"Rumen8 - Easy Beef and Dairy Cattle Diets"]
[null,null,null,null,null,"Resources:"]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[null,null,null,null,null,"1:1 support:"]
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[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_111"]
[null,null,null,null,null,"1.1.2 Intervention: Supplementing with (protected) fats and oils"]
["zSS004_112",null,null,null,null,"Methane production per cow has a linear relationship to dry matter intake (DMI). This is true for most pasture types, but a small number of specific feed types have been shown to produce less methane per kilogram of dry matter intake. For farms that feed supplements to the milkers’ grazing ration, controlling the level of fatty acids within this feed can significantly help in reducing greenhouse gas emissions."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Consider including protected fats within your supplements:"]
[null,null,null,null,null,"Important consideration should be given to the source, form and amount of supplemental fat, as this can affect both the milk yield and the carbon footprint. Price and availability should also be considered, e.g. for some locations cottonseed or canola products will have a lower cost compared to grape marc due to the way they are produced, processed and transported."]
[]
[null,null,null,null,null,"Tips:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Go to 'Abatement Schematic' tab"]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Dietary changes can have an immediate, moderate effect on methane emissions emitted from livestock (enteric fermentation and also via dung/urine). It can offer a moderate productivity benefit through increased milk yield but needs to be considered against the cost of purchased additional feed."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[]
[null,null,null,null,null,"Self-paced learning:"]
[]
[]
[]
[null,null,null,null,null,"Tools:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[null,null,null,null,null,null,null,null,null,null,null,"Rumen8 - Easy Beef and Dairy Cattle Diets"]
[null,null,null,null,null,"Resources:"]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[null,null,null,null,null,"1:1 support:"]
[]
[]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_112"]
[null,null,null,null,null,"1.1.3 Intervention: Increase homegrown pasture and forage crop use"]
["zSS004_113",null,null,null,null,"Emission levels in dairy cattle are affected by the feed eaten, including type, quantity and quality, and the nitrogen-based fertilisers used on pasture and crops. We can utilise these factors to help reduce emissions intensity. \nSome crops and pastures have a better footprint than others, but most importantly selecting the right species or cultivar for your farm's attributes and management style is key.\nHomegrown feed can often have a lower carbon footprint than purchased feeds because it doesn’t carry any emissions associated with transporting it from the grower to your property or the pre farmgate production/manufacture of these feeds."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Maximise homegrown feed through optimising pasture, matching feed supply and demand"]
[null,null,null,null,null,"For some regions, by more efficiently utilising homegrown feed you can reduce costs through maximising existing pasture on farm, reducing the need to buy in additional supplementary feed. Consideration should be made however to compare the cost of production and quality of homegrown vs purchased feeds."]
[]
[null,null,null,null,null,"Tips:"]
[]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Maximising homegrown feed can have a high economic benefit and a low to moderate, long-term effect on scope 3 emissions associated with forages, fertilisers, fuel and also nitrous oxide emissions from nitrogen-based fertilisers. With an increase in homegrown feed it is important to note that there may be an associated increase in emissions associated with applied fertilisers and fuel use. Increasing homegrown feed can also provide additional control in protein to energy ratio of diet.\nFocusing on growing more higher protein forages can help to reduce costs, as protein is often the most expensive component of purchased feed."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[]
[]
[null,null,null,null,null,"Tools:"]
[]
[]
[]
[]
[null,null,null,null,null,"Resources:"]
[]
[]
[]
[]
[null,null,null,null,null,"1:1 support:"]
[]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_113"]
["zSE004_110"]
[null,null,null,null,"1.2 Choosing the right genetics"]
["zSS004_120",null,null,null,"Some cows naturally produce less methane than others. By breeding for this trait, it is possible to lower the amount of methane emitted per kilogram of protein equivalent produced for each animal. "]
[]
[null,null,null,null,null,"1.2.1 Intervention: Cow genetics and breeding performance"]
["zSS004_121",null,null,null,null,"Farmers who breed with genetics from the industry’s Balanced Performance Index (BPI) – the most widely used economic index for breeding dairy cattle in Australia, receive small emissions reductions anyway. DataGene’s Sustainability Index is a tool for those wishing to more aggressively reduce emissions intensity via genetics. Breeding achieves a low to moderate reduction in methane emissions without any productivity sacrifices. While the benefits are incremental, they are permanent and compound with each generation."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Understand your herd's genetic potential:"]
[null,null,null,null,null,"Assess your herd’s genetics and if appropriate, utilise tools such as genomic testing to make more informed decisions about replacements."]
[]
[null,null,null,null,null,"Tips:"]
[]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Changes to the genetic merit of your herd can have moderate, incremental impacts on your emissions through reduced enteric fermentation and dung/urine emissions from livestock. It can provide moderate economic and moderate to high production benefits through increased milk efficiency, fertility and lifespan of the cow. Emissions reduction effects from genetic gain, while moderate are permanent and will increase with each generation. Increased feed conversion efficiency, fertility and lifespan per cow can lower your emissions intensity through improved milk production, reduced replacement rate and increased lifespan of the herd."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[]
[null,null,null,null,null,"Tools:"]
[]
[]
[null,null,null,null,null,"Resources:"]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[null,null,null,null,null,"1:1 support:"]
[]
[]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_121"]
["zSE004_120"]
[null,null,null,null,"1.3 Day-to-day herd management"]
["zSS004_130",null,null,null,"When considering ways to reduce our emissions intensity (the amount of carbon dioxide produced per unit of milk and meat produced per cow), ensuring each cow has a long, healthy and productive life is both profitable and effective.\nEarly management of herd health problems, optimising milk performance and lactation length and longevity are all factors that influence the lifetime emissions from each cow and can be easily influenced by daily practices."]
[]
[null,null,null,null,null,"1.3.1 Intervention: Lactation length and longevity"]
["zSS004_131",null,null,null,null,"Cows that live a long and healthy life will produce more milk over their lifetime. Healthy cows can remain longer in the milking herd, produce more milk over a greater portion of their life, reducing the need for replacements. This in turn improves both the farm’s total emissions and emissions intensity. \nAs heifers will be producing no milk but high emissions for the first two years of their life and tend to peak lower in first lactation than subsequent lactations, extending longevity of herd and reducing replacement rate means higher milk yield with lower lifetime emissions. \nReduced replacement rate also means lower net emissions from growing stock."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Cow health and reproduction"]
[null,null,null,null,null,"Focusing on good herd health management as well as calf care and transition cow management can provide multiple benefits to productivity, longevity and also fertility.\nCalves and heifers need to meet their growth targets so they can cycle well, get in calf, calve down, persist and get back in calf for subsequent lactations."]
[]
[null,null,null,null,null,"Tips:"]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Improvements in reproductive performance and longevity can have incremental impacts over many years on emissions associated with livestock and manure. Shifting from a 20% replacement rate (e.g. where majority of herd provide 4-5 lactations) to 5-6+ lactations (particularly paired with BPI or health and production ABVs) can lead to increased lifetime yield which dilutes lifetime emissions. It can also have moderate to high economic effects through reduced costs associated with replacements and reduced rate of returns at joining. By requiring fewer replacement animals on farm, the emissions intensity will also decrease."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"Self-paced learning:"]
[]
[null,null,null,null,null,"Tools:"]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[null,null,null,null,null,"Resources:"]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_131"]
[null,null,null,null,null,"1.3.2 Intervention: Preventing herd health problems"]
["zSS004_132",null,null,null,null,"Good animal husbandry is essential for good cow health. Sick cows mean lost production, poorer reproductive performance and body condition loss. Utilising available tools and technology to assist with the early detection and treatment of sub-clinical illness in milking cows can have benefits to both lifetime milk production and by lowering emissions intensity."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Optimising milk performance"]
[null,null,null,null,null,"Focus on daily practices and using tools such as herd testing to monitor milk performance."]
[]
[null,null,null,null,null,"Tips:"]
[]
[]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Changes to herd health will have a low to moderate effect on emissions from both livestock and effluent/manure sectors of your footprint. Increased milk yield can assist in lower emissions intensity and increasing productivity and profitability. Healthy cows with good milk efficiency require less replacements leading to lower net emissions from livestock (including manure)."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[null,null,null,null,null,"Self-paced learning:"]
[]
[null,null,null,null,null,"Resources:"]
[]
[]
[]
[]
[null,null,null,null,null,"1:1 support:"]
[]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_132"]
["zSE004_130"]
["zSE004_100"]
[null,null,null,"2. Fertiliser"]
["zSS004_200"]
[null,null,null,null,"2.1 Optimising fertiliser inputs"]
["zSS004_210",null,null,null,"Nitrous oxide emissions on a dairy farm represent around 12% of total farm emissions. Nitrogen is critical to plant growth and nitrogen-based fertilisers and livestock manure are key sources of nitrous oxide emissions on farm."]
[]
[null,null,null,null,null,"2.1.1 Intervention: Optimising fertiliser use"]
["zSS004_211",null,null,null,null,"Matching precisely the amount of fertiliser with the plant's needs and incorporating effluent into your nutrient budget can improve the yield and reduce emissions intensity. \nTargeting fertiliser use and utilising your manure as a source of fertiliser, rather than a waste product, reduces the need for purchased fertiliser, and helps reduce emissions that would otherwise be created from the manure staying in a single state for long periods."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Efficient fertiliser and effluent use"]
[null,null,null,null,null,"Effluent should be considered within your fertiliser budget and applied at agronomically sensible rates and times to avoid high soil moisture (consider the 4 R's: Right Source, Right Rate, Right Time, Right Place). \nTesting soil and plants for nutrient deficiencies/toxicities can help in being selective of where to apply effluent. Testing can also assist in better understanding where, when and at what rate fertiliser is required, reducing the risk of excess nitrogen application. This in turn can also reduce reliance on synthetic fertiliser and associated emissions."]
[]
[null,null,null,null,null,"Tips:"]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Changes through reduced fertiliser inputs can have a moderate financial effect and low to moderate effect in reduced carbon dioxide (scope 3) and nitrous oxide emissions. Optimising nutrient use through the 4R’s principles can help to avoid production losses through reduced fertiliser use and subsequent scope 3 emissions of purchased inputs. Minimising losses of excess nutrients and minimising excess protein excretion from livestock through diet, can reduce nitrous oxide emissions and therefore, reduce emissions intensity."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[]
[null,null,null,null,null,"Tools:"]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[null,null,null,null,null,"Resources:"]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[null,null,null,null,null,"1:1 support:"]
[]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_211"]
["zSE004_210"]
["zSE004_200"]
[null,null,null,"3. Effluent/Manure"]
["zSS004_300"]
[null,null,null,null,"3.1 Managing effluent effectively"]
["zSS004_310",null,null,null,"Reducing the methane emissions from the storage of manure can help reduce the overall greenhouse gas emissions emitted from your farm. For a pasture-based dairy farm, emissions from effluent storage account for around 10% of total dairy farm emissions. This is generally higher for housed systems."]
[]
[null,null,null,null,null,"3.1.1 Intervention:  Effluent management system upgrades"]
["zSS004_311",null,null,null,null,"When manure is kept in an anaerobic state (such as stored in ponds or lagoons) it produces methane. Excess emissions can be avoided by having a fit for purpose system with a nutrient management plan. \nWhen upgrading effluent systems, consideration of solids separation combined with composting will reduce emissions, retain and utilise existing nutrients on farm and provide an additional source of plant available nitrogen. This can also reduce emissions from purchased fertilisers."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Assess your effluent management system"]
[null,null,null,null,null,"Is your system fit for purpose and does it meet industry standards? Do you have an effluent management plan? \nIf the timing of manure spreading can be planned to align with when the pasture/crop is most efficient at absorbing nutrients, it can reduce the need for artificial fertiliser which saves money, while boosting organic matter to the soil, improving structure, water and nutrient holding capacity and reducing greenhouse gas emissions."]
[]
[null,null,null,null,null,"Tips:"]
[]
[]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Improved solids separation will lead to a reduction in methane emissions. Improved utilisation of effluent, particularly where effluent is tested and displaces brought-in fertilisers will lead to a reduction in both carbon dioxide and nitrous oxide fertiliser emissions, and nitrous oxide dung/urine emissions."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[]
[null,null,null,null,null,"Tools:"]
[]
[]
[]
[]
[null,null,null,null,null,"Resources:"]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[null,null,null,null,null,"1:1 support:"]
[null,null,null,null,null,null,null,null,null,null,null,"Effluent system designers | Managing effluent | Dairy | Livestock and animals | Agriculture Victoria"]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_311"]
["zSE004_310"]
["zSE004_300"]
[null,null,null,"4. Energy and Fuel"]
["zSS004_400"]
[null,null,null,null,"4.1 Optimise energy efficiency on farm"]
["zSS004_410",null,null,null,"Grid electricity use and diesel contribute approximately 5% of on-farm emissions – although this may be higher for irrigated farms. Understanding where and how much energy is used throughout the farm through an energy audit can be a good starting point to establish opportunities for efficiency improvements."]
[]
[null,null,null,null,null,"4.1.1 Intervention: Analyse your energy use"]
["zSS004_411",null,null,null,null,"The first step to realising these opportunities is through having an audit of your dairy shed. This provides analysis and insights of where energy is being used, if the system is working as efficiently as it should and what improvement can be made to reduce energy consumption."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Conduct an energy audit"]
[null,null,null,null,null,"Conduct an energy audit of your dairy shed and pumps to understand your current operations. Establish a clear maintenance schedule to ensure all equipment is running as efficiently as possible. For farms with irrigation this is especially important. With increasing climate variability, increased reliance on irrigation to maintain pasture quality will exacerbate the need for well-functioning, efficient systems."]
[]
[null,null,null,null,null,"Tips:"]
[null,null,null,null,null,"While there are many technology solutions available, ensuring you are first covering the basics well is paramount."]
[]
[]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Improving energy use and fuel efficiency can have a high economic benefit and offer low to moderate emissions reduction potential for scope 1,2 and 3 carbon dioxide emissions."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Resources:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_411"]
[null,null,null,null,null,"4.1.2 On-farm renewable energy"]
["zSS004_412",null,null,null,null,"On-farm renewable energy refers to energy derived from the on-farm natural resources such as solar and wind. Generating renewable energy requires upfront capital investment in infrastructure and a payback period but can result in reduced power bills and offer greater energy security. Renewable energy reduces carbon dioxide emissions associated with the burning of fossil fuels to generate purchased electricity."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Investigate options and suitability for your farm"]
[null,null,null,null,null,"If you are planning on-site energy generation, such as solar, it is important to select the right technology and capacity to meet your system’s requirements. We recommend conducting an energy audit first and then if on-farm renewable energy is feasible for your farm, investigate your local options, suppliers and also any suitable grants and subsidies."]
[]
[null,null,null,null,null,"Tips:"]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Installing renewable energy can have a high upfront cost but offer incremental long-term benefits to both emissions and profitability. This will be shown in reduced scope 1,2 and 3 emissions associated with energy and fuel. "]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Resources:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[]
[null,null,null,null,null,"1:1 support:"]
[]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_412"]
["zSE004_410"]
["zSE004_400"]
[null,null,null,"5. Trees and Soil"]
["zSS004_500"]
[null,null,null,null,"5.1 Improve carbon storage on farm"]
["zSS004_510",null,null,null,"Capturing carbon and storing it in soil and trees – known as carbon sequestration – can help to lower your net emissions on farm. If you have soils or vegetation, sequestering carbon on farm, you can include this carbon sequestration through changes in soil carbon year on year or through vegetation, in 'Your farm' baseline figures for the Australian Dairy Carbon Calculator (provided you aren’t generating carbon credits for this). It’s important to consider the age and area of trees in this instance as this can impact the amount of carbon sequestered."]
[]
[null,null,null,null,null,"5.1.1 Intervention: Improve carbon storage on farm with trees"]
["zSS004_511",null,null,null,null,"Trees on dairy farms provide multiple benefits:\n• Shade and shelter for livestock, increased biodiversity and better soil management for salinity risk, nutrient management and erosion control\n• Increased aesthetics and potential increase in land market value\n• Potential diversification of farm income through carbon sequestration or timber plantations"]
[null,null,null,null,null,"An 11-hectare Radiata pine timber plantation in Tasmania averaged 23.8 tonnes of CO₂e sequestered per hectare per year."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"Protect and increase native vegetation on farm"]
[null,null,null,null,null,"Sheltered areas improve livestock welfare and on days above 27°C and can increase milk production by protecting cows from heat stress. While financial gains through productivity can be difficult to quantify, the cost of establishing windbreaks is relatively low with financial grants and technical support available in most regions through local Natural Resource Management or Catchment Management Authority organisations.\nFarmers have shown they can revegetate from 5 to 20% of their farm without loss of food or fibre production. As trees grow, their ability to sequester (store) carbon increases significantly in the first 15-20 years of life."]
[]
[null,null,null,null,null,"Tips:"]
[]
[]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Increasing native vegetation on farm can have low to moderate impacts on carbon dioxide emissions across the whole farm footprint, particularly for the first 15-20 years for new plantings. Size of effect depends on species, location, area and density of planting. Vegetation also offers low to moderate productivity benefits through offering shade and shelter to cows in temperatures outside of optimal production range (i.e. between 13°C and 25°C)."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[null,null,null,null,null,"Tools:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[null,null,null,null,null,"Resources:"]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[null,null,null,null,null,"1:1 Support:"]
[null,null,null,null,null,null,null,null,null,null,null,"https://nrmregionsaustralia.com.au/regions/"]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_511"]
[null,null,null,null,null,"5.1.2 Intervention: Increase soil carbon storage"]
["zSS004_512",null,null,null,null,"Increasing the level of stored soil organic carbon and soil organic matter can help to support soil moisture penetration and retention and support soil structure and nutrient storage. Soil organic matter also provides energy and nutrients to support soil microbes which play a key role in soil nutrient cycling. Soil carbon storages on dairy farms are often elevated, and may be close to soil capacity, however activities which can increase the volume or depth of soil carbon storage can include changes to tillage cycles and selection of perennial pasture species with deeper, more persistent rooting depth."]
[]
[null,null,null,null,null,"What action can I consider?"]
[null,null,null,null,null,"1. Reduced tillage\n2. Perennial pasture species including multispecies/mixed sward plantings"]
[]
[null,null,null,null,null,"What change will I see?"]
[null,null,null,null,null,"Increased carbon sequestration offers low to moderate, incremental impacts on your farm's net emissions. Improved soil function will also offer low to moderate productivity returns. This hinges on inputs, climate and starting condition."]
[]
[null,null,null,null,null,"How do I get started? (select which activity you wish to investigate further)"]
[null,null,null,null,null,"Below is a list of available resources through Dairy Australia:"]
[null,null,null,null,null,"Face-to-face:"]
[]
[]
[]
[null,null,null,null,null,"Tools:"]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[null,null,null,null,null,"Resources:"]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[null,null,null,null,null,"1:1 support:"]
[]
[]
[null,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[null,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[]
[null,null,null,null,null,"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."]
[null,null,null,null,null,"Enter actions here"]
[]
[]
["zSE004_512"]
["zSE004_510"]
["zSE004_500"]
["zSE004"]

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[null,null,"Profitable Emissions Action Plan Report"]
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[null,null,"Name of person completing the report:",null,null,null,null,null,null,null,null,null,"Date:"]
[null,null,"Farm name:",null,null,null,null,null,null,null,null,null,null,"Report last printed: 10:09AM  30/10/2025"]
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[{"$f":"IF(zChk004_100,TRUE,FALSE)","v":false},null,"●",{"$f":"'Action Plan'!D108","v":"1. Livestock"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_110),TRUE,FALSE)","v":false},null,null,"●","1.1 Feedbase and Diet"]
[{"$f":"IF(AND(zChk004_100,zChk004_110),TRUE,FALSE)","v":false},null,null,null,{"$f":"'Action Plan'!E111","v":"On a dairy farm, methane emitted from rumen fermentation and nitrous oxide lost from dung and urine are major contributors to dairy farm emissions. These emissions are in part due to the inefficient utilisation of feed and nutrients.\nThere are several factors that influence the emissions produced from a cow’s feedbase and diet including quality, quantity, composition and source. Always speak with your nutritionist and agronomist before making changes to diet or feedbase, especially if using average feed quality values in the ADCC to estimate energy or protein."},{"$f":"'Action Plan'!F111","v":0},{"$f":"'Action Plan'!G111","v":0},{"$f":"'Action Plan'!H111","v":0},{"$f":"'Action Plan'!I111","v":0},{"$f":"'Action Plan'!J111","v":0},{"$f":"'Action Plan'!K111","v":0},{"$f":"'Action Plan'!L111","v":0},{"$f":"'Action Plan'!M111","v":0},{"$f":"'Action Plan'!N111","v":0},{"$f":"'Action Plan'!O111","v":0},{"$f":"'Action Plan'!P111","v":0},{"$f":"'Action Plan'!Q111","v":0},{"$f":"'Action Plan'!R111","v":0},{"$f":"'Action Plan'!S111","v":0},{"$f":"'Action Plan'!T111","v":0},{"$f":"'Action Plan'!U111","v":0},{"$f":"'Action Plan'!V111","v":0},{"$f":"'Action Plan'!W111","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_110),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F113","v":"1.1.1 Intervention: Balancing protein to energy ratio"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F114","v":"Type of feed, its quality and quantity all play a role in cow health, production and excreted emissions. Feed with lower digestibility produces more methane than higher quality feeds. This is because the rumen microbes that produce methane in the gut of the cows thrive on high-fibre feeds. By replacing high-fibre, low digestibility feeds (e.g. hay and mature pasture) with more digestible feeds (e.g. less mature pastures, cereal grains, legumes) you can reduce methane production whilst increasing milk production. \nCows need protein to stay healthy and produce milk, but protein surplus to maintenance and production requirements is simply excreted without providing benefit. By using low protein, high energy supplements when pastures are high in nitrogen, you can improve milk production efficiency and avoid excessive dietary nitrogen and minimise nitrous oxide emissions."},{"$f":"'Action Plan'!G114","v":0},{"$f":"'Action Plan'!H114","v":0},{"$f":"'Action Plan'!I114","v":0},{"$f":"'Action Plan'!J114","v":0},{"$f":"'Action Plan'!K114","v":0},{"$f":"'Action Plan'!L114","v":0},{"$f":"'Action Plan'!M114","v":0},{"$f":"'Action Plan'!N114","v":0},{"$f":"'Action Plan'!O114","v":0},{"$f":"'Action Plan'!P114","v":0},{"$f":"'Action Plan'!Q114","v":0},{"$f":"'Action Plan'!R114","v":0},{"$f":"'Action Plan'!S114","v":0},{"$f":"'Action Plan'!T114","v":0},{"$f":"'Action Plan'!U114","v":0},{"$f":"'Action Plan'!V114","v":0},{"$f":"'Action Plan'!W114","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F116","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F117","v":"Best practice nutrition:"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F118","v":"The optimal target dietary protein range is 16-18% of total diet. Aiming for a diet with high metabolisable energy (ME >11MJ/kg or DMD% >75%) with consistent levels of protein (15-20%) will lead to productive, low emissions animals. A best-practice management approach to pasture and supplements, using high quality, high digestibility feed, together with a balanced protein content, will maximise milk production and minimise greenhouse gas emissions per kg of milk solids. \nA high energy substitute can be beneficial, particularly for pasture-based systems during drier months, when available dry matter is high in fibre and low in digestibility."},{"$f":"'Action Plan'!G118","v":0},{"$f":"'Action Plan'!H118","v":0},{"$f":"'Action Plan'!I118","v":0},{"$f":"'Action Plan'!J118","v":0},{"$f":"'Action Plan'!K118","v":0},{"$f":"'Action Plan'!L118","v":0},{"$f":"'Action Plan'!M118","v":0},{"$f":"'Action Plan'!N118","v":0},{"$f":"'Action Plan'!O118","v":0},{"$f":"'Action Plan'!P118","v":0},{"$f":"'Action Plan'!Q118","v":0},{"$f":"'Action Plan'!R118","v":0},{"$f":"'Action Plan'!S118","v":0},{"$f":"'Action Plan'!T118","v":0},{"$f":"'Action Plan'!U118","v":0},{"$f":"'Action Plan'!V118","v":0},{"$f":"'Action Plan'!W118","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OR(A50:A52)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OR(A51:A53)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F120","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Speak with your nutritionist about the use, availability and options of using different feed types."]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Consider the composition of your milkers’ daily ration – is the energy and protein balanced for the cows’ requirements?"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Tip,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Utilise the ‘Abatement Schematic’ tabs in the ADCC to see how your herd might respond to shifts in digestibility and crude protein of your cows’ diet.",null,null,null,null,null,null,null,null,null,null,null,"Go to 'Abatement Schematic' tab"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111),TRUE,FALSE)","v":false}]
[false,null,null,null,null,{"$f":"'Action Plan'!F125","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F126","v":"Changes in protein to energy ratio in the milker's diet will have an immediate effect on your nitrous oxide and methane emissions from enteric fermentation and also dung/urine. The scale of this impact will vary depending on how big the change is from the starting point of your existing crude protein (e.g. 2% shift will be low), the cost of the feed (homegrown vs purchased). Productivity returns could be moderate through increased feed conversion and milk yield per cow (improved emissions intensity)."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F128","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OR(A60:A75)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F129","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OR(A61:A62)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F130","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Nutrition fundamentals"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Advanced Nutrition in Action"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OR(A64:A72)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F133","v":"Self-paced learning:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Observing and Quantifying Cow Signs"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Nutrition workshop resources"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• Feeding Dairy Cows Manual (online)"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OR(A68:A70)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F137","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• Nutrition Fundamentals videos"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• The ‘Strategy Farm’ tab in the ADCC",null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Rumen8 tool",null,null,null,null,null,"Rumen8 - Easy Beef and Dairy Cattle Diets"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OR(A72:A72)),TRUE,FALSE)","v":false},null,null,null,null,"Resources:"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,9)),TRUE,FALSE)","v":false},null,null,null,null,"• Reducing Rumen Emissions factsheet",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OR(A74:A75)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F143","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,10)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local Farm Engagement Lead at Dairy Australia to discuss the resources available"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111,OFFSET(zChk004_111_Start,0,11)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local nutritionist or agronomist"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_111),TRUE,FALSE)","v":false}]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F150","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G150","v":0},{"$f":"'Action Plan'!H150","v":0},{"$f":"'Action Plan'!I150","v":0},{"$f":"'Action Plan'!J150","v":0},{"$f":"'Action Plan'!K150","v":0},{"$f":"'Action Plan'!L150","v":0},{"$f":"'Action Plan'!M150","v":0},{"$f":"'Action Plan'!N150","v":0},{"$f":"'Action Plan'!O150","v":0},{"$f":"'Action Plan'!P150","v":0},{"$f":"'Action Plan'!Q150","v":0},{"$f":"'Action Plan'!R150","v":0},{"$f":"'Action Plan'!S150","v":0},{"$f":"'Action Plan'!T150","v":0},{"$f":"'Action Plan'!U150","v":0},{"$f":"'Action Plan'!V150","v":0},{"$f":"'Action Plan'!W150","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_111_Action)=\"enter actions here\",zChk004_111_Action=\"\"),\"None provided\",zChk004_111_Action)","v":"None provided"}]
[false]
[false]
[false]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F155","v":"1.1.2 Intervention: Supplementing with (protected) fats and oils"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F156","v":"Methane production per cow has a linear relationship to dry matter intake (DMI). This is true for most pasture types, but a small number of specific feed types have been shown to produce less methane per kilogram of dry matter intake. For farms that feed supplements to the milkers’ grazing ration, controlling the level of fatty acids within this feed can significantly help in reducing greenhouse gas emissions."},{"$f":"'Action Plan'!G156","v":0},{"$f":"'Action Plan'!H156","v":0},{"$f":"'Action Plan'!I156","v":0},{"$f":"'Action Plan'!J156","v":0},{"$f":"'Action Plan'!K156","v":0},{"$f":"'Action Plan'!L156","v":0},{"$f":"'Action Plan'!M156","v":0},{"$f":"'Action Plan'!N156","v":0},{"$f":"'Action Plan'!O156","v":0},{"$f":"'Action Plan'!P156","v":0},{"$f":"'Action Plan'!Q156","v":0},{"$f":"'Action Plan'!R156","v":0},{"$f":"'Action Plan'!S156","v":0},{"$f":"'Action Plan'!T156","v":0},{"$f":"'Action Plan'!U156","v":0},{"$f":"'Action Plan'!V156","v":0},{"$f":"'Action Plan'!W156","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F158","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F159","v":"Consider including protected fats within your supplements:"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F160","v":"Important consideration should be given to the source, form and amount of supplemental fat, as this can affect both the milk yield and the carbon footprint. Price and availability should also be considered, e.g. for some locations cottonseed or canola products will have a lower cost compared to grape marc due to the way they are produced, processed and transported."},{"$f":"'Action Plan'!G160","v":0},{"$f":"'Action Plan'!H160","v":0},{"$f":"'Action Plan'!I160","v":0},{"$f":"'Action Plan'!J160","v":0},{"$f":"'Action Plan'!K160","v":0},{"$f":"'Action Plan'!L160","v":0},{"$f":"'Action Plan'!M160","v":0},{"$f":"'Action Plan'!N160","v":0},{"$f":"'Action Plan'!O160","v":0},{"$f":"'Action Plan'!P160","v":0},{"$f":"'Action Plan'!Q160","v":0},{"$f":"'Action Plan'!R160","v":0},{"$f":"'Action Plan'!S160","v":0},{"$f":"'Action Plan'!T160","v":0},{"$f":"'Action Plan'!U160","v":0},{"$f":"'Action Plan'!V160","v":0},{"$f":"'Action Plan'!W160","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OR(A92:A93)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OR(A93:A94)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F162","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Supplementing fats at 4 to 6% of dietary dry matter (total dietary fat of 8% maximum) have shown to improve milk production, but higher rates pose detrimental effects on rumen fermentation, feed digestion and animal performance."]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Utilise the ‘Abatement Schematic’ tabs in the ADCC to see how your herd’s productivity might respond to changes in the fat percentage of dietary dry matter offered.",null,null,null,null,null,null,null,null,null,null,null,null,"Go to 'Abatement Schematic' tab"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112),TRUE,FALSE)","v":false}]
[false,null,null,null,null,{"$f":"'Action Plan'!F166","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F167","v":"Dietary changes can have an immediate, moderate effect on methane emissions emitted from livestock (enteric fermentation and also via dung/urine). It can offer a moderate productivity benefit through increased milk yield but needs to be considered against the cost of purchased additional feed."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F169","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OR(A101:A116)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F170","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OR(A102:A103)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F171","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Nutrition Fundamentals"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Advanced Nutrition in Action"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OR(A105:A107)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F174","v":"Self-paced learning:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Observing and Quantifying Cow Signs"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Nutrition workshop resources"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• Feeding Dairy Cows Manual (online)"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OR(A109:A111)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F178","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• Nutrition Fundamentals videos"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• The ‘Strategy Farm’ tab in the ADCC",null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Rumen8 tool",null,null,null,null,null,"Rumen8 - Easy Beef and Dairy Cattle Diets"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OR(A113)),TRUE,FALSE)","v":false},null,null,null,null,"Resources:"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,9)),TRUE,FALSE)","v":false},null,null,null,null,"• Agolin feed additive - Reducing Rumen Emissions factsheet",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OR(A115:A116)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F184","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,10)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local Farm Engagement Lead at Dairy Australia to find out more"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112,OFFSET(zChk004_112_Start,0,11)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local nutritionist or agronomist"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_112),TRUE,FALSE)","v":false}]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F191","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G190","v":0},{"$f":"'Action Plan'!H190","v":0},{"$f":"'Action Plan'!I190","v":0},{"$f":"'Action Plan'!J190","v":0},{"$f":"'Action Plan'!K190","v":0},{"$f":"'Action Plan'!L190","v":0},{"$f":"'Action Plan'!M190","v":0},{"$f":"'Action Plan'!N190","v":0},{"$f":"'Action Plan'!O190","v":0},{"$f":"'Action Plan'!P190","v":0},{"$f":"'Action Plan'!Q190","v":0},{"$f":"'Action Plan'!R190","v":0},{"$f":"'Action Plan'!S190","v":0},{"$f":"'Action Plan'!T190","v":0},{"$f":"'Action Plan'!U190","v":0},{"$f":"'Action Plan'!V190","v":0},{"$f":"'Action Plan'!W190","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_112_Action)=\"enter actions here\",zChk004_112_Action=\"\"),\"None provided\",zChk004_112_Action)","v":"None provided"}]
[false]
[false]
[false]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F196","v":"1.1.3 Intervention: Increase homegrown pasture and forage crop use"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F197","v":"Emission levels in dairy cattle are affected by the feed eaten, including type, quantity and quality, and the nitrogen-based fertilisers used on pasture and crops. We can utilise these factors to help reduce emissions intensity. \nSome crops and pastures have a better footprint than others, but most importantly selecting the right species or cultivar for your farm's attributes and management style is key.\nHomegrown feed can often have a lower carbon footprint than purchased feeds because it doesn’t carry any emissions associated with transporting it from the grower to your property or the pre farmgate production/manufacture of these feeds."},{"$f":"'Action Plan'!G197","v":0},{"$f":"'Action Plan'!H197","v":0},{"$f":"'Action Plan'!I197","v":0},{"$f":"'Action Plan'!J197","v":0},{"$f":"'Action Plan'!K197","v":0},{"$f":"'Action Plan'!L197","v":0},{"$f":"'Action Plan'!M197","v":0},{"$f":"'Action Plan'!N197","v":0},{"$f":"'Action Plan'!O197","v":0},{"$f":"'Action Plan'!P197","v":0},{"$f":"'Action Plan'!Q197","v":0},{"$f":"'Action Plan'!R197","v":0},{"$f":"'Action Plan'!S197","v":0},{"$f":"'Action Plan'!T197","v":0},{"$f":"'Action Plan'!U197","v":0},{"$f":"'Action Plan'!V197","v":0},{"$f":"'Action Plan'!W197","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F199","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F200","v":"Maximise homegrown feed through optimising pasture, matching feed supply and demand"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F201","v":"For some regions, by more efficiently utilising homegrown feed you can reduce costs through maximising existing pasture on farm, reducing the need to buy in additional supplementary feed. Consideration should be made however to compare the cost of production and quality of homegrown vs purchased feeds."},{"$f":"'Action Plan'!G201","v":0},{"$f":"'Action Plan'!H201","v":0},{"$f":"'Action Plan'!I201","v":0},{"$f":"'Action Plan'!J201","v":0},{"$f":"'Action Plan'!K201","v":0},{"$f":"'Action Plan'!L201","v":0},{"$f":"'Action Plan'!M201","v":0},{"$f":"'Action Plan'!N201","v":0},{"$f":"'Action Plan'!O201","v":0},{"$f":"'Action Plan'!P201","v":0},{"$f":"'Action Plan'!Q201","v":0},{"$f":"'Action Plan'!R201","v":0},{"$f":"'Action Plan'!S201","v":0},{"$f":"'Action Plan'!T201","v":0},{"$f":"'Action Plan'!U201","v":0},{"$f":"'Action Plan'!V201","v":0},{"$f":"'Action Plan'!W201","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OR(A133:A135)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OR(A134:A136)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F203","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Understand your pasture yields per paddock, identify and manage deficiencies in poor performing pastures."]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Matching feed supply and demand by ensuring your stocking rate and calving date match to your farm in relation to available feed supply."]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Tip,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• When managing your pasture ensure you are hitting targets for pre- and post-graze pasture covers. Strategically make and use supplementary feed in periods of pasture surplus and deficit to maintain pasture cover targets."]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113),TRUE,FALSE)","v":false}]
[false,null,null,null,null,{"$f":"'Action Plan'!F208","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F209","v":"Maximising homegrown feed can have a high economic benefit and a low to moderate, long-term effect on scope 3 emissions associated with forages, fertilisers, fuel and also nitrous oxide emissions from nitrogen-based fertilisers. With an increase in homegrown feed it is important to note that there may be an associated increase in emissions associated with applied fertilisers and fuel use. Increasing homegrown feed can also provide additional control in protein to energy ratio of diet.\nFocusing on growing more higher protein forages can help to reduce costs, as protein is often the most expensive component of purchased feed."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F211","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OR(A143:A158)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F212","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OR(A144:A146)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F213","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Pasture Fundamentals"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Top Fodder"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Feeding Pasture For Profit (FPFP)"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OR(A148:A151)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F217","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Feed Budgeting"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• Rotation Right"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• Forage Value Index"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• Pasture Smarts"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OR(A153:A156)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F222","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Feeding Pasture for Profit printed resources"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,9)),TRUE,FALSE)","v":false},null,null,null,null,"• Quality Pasture Silage (pocket guide)"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,10)),TRUE,FALSE)","v":false},null,null,null,null,"• Harvesting and Storage of Maize and Cereal Silage (pocket guide)"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,11)),TRUE,FALSE)","v":false},null,null,null,null,"• Ryegrass Spring Grazing Management (paddock guide)"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OR(A158)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F227","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113,OFFSET(zChk004_113_Start,0,12)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local nutritionist or agronomist"]
[{"$f":"IF(AND(zChk004_100,zChk004_110,zChk004_113),TRUE,FALSE)","v":false}]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F233","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G233","v":0},{"$f":"'Action Plan'!H233","v":0},{"$f":"'Action Plan'!I233","v":0},{"$f":"'Action Plan'!J233","v":0},{"$f":"'Action Plan'!K233","v":0},{"$f":"'Action Plan'!L233","v":0},{"$f":"'Action Plan'!M233","v":0},{"$f":"'Action Plan'!N233","v":0},{"$f":"'Action Plan'!O233","v":0},{"$f":"'Action Plan'!P233","v":0},{"$f":"'Action Plan'!Q233","v":0},{"$f":"'Action Plan'!R233","v":0},{"$f":"'Action Plan'!S233","v":0},{"$f":"'Action Plan'!T233","v":0},{"$f":"'Action Plan'!U233","v":0},{"$f":"'Action Plan'!V233","v":0},{"$f":"'Action Plan'!W233","v":0}]
[false,null,null,null,null,{"$f":"IF(LOWER(zChk004_113_Action)=\"enter actions here\",\"None provided\",zChk004_113_Action)","v":"None provided"}]
[false]
[false]
[false]
[false]
[{"$f":"IF(AND(zChk004_100,zChk004_120),TRUE,FALSE)","v":false},null,null,"●",{"$f":"'Action Plan'!E239","v":"1.2 Choosing the right genetics"}]
[{"$f":"IF(AND(zChk004_100,zChk004_120),TRUE,FALSE)","v":false},null,null,null,{"$f":"'Action Plan'!E240","v":"Some cows naturally produce less methane than others. By breeding for this trait, it is possible to lower the amount of methane emitted per kilogram of protein equivalent produced for each animal. "},{"$f":"'Action Plan'!F240","v":0},{"$f":"'Action Plan'!G240","v":0},{"$f":"'Action Plan'!H240","v":0},{"$f":"'Action Plan'!I240","v":0},{"$f":"'Action Plan'!J240","v":0},{"$f":"'Action Plan'!K240","v":0},{"$f":"'Action Plan'!L240","v":0},{"$f":"'Action Plan'!M240","v":0},{"$f":"'Action Plan'!N240","v":0},{"$f":"'Action Plan'!O240","v":0},{"$f":"'Action Plan'!P240","v":0},{"$f":"'Action Plan'!Q240","v":0},{"$f":"'Action Plan'!R240","v":0},{"$f":"'Action Plan'!S240","v":0},{"$f":"'Action Plan'!T240","v":0},{"$f":"'Action Plan'!U240","v":0},{"$f":"'Action Plan'!V240","v":0},{"$f":"'Action Plan'!W240","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_120),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F242","v":"1.2.1 Intervention: Cow genetics and breeding performance"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F243","v":"Farmers who breed with genetics from the industry’s Balanced Performance Index (BPI) – the most widely used economic index for breeding dairy cattle in Australia, receive small emissions reductions anyway. DataGene’s Sustainability Index is a tool for those wishing to more aggressively reduce emissions intensity via genetics. Breeding achieves a low to moderate reduction in methane emissions without any productivity sacrifices. While the benefits are incremental, they are permanent and compound with each generation."},{"$f":"'Action Plan'!G243","v":0},{"$f":"'Action Plan'!H243","v":0},{"$f":"'Action Plan'!I243","v":0},{"$f":"'Action Plan'!J243","v":0},{"$f":"'Action Plan'!K243","v":0},{"$f":"'Action Plan'!L243","v":0},{"$f":"'Action Plan'!M243","v":0},{"$f":"'Action Plan'!N243","v":0},{"$f":"'Action Plan'!O243","v":0},{"$f":"'Action Plan'!P243","v":0},{"$f":"'Action Plan'!Q243","v":0},{"$f":"'Action Plan'!R243","v":0},{"$f":"'Action Plan'!S243","v":0},{"$f":"'Action Plan'!T243","v":0},{"$f":"'Action Plan'!U243","v":0},{"$f":"'Action Plan'!V243","v":0},{"$f":"'Action Plan'!W243","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F245","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F246","v":"Understand your herd's genetic potential:"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F247","v":"Assess your herd’s genetics and if appropriate, utilise tools such as genomic testing to make more informed decisions about replacements."},{"$f":"'Action Plan'!G247","v":0},{"$f":"'Action Plan'!H247","v":0},{"$f":"'Action Plan'!I247","v":0},{"$f":"'Action Plan'!J247","v":0},{"$f":"'Action Plan'!K247","v":0},{"$f":"'Action Plan'!L247","v":0},{"$f":"'Action Plan'!M247","v":0},{"$f":"'Action Plan'!N247","v":0},{"$f":"'Action Plan'!O247","v":0},{"$f":"'Action Plan'!P247","v":0},{"$f":"'Action Plan'!Q247","v":0},{"$f":"'Action Plan'!R247","v":0},{"$f":"'Action Plan'!S247","v":0},{"$f":"'Action Plan'!T247","v":0},{"$f":"'Action Plan'!U247","v":0},{"$f":"'Action Plan'!V247","v":0},{"$f":"'Action Plan'!W247","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OR(A179:A181)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OR(A180:A182)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F249","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• For those that genomically test their herd, don’t keep replacements from your lowest genetic merit animals. Instead, consider mating your lowest 10-20% of the herd to easy calving beef."]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Use high genetic merit sires for your highest genetic merit cows/heifers and consider using sexed semen."]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Tip,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Prioritise traits that increase productivity/longevity and reduce emissions."]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F254","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F255","v":"Changes to the genetic merit of your herd can have moderate, incremental impacts on your emissions through reduced enteric fermentation and dung/urine emissions from livestock. It can provide moderate economic and moderate to high production benefits through increased milk efficiency, fertility and lifespan of the cow. Emissions reduction effects from genetic gain, while moderate are permanent and will increase with each generation. Increased feed conversion efficiency, fertility and lifespan per cow can lower your emissions intensity through improved milk production, reduced replacement rate and increased lifespan of the herd."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F257","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OR(A189:A202)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F258","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OR(A190:A191)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F259","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Genomics at a Glance"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Genomics in Practice"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OR(A193:A194)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F262","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Good Bulls App"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• ABV Pocket Guide"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OR(A196:A199)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F265","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• DataGene factsheet - Balanced Performance Index vs Sustainability Index"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• Dairy Australia genomic testing resources"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• Videos: Genomic Testing (How To)"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Reducing Rumen Emissions factsheet",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OR(A201:A202)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F270","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,9)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact DataGene extension staff"]
[{"$f":"IF(AND(zChk004_100,zChk004_120,zChk004_121,OFFSET(zChk004_121_Start,0,10)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local breeding advisor (bull companies or herd improvement organisation)"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
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[false]
[false]
[false]
[false]
[{"$f":"IF(AND(zChk004_100,zChk004_130),TRUE,FALSE)","v":false},null,null,"●",{"$f":"'Action Plan'!E283","v":"1.3 Day-to-day herd management"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130),TRUE,FALSE)","v":false},null,null,null,{"$f":"'Action Plan'!E284","v":"When considering ways to reduce our emissions intensity (the amount of carbon dioxide produced per unit of milk and meat produced per cow), ensuring each cow has a long, healthy and productive life is both profitable and effective.\nEarly management of herd health problems, optimising milk performance and lactation length and longevity are all factors that influence the lifetime emissions from each cow and can be easily influenced by daily practices."},{"$f":"'Action Plan'!F284","v":0},{"$f":"'Action Plan'!G284","v":0},{"$f":"'Action Plan'!H284","v":0},{"$f":"'Action Plan'!I284","v":0},{"$f":"'Action Plan'!J284","v":0},{"$f":"'Action Plan'!K284","v":0},{"$f":"'Action Plan'!L284","v":0},{"$f":"'Action Plan'!M284","v":0},{"$f":"'Action Plan'!N284","v":0},{"$f":"'Action Plan'!O284","v":0},{"$f":"'Action Plan'!P284","v":0},{"$f":"'Action Plan'!Q284","v":0},{"$f":"'Action Plan'!R284","v":0},{"$f":"'Action Plan'!S284","v":0},{"$f":"'Action Plan'!T284","v":0},{"$f":"'Action Plan'!U284","v":0},{"$f":"'Action Plan'!V284","v":0},{"$f":"'Action Plan'!W284","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_130),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F286","v":"1.3.1 Intervention: Lactation length and longevity"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F287","v":"Cows that live a long and healthy life will produce more milk over their lifetime. Healthy cows can remain longer in the milking herd, produce more milk over a greater portion of their life, reducing the need for replacements. This in turn improves both the farm’s total emissions and emissions intensity. \nAs heifers will be producing no milk but high emissions for the first two years of their life and tend to peak lower in first lactation than subsequent lactations, extending longevity of herd and reducing replacement rate means higher milk yield with lower lifetime emissions. \nReduced replacement rate also means lower net emissions from growing stock."},{"$f":"'Action Plan'!G287","v":0},{"$f":"'Action Plan'!H287","v":0},{"$f":"'Action Plan'!I287","v":0},{"$f":"'Action Plan'!J287","v":0},{"$f":"'Action Plan'!K287","v":0},{"$f":"'Action Plan'!L287","v":0},{"$f":"'Action Plan'!M287","v":0},{"$f":"'Action Plan'!N287","v":0},{"$f":"'Action Plan'!O287","v":0},{"$f":"'Action Plan'!P287","v":0},{"$f":"'Action Plan'!Q287","v":0},{"$f":"'Action Plan'!R287","v":0},{"$f":"'Action Plan'!S287","v":0},{"$f":"'Action Plan'!T287","v":0},{"$f":"'Action Plan'!U287","v":0},{"$f":"'Action Plan'!V287","v":0},{"$f":"'Action Plan'!W287","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F289","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F290","v":"Cow health and reproduction"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F291","v":"Focusing on good herd health management as well as calf care and transition cow management can provide multiple benefits to productivity, longevity and also fertility.\nCalves and heifers need to meet their growth targets so they can cycle well, get in calf, calve down, persist and get back in calf for subsequent lactations."},{"$f":"'Action Plan'!G291","v":0},{"$f":"'Action Plan'!H291","v":0},{"$f":"'Action Plan'!I291","v":0},{"$f":"'Action Plan'!J291","v":0},{"$f":"'Action Plan'!K291","v":0},{"$f":"'Action Plan'!L291","v":0},{"$f":"'Action Plan'!M291","v":0},{"$f":"'Action Plan'!N291","v":0},{"$f":"'Action Plan'!O291","v":0},{"$f":"'Action Plan'!P291","v":0},{"$f":"'Action Plan'!Q291","v":0},{"$f":"'Action Plan'!R291","v":0},{"$f":"'Action Plan'!S291","v":0},{"$f":"'Action Plan'!T291","v":0},{"$f":"'Action Plan'!U291","v":0},{"$f":"'Action Plan'!V291","v":0},{"$f":"'Action Plan'!W291","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OR(A223:A227)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OR(A224:A228)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F293","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Establish and implement good calf rearing practices to ensure heifers have the best chance of meeting growth targets."]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Give your young stock the best chance by calving them before main herd, actively managing body condition scores, and supporting them in the early years of being in the herd to allow them to reach mature age."]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Have animal husbandry policies and procedures that focus on preventing lost production and dedicate time to training and developing best practice processes with all dairy staff."]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Tip,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Assess your replacement rates and keep records of why cows are leaving your farm and use them to inform decision making and highlight areas for improvement."]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Tip,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Monitor your herd's reproductive performance. The biggest loss of cows on farms is through cows being not in-calf. Have an action plan and targets in place to meet industry targets for reproduction."]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F300","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F301","v":"Improvements in reproductive performance and longevity can have incremental impacts over many years on emissions associated with livestock and manure. Shifting from a 20% replacement rate (e.g. where majority of herd provide 4-5 lactations) to 5-6+ lactations (particularly paired with BPI or health and production ABVs) can lead to increased lifetime yield which dilutes lifetime emissions. It can also have moderate to high economic effects through reduced costs associated with replacements and reduced rate of returns at joining. By requiring fewer replacement animals on farm, the emissions intensity will also decrease."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F303","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OR(A235:A253)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F304","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OR(A236:A241)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F305","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Rearing Healthy Calves Fundamentals"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Rearing Healthy Calves in Practice"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Transition Cow Management"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• First 100 Days extension"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• Heat Detective"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• Discussion Group Modules: Dry Cow, Pre-milking Teat Preparation, Low Stress Calving"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OR(A243)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F312","v":"Self-paced learning:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• Transition Cow Management online course & resources"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OR(A245:A247)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F314","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Heifers on Target resources and tools"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,9)),TRUE,FALSE)","v":false},null,null,null,null,"• Body Condition Scoring Handbook"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,10)),TRUE,FALSE)","v":false},null,null,null,null,"• The ‘Strategy Farm’ tab in the ADCC",null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OR(A249:A253)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F318","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,11)),TRUE,FALSE)","v":false},null,null,null,null,"• Transition Cow Management for Dairy Farmers"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,12)),TRUE,FALSE)","v":false},null,null,null,null,"• InCalf Book for Dairy Farmers"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,13)),TRUE,FALSE)","v":false},null,null,null,null,"• Growing More Productive Heifers booklet"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,14)),TRUE,FALSE)","v":false},null,null,null,null,"• A Guide to Automate Heat Detection"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_131,OFFSET(zChk004_131_Start,0,15)),TRUE,FALSE)","v":false},null,null,null,null,"• Managing downer cow resources"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F328","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G328","v":0},{"$f":"'Action Plan'!H328","v":0},{"$f":"'Action Plan'!I328","v":0},{"$f":"'Action Plan'!J328","v":0},{"$f":"'Action Plan'!K328","v":0},{"$f":"'Action Plan'!L328","v":0},{"$f":"'Action Plan'!M328","v":0},{"$f":"'Action Plan'!N328","v":0},{"$f":"'Action Plan'!O328","v":0},{"$f":"'Action Plan'!P328","v":0},{"$f":"'Action Plan'!Q328","v":0},{"$f":"'Action Plan'!R328","v":0},{"$f":"'Action Plan'!S328","v":0},{"$f":"'Action Plan'!T328","v":0},{"$f":"'Action Plan'!U328","v":0},{"$f":"'Action Plan'!V328","v":0},{"$f":"'Action Plan'!W328","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_131_Action)=\"enter actions here\",zChk004_131_Action=\"\"),\"None provided\",zChk004_131_Action)","v":"None provided"}]
[false]
[false]
[false]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F333","v":"1.3.2 Intervention: Preventing herd health problems"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F334","v":"Good animal husbandry is essential for good cow health. Sick cows mean lost production, poorer reproductive performance and body condition loss. Utilising available tools and technology to assist with the early detection and treatment of sub-clinical illness in milking cows can have benefits to both lifetime milk production and by lowering emissions intensity."},{"$f":"'Action Plan'!G334","v":0},{"$f":"'Action Plan'!H334","v":0},{"$f":"'Action Plan'!I334","v":0},{"$f":"'Action Plan'!J334","v":0},{"$f":"'Action Plan'!K334","v":0},{"$f":"'Action Plan'!L334","v":0},{"$f":"'Action Plan'!M334","v":0},{"$f":"'Action Plan'!N334","v":0},{"$f":"'Action Plan'!O334","v":0},{"$f":"'Action Plan'!P334","v":0},{"$f":"'Action Plan'!Q334","v":0},{"$f":"'Action Plan'!R334","v":0},{"$f":"'Action Plan'!S334","v":0},{"$f":"'Action Plan'!T334","v":0},{"$f":"'Action Plan'!U334","v":0},{"$f":"'Action Plan'!V334","v":0},{"$f":"'Action Plan'!W334","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F336","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F337","v":"Optimising milk performance"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F338","v":"Focus on daily practices and using tools such as herd testing to monitor milk performance."},{"$f":"'Action Plan'!G338","v":0},{"$f":"'Action Plan'!H338","v":0},{"$f":"'Action Plan'!I338","v":0},{"$f":"'Action Plan'!J338","v":0},{"$f":"'Action Plan'!K338","v":0},{"$f":"'Action Plan'!L338","v":0},{"$f":"'Action Plan'!M338","v":0},{"$f":"'Action Plan'!N338","v":0},{"$f":"'Action Plan'!O338","v":0},{"$f":"'Action Plan'!P338","v":0},{"$f":"'Action Plan'!Q338","v":0},{"$f":"'Action Plan'!R338","v":0},{"$f":"'Action Plan'!S338","v":0},{"$f":"'Action Plan'!T338","v":0},{"$f":"'Action Plan'!U338","v":0},{"$f":"'Action Plan'!V338","v":0},{"$f":"'Action Plan'!W338","v":0}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OR(A270:A273)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OR(A271:A274)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F340","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Actively monitor and manage the herd's health (i.e. mastitis) to optimise animal welfare and productivity."]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Work with your staff to establish preventative strategies and ensure early identification of any health issues."]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Tip,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Dedicate time to training and developing best practice processes with all dairy staff."]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Tip,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Good records management and communication between staff is important. Keep records of illness, treatment and why cows are leaving your herd. These will inform better decision making and highlight areas for improvement."]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F346","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F347","v":"Changes to herd health will have a low to moderate effect on emissions from both livestock and effluent/manure sectors of your footprint. Increased milk yield can assist in lower emissions intensity and increasing productivity and profitability. Healthy cows with good milk efficiency require less replacements leading to lower net emissions from livestock (including manure)."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F349","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OR(A281:A291)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F350","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OR(A282:A282)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F351","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Milking and Mastitis Management"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OR(A284)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F353","v":"Self-paced learning:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Farm Fitness Checklist - Milk Quality"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OR(A286:A289)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F355","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Milking and Mastitis Management Workbook"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• Farm Guidelines for Mastitis Control"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• Countdown Shed Guides - Prevent, Monitor, Action"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• Australian Dairy Hygiene Handbook"]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OR(A291)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F360","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_100,zChk004_130,zChk004_132,OFFSET(zChk004_132_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Milk quality basics - contact your processor/field officer"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F366","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G366","v":0},{"$f":"'Action Plan'!H366","v":0},{"$f":"'Action Plan'!I366","v":0},{"$f":"'Action Plan'!J366","v":0},{"$f":"'Action Plan'!K366","v":0},{"$f":"'Action Plan'!L366","v":0},{"$f":"'Action Plan'!M366","v":0},{"$f":"'Action Plan'!N366","v":0},{"$f":"'Action Plan'!O366","v":0},{"$f":"'Action Plan'!P366","v":0},{"$f":"'Action Plan'!Q366","v":0},{"$f":"'Action Plan'!R366","v":0},{"$f":"'Action Plan'!S366","v":0},{"$f":"'Action Plan'!T366","v":0},{"$f":"'Action Plan'!U366","v":0},{"$f":"'Action Plan'!V366","v":0},{"$f":"'Action Plan'!W366","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_132_Action)=\"enter actions here\",zChk004_132_Action=\"\"),\"None provided\",zChk004_132_Action)","v":"None provided"}]
[false]
[false]
[false]
[false]
[false]
[{"$f":"IF(zChk004_200,TRUE,FALSE)","v":false},null,"●",{"$f":"'Action Plan'!D373","v":"2. Fertiliser"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_200,zChk004_210),TRUE,FALSE)","v":false},null,null,"●",{"$f":"'Action Plan'!E375","v":"2.1 Optimising fertiliser inputs"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210),TRUE,FALSE)","v":false},null,null,null,{"$f":"'Action Plan'!E376","v":"Nitrous oxide emissions on a dairy farm represent around 12% of total farm emissions. Nitrogen is critical to plant growth and nitrogen-based fertilisers and livestock manure are key sources of nitrous oxide emissions on farm."},{"$f":"'Action Plan'!F376","v":0},{"$f":"'Action Plan'!G376","v":0},{"$f":"'Action Plan'!H376","v":0},{"$f":"'Action Plan'!I376","v":0},{"$f":"'Action Plan'!J376","v":0},{"$f":"'Action Plan'!K376","v":0},{"$f":"'Action Plan'!L376","v":0},{"$f":"'Action Plan'!M376","v":0},{"$f":"'Action Plan'!N376","v":0},{"$f":"'Action Plan'!O376","v":0},{"$f":"'Action Plan'!P376","v":0},{"$f":"'Action Plan'!Q376","v":0},{"$f":"'Action Plan'!R376","v":0},{"$f":"'Action Plan'!S376","v":0},{"$f":"'Action Plan'!T376","v":0},{"$f":"'Action Plan'!U376","v":0},{"$f":"'Action Plan'!V376","v":0},{"$f":"'Action Plan'!W376","v":0}]
[{"$f":"IF(AND(zChk004_200,zChk004_210),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F378","v":"2.1.1 Intervention: Optimising fertiliser use"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F379","v":"Matching precisely the amount of fertiliser with the plant's needs and incorporating effluent into your nutrient budget can improve the yield and reduce emissions intensity. \nTargeting fertiliser use and utilising your manure as a source of fertiliser, rather than a waste product, reduces the need for purchased fertiliser, and helps reduce emissions that would otherwise be created from the manure staying in a single state for long periods."},{"$f":"'Action Plan'!G379","v":0},{"$f":"'Action Plan'!H379","v":0},{"$f":"'Action Plan'!I379","v":0},{"$f":"'Action Plan'!J379","v":0},{"$f":"'Action Plan'!K379","v":0},{"$f":"'Action Plan'!L379","v":0},{"$f":"'Action Plan'!M379","v":0},{"$f":"'Action Plan'!N379","v":0},{"$f":"'Action Plan'!O379","v":0},{"$f":"'Action Plan'!P379","v":0},{"$f":"'Action Plan'!Q379","v":0},{"$f":"'Action Plan'!R379","v":0},{"$f":"'Action Plan'!S379","v":0},{"$f":"'Action Plan'!T379","v":0},{"$f":"'Action Plan'!U379","v":0},{"$f":"'Action Plan'!V379","v":0},{"$f":"'Action Plan'!W379","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F381","v":"What action can I consider?"}]
[null,null,null,null,null,{"$f":"'Action Plan'!F382","v":"Efficient fertiliser and effluent use"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F383","v":"Effluent should be considered within your fertiliser budget and applied at agronomically sensible rates and times to avoid high soil moisture (consider the 4 R's: Right Source, Right Rate, Right Time, Right Place). \nTesting soil and plants for nutrient deficiencies/toxicities can help in being selective of where to apply effluent. Testing can also assist in better understanding where, when and at what rate fertiliser is required, reducing the risk of excess nitrogen application. This in turn can also reduce reliance on synthetic fertiliser and associated emissions."},{"$f":"'Action Plan'!G383","v":0},{"$f":"'Action Plan'!H383","v":0},{"$f":"'Action Plan'!I383","v":0},{"$f":"'Action Plan'!J383","v":0},{"$f":"'Action Plan'!K383","v":0},{"$f":"'Action Plan'!L383","v":0},{"$f":"'Action Plan'!M383","v":0},{"$f":"'Action Plan'!N383","v":0},{"$f":"'Action Plan'!O383","v":0},{"$f":"'Action Plan'!P383","v":0},{"$f":"'Action Plan'!Q383","v":0},{"$f":"'Action Plan'!R383","v":0},{"$f":"'Action Plan'!S383","v":0},{"$f":"'Action Plan'!T383","v":0},{"$f":"'Action Plan'!U383","v":0},{"$f":"'Action Plan'!V383","v":0},{"$f":"'Action Plan'!W383","v":0}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OR(A315:A318)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OR(A316:A319)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F385","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Testing effluent to see the nutrient content/value of effluent which can be applied."]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Apply effluent to paddocks when nutrients can be most effectively utilised by the crop/pasture to minimises losses."]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Tip,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Ensure your fertiliser is spread with calibrated equipment to ensure accurate spreading."]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Tip,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Complete the FertSmart program to learn how to maximise nutrient use on farm."]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Tip,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• Speak with your trusted advisor regarding nutrient budgeting on your farm."]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F392","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F393","v":"Changes through reduced fertiliser inputs can have a moderate financial effect and low to moderate effect in reduced carbon dioxide (scope 3) and nitrous oxide emissions. Optimising nutrient use through the 4R’s principles can help to avoid production losses through reduced fertiliser use and subsequent scope 3 emissions of purchased inputs. Minimising losses of excess nutrients and minimising excess protein excretion from livestock through diet, can reduce nitrous oxide emissions and therefore, reduce emissions intensity."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F395","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OR(A327:A342)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F396","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OR(A328:A329)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F397","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• FertSmart"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Irrigation Management"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OR(A331:A335)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F400","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Soil Texture Guide"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• FertSmart Nitrogen Guidelines"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• FertSmart Nitrogen Pocket Guide"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• Soils Alive! (workbook)"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• The ‘Strategy Farm’ tab in ADCC",null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OR(A337:A340)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F406","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Irrigation Guide: Efficient Water Use for Dairy"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,9)),TRUE,FALSE)","v":false},null,null,null,null,"• Determining Readily Available Water from Soil Texture Information"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,10)),TRUE,FALSE)","v":false},null,null,null,null,"• Pre-Season Checklists (Irrigation System Check Resources)"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,11)),TRUE,FALSE)","v":false},null,null,null,null,"• Reducing Nitrous Oxide emissions",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OR(A342)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F411","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_200,zChk004_210,zChk004_211,OFFSET(zChk004_211_Start,0,12)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local agronomist to discuss"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F417","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G417","v":0},{"$f":"'Action Plan'!H417","v":0},{"$f":"'Action Plan'!I417","v":0},{"$f":"'Action Plan'!J417","v":0},{"$f":"'Action Plan'!K417","v":0},{"$f":"'Action Plan'!L417","v":0},{"$f":"'Action Plan'!M417","v":0},{"$f":"'Action Plan'!N417","v":0},{"$f":"'Action Plan'!O417","v":0},{"$f":"'Action Plan'!P417","v":0},{"$f":"'Action Plan'!Q417","v":0},{"$f":"'Action Plan'!R417","v":0},{"$f":"'Action Plan'!S417","v":0},{"$f":"'Action Plan'!T417","v":0},{"$f":"'Action Plan'!U417","v":0},{"$f":"'Action Plan'!V417","v":0},{"$f":"'Action Plan'!W417","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_211_Action)=\"enter actions here\",zChk004_211_Action=\"\"),\"None provided\",zChk004_211_Action)","v":"None provided"}]
[false]
[false]
[false]
[false]
[false]
[{"$f":"IF(zChk004_300,TRUE,FALSE)","v":false},null,"●",{"$f":"'Action Plan'!D424","v":"3. Effluent/Manure"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_300,zChk004_310),TRUE,FALSE)","v":false},null,null,"●",{"$f":"'Action Plan'!E426","v":"3.1 Managing effluent effectively"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310),TRUE,FALSE)","v":false},null,null,null,{"$f":"'Action Plan'!E427","v":"Reducing the methane emissions from the storage of manure can help reduce the overall greenhouse gas emissions emitted from your farm. For a pasture-based dairy farm, emissions from effluent storage account for around 10% of total dairy farm emissions. This is generally higher for housed systems."},{"$f":"'Action Plan'!F427","v":0},{"$f":"'Action Plan'!G427","v":0},{"$f":"'Action Plan'!H427","v":0},{"$f":"'Action Plan'!I427","v":0},{"$f":"'Action Plan'!J427","v":0},{"$f":"'Action Plan'!K427","v":0},{"$f":"'Action Plan'!L427","v":0},{"$f":"'Action Plan'!M427","v":0},{"$f":"'Action Plan'!N427","v":0},{"$f":"'Action Plan'!O427","v":0},{"$f":"'Action Plan'!P427","v":0},{"$f":"'Action Plan'!Q427","v":0},{"$f":"'Action Plan'!R427","v":0},{"$f":"'Action Plan'!S427","v":0},{"$f":"'Action Plan'!T427","v":0},{"$f":"'Action Plan'!U427","v":0},{"$f":"'Action Plan'!V427","v":0},{"$f":"'Action Plan'!W427","v":0}]
[{"$f":"IF(AND(zChk004_300,zChk004_310),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F429","v":"3.1.1 Intervention:  Effluent management system upgrades"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F430","v":"When manure is kept in an anaerobic state (such as stored in ponds or lagoons) it produces methane. Excess emissions can be avoided by having a fit for purpose system with a nutrient management plan. \nWhen upgrading effluent systems, consideration of solids separation combined with composting will reduce emissions, retain and utilise existing nutrients on farm and provide an additional source of plant available nitrogen. This can also reduce emissions from purchased fertilisers."},{"$f":"'Action Plan'!G430","v":0},{"$f":"'Action Plan'!H430","v":0},{"$f":"'Action Plan'!I430","v":0},{"$f":"'Action Plan'!J430","v":0},{"$f":"'Action Plan'!K430","v":0},{"$f":"'Action Plan'!L430","v":0},{"$f":"'Action Plan'!M430","v":0},{"$f":"'Action Plan'!N430","v":0},{"$f":"'Action Plan'!O430","v":0},{"$f":"'Action Plan'!P430","v":0},{"$f":"'Action Plan'!Q430","v":0},{"$f":"'Action Plan'!R430","v":0},{"$f":"'Action Plan'!S430","v":0},{"$f":"'Action Plan'!T430","v":0},{"$f":"'Action Plan'!U430","v":0},{"$f":"'Action Plan'!V430","v":0},{"$f":"'Action Plan'!W430","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F432","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F433","v":"Assess your effluent management system"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F434","v":"Is your system fit for purpose and does it meet industry standards? Do you have an effluent management plan? \nIf the timing of manure spreading can be planned to align with when the pasture/crop is most efficient at absorbing nutrients, it can reduce the need for artificial fertiliser which saves money, while boosting organic matter to the soil, improving structure, water and nutrient holding capacity and reducing greenhouse gas emissions."},{"$f":"'Action Plan'!G434","v":0},{"$f":"'Action Plan'!H434","v":0},{"$f":"'Action Plan'!I434","v":0},{"$f":"'Action Plan'!J434","v":0},{"$f":"'Action Plan'!K434","v":0},{"$f":"'Action Plan'!L434","v":0},{"$f":"'Action Plan'!M434","v":0},{"$f":"'Action Plan'!N434","v":0},{"$f":"'Action Plan'!O434","v":0},{"$f":"'Action Plan'!P434","v":0},{"$f":"'Action Plan'!Q434","v":0},{"$f":"'Action Plan'!R434","v":0},{"$f":"'Action Plan'!S434","v":0},{"$f":"'Action Plan'!T434","v":0},{"$f":"'Action Plan'!U434","v":0},{"$f":"'Action Plan'!V434","v":0},{"$f":"'Action Plan'!W434","v":0}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OR(A366:A369)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OR(A367:A370)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F436","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Minimise effluent volumes in the dairy by keeping stormwater out of the effluent system, recycling effluent for yard and pad washing and doing a water audit."]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Are there modifications you can make to support the exclusion of solids from the pond system? Manure fibres, sand, gravel and waste feed can decrease the storage of your pond and wear out pumps and equipment."]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Tip,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Manage storage levels and maintain your system to achieve maximum life and effectiveness. This includes cleaning solids trap and sumps regularly, emptying ponds before mid to late autumn and utilising a large application area."]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Tip,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Is your effluent system up to standard and meeting requirements? If not, consider contacting an accredited effluent system designer to learn more."]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F442","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F443","v":"Improved solids separation will lead to a reduction in methane emissions. Improved utilisation of effluent, particularly where effluent is tested and displaces brought-in fertilisers will lead to a reduction in both carbon dioxide and nitrous oxide fertiliser emissions, and nitrous oxide dung/urine emissions."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F445","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OR(A377:A394)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F446","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OR(A378:A379)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F447","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Farm System Evaluator"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Raising the Roof event (biennial)"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OR(A381:A384)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F450","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Nutrient budgeting"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Effluent Toolkit"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• Effluent and Sludge Nutrient Calculator"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• Adapting Dairy Farming Systems booklet"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OR(A386:A392)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F455","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• Farm System resources (Dairy Australia webpage)"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Intensive Farm System Economics"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,9)),TRUE,FALSE)","v":false},null,null,null,null,"• National Feedpad & Contained Housing Guidelines"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,10)),TRUE,FALSE)","v":false},null,null,null,null,"• Effluent application (Dairy Australia webpage)"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,11)),TRUE,FALSE)","v":false},null,null,null,null,"• Profitable Dairy Farming: Good Business Management Reduces Greenhouse Gases (factsheet)"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,12)),TRUE,FALSE)","v":false},null,null,null,null,"• Making the Most of Effluent video (Dairy Australia webpage)"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,13)),TRUE,FALSE)","v":false},null,null,null,null,"• Reducing Manure Emissions factsheet",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OR(A394:A394)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F463","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_300,zChk004_310,zChk004_311,OFFSET(zChk004_311_Start,0,14)),TRUE,FALSE)","v":false},null,null,null,null,"• Agriculture Victoria list of accredited effluent system designers",null,null,null,null,null,"Effluent system designers | Managing effluent | Dairy | Livestock and animals | Agriculture Victoria"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F469","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G469","v":0},{"$f":"'Action Plan'!H469","v":0},{"$f":"'Action Plan'!I469","v":0},{"$f":"'Action Plan'!J469","v":0},{"$f":"'Action Plan'!K469","v":0},{"$f":"'Action Plan'!L469","v":0},{"$f":"'Action Plan'!M469","v":0},{"$f":"'Action Plan'!N469","v":0},{"$f":"'Action Plan'!O469","v":0},{"$f":"'Action Plan'!P469","v":0},{"$f":"'Action Plan'!Q469","v":0},{"$f":"'Action Plan'!R469","v":0},{"$f":"'Action Plan'!S469","v":0},{"$f":"'Action Plan'!T469","v":0},{"$f":"'Action Plan'!U469","v":0},{"$f":"'Action Plan'!V469","v":0},{"$f":"'Action Plan'!W469","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_311_Action)=\"enter actions here\",zChk004_311_Action=\"\"),\"None provided\",zChk004_311_Action)","v":"None provided"}]
[false]
[false]
[false]
[false]
[false]
[{"$f":"IF(zChk004_400,TRUE,FALSE)","v":false},null,"●",{"$f":"'Action Plan'!D476","v":"4. Energy and Fuel"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_400,zChk004_410),TRUE,FALSE)","v":false},null,null,"●",{"$f":"'Action Plan'!E478","v":"4.1 Optimise energy efficiency on farm"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410),TRUE,FALSE)","v":false},null,null,null,{"$f":"'Action Plan'!E479","v":"Grid electricity use and diesel contribute approximately 5% of on-farm emissions – although this may be higher for irrigated farms. Understanding where and how much energy is used throughout the farm through an energy audit can be a good starting point to establish opportunities for efficiency improvements."},{"$f":"'Action Plan'!F479","v":0},{"$f":"'Action Plan'!G479","v":0},{"$f":"'Action Plan'!H479","v":0},{"$f":"'Action Plan'!I479","v":0},{"$f":"'Action Plan'!J479","v":0},{"$f":"'Action Plan'!K479","v":0},{"$f":"'Action Plan'!L479","v":0},{"$f":"'Action Plan'!M479","v":0},{"$f":"'Action Plan'!N479","v":0},{"$f":"'Action Plan'!O479","v":0},{"$f":"'Action Plan'!P479","v":0},{"$f":"'Action Plan'!Q479","v":0},{"$f":"'Action Plan'!R479","v":0},{"$f":"'Action Plan'!S479","v":0},{"$f":"'Action Plan'!T479","v":0},{"$f":"'Action Plan'!U479","v":0},{"$f":"'Action Plan'!V479","v":0},{"$f":"'Action Plan'!W479","v":0}]
[{"$f":"IF(AND(zChk004_400,zChk004_410),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F481","v":"4.1.1 Intervention: Analyse your energy use"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F482","v":"The first step to realising these opportunities is through having an audit of your dairy shed. This provides analysis and insights of where energy is being used, if the system is working as efficiently as it should and what improvement can be made to reduce energy consumption."},{"$f":"'Action Plan'!G482","v":0},{"$f":"'Action Plan'!H482","v":0},{"$f":"'Action Plan'!I482","v":0},{"$f":"'Action Plan'!J482","v":0},{"$f":"'Action Plan'!K482","v":0},{"$f":"'Action Plan'!L482","v":0},{"$f":"'Action Plan'!M482","v":0},{"$f":"'Action Plan'!N482","v":0},{"$f":"'Action Plan'!O482","v":0},{"$f":"'Action Plan'!P482","v":0},{"$f":"'Action Plan'!Q482","v":0},{"$f":"'Action Plan'!R482","v":0},{"$f":"'Action Plan'!S482","v":0},{"$f":"'Action Plan'!T482","v":0},{"$f":"'Action Plan'!U482","v":0},{"$f":"'Action Plan'!V482","v":0},{"$f":"'Action Plan'!W482","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F484","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F485","v":"Conduct an energy audit"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F486","v":"Conduct an energy audit of your dairy shed and pumps to understand your current operations. Establish a clear maintenance schedule to ensure all equipment is running as efficiently as possible. For farms with irrigation this is especially important. With increasing climate variability, increased reliance on irrigation to maintain pasture quality will exacerbate the need for well-functioning, efficient systems."},{"$f":"'Action Plan'!G486","v":0},{"$f":"'Action Plan'!H486","v":0},{"$f":"'Action Plan'!I486","v":0},{"$f":"'Action Plan'!J486","v":0},{"$f":"'Action Plan'!K486","v":0},{"$f":"'Action Plan'!L486","v":0},{"$f":"'Action Plan'!M486","v":0},{"$f":"'Action Plan'!N486","v":0},{"$f":"'Action Plan'!O486","v":0},{"$f":"'Action Plan'!P486","v":0},{"$f":"'Action Plan'!Q486","v":0},{"$f":"'Action Plan'!R486","v":0},{"$f":"'Action Plan'!S486","v":0},{"$f":"'Action Plan'!T486","v":0},{"$f":"'Action Plan'!U486","v":0},{"$f":"'Action Plan'!V486","v":0},{"$f":"'Action Plan'!W486","v":0}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OR(A419:A422)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OR(A420:A423)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F488","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OR(A421:A424)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F489","v":"While there are many technology solutions available, ensuring you are first covering the basics well is paramount."}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OFFSET(zChk004_411_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Understand your energy use – Does your system meet your needs? Is it operating efficiently? What are your high energy inputs areas?"]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OFFSET(zChk004_411_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Compare your bills - Is your supplier offering competitive rates?"]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OFFSET(zChk004_411_Tip,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Consider your efficiency - Focusing on your high energy input areas. Where can you reduce by changing practices or doing the same operation more efficiently?"]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OFFSET(zChk004_411_Tip,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Develop a routine maintenance schedule. Breakdowns cost money, time and resources."]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F495","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F496","v":"Improving energy use and fuel efficiency can have a high economic benefit and offer low to moderate emissions reduction potential for scope 1,2 and 3 carbon dioxide emissions."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F498","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OR(A430:A432)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F499","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OR(A431:A432)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F500","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OFFSET(zChk004_411_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Dairy Australia Energy Saving Tips (Dairy Australia webpage)"]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_411,OFFSET(zChk004_411_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Reducing Fossil Fuel Emissions factsheet",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F507","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G507","v":0},{"$f":"'Action Plan'!H507","v":0},{"$f":"'Action Plan'!I507","v":0},{"$f":"'Action Plan'!J507","v":0},{"$f":"'Action Plan'!K507","v":0},{"$f":"'Action Plan'!L507","v":0},{"$f":"'Action Plan'!M507","v":0},{"$f":"'Action Plan'!N507","v":0},{"$f":"'Action Plan'!O507","v":0},{"$f":"'Action Plan'!P507","v":0},{"$f":"'Action Plan'!Q507","v":0},{"$f":"'Action Plan'!R507","v":0},{"$f":"'Action Plan'!S507","v":0},{"$f":"'Action Plan'!T507","v":0},{"$f":"'Action Plan'!U507","v":0},{"$f":"'Action Plan'!V507","v":0},{"$f":"'Action Plan'!W507","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_411_Action)=\"enter actions here\",zChk004_411_Action=\"\"),\"None provided\",zChk004_411_Action)","v":"None provided"}]
[false]
[false]
[false]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F512","v":"4.1.2 On-farm renewable energy"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F513","v":"On-farm renewable energy refers to energy derived from the on-farm natural resources such as solar and wind. Generating renewable energy requires upfront capital investment in infrastructure and a payback period but can result in reduced power bills and offer greater energy security. Renewable energy reduces carbon dioxide emissions associated with the burning of fossil fuels to generate purchased electricity."},{"$f":"'Action Plan'!G513","v":0},{"$f":"'Action Plan'!H513","v":0},{"$f":"'Action Plan'!I513","v":0},{"$f":"'Action Plan'!J513","v":0},{"$f":"'Action Plan'!K513","v":0},{"$f":"'Action Plan'!L513","v":0},{"$f":"'Action Plan'!M513","v":0},{"$f":"'Action Plan'!N513","v":0},{"$f":"'Action Plan'!O513","v":0},{"$f":"'Action Plan'!P513","v":0},{"$f":"'Action Plan'!Q513","v":0},{"$f":"'Action Plan'!R513","v":0},{"$f":"'Action Plan'!S513","v":0},{"$f":"'Action Plan'!T513","v":0},{"$f":"'Action Plan'!U513","v":0},{"$f":"'Action Plan'!V513","v":0},{"$f":"'Action Plan'!W513","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F515","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F516","v":"Investigate options and suitability for your farm"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F517","v":"If you are planning on-site energy generation, such as solar, it is important to select the right technology and capacity to meet your system’s requirements. We recommend conducting an energy audit first and then if on-farm renewable energy is feasible for your farm, investigate your local options, suppliers and also any suitable grants and subsidies."},{"$f":"'Action Plan'!G517","v":0},{"$f":"'Action Plan'!H517","v":0},{"$f":"'Action Plan'!I517","v":0},{"$f":"'Action Plan'!J517","v":0},{"$f":"'Action Plan'!K517","v":0},{"$f":"'Action Plan'!L517","v":0},{"$f":"'Action Plan'!M517","v":0},{"$f":"'Action Plan'!N517","v":0},{"$f":"'Action Plan'!O517","v":0},{"$f":"'Action Plan'!P517","v":0},{"$f":"'Action Plan'!Q517","v":0},{"$f":"'Action Plan'!R517","v":0},{"$f":"'Action Plan'!S517","v":0},{"$f":"'Action Plan'!T517","v":0},{"$f":"'Action Plan'!U517","v":0},{"$f":"'Action Plan'!V517","v":0},{"$f":"'Action Plan'!W517","v":0}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OR(A449:A450)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OR(A450:A451)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F519","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OFFSET(zChk004_412_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Consider your back-up power options in times of an outage and how this can be integrated with on-site energy generation."]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OFFSET(zChk004_412_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Investigate and understand your renewable energy options and return on investment for your farm business – see Dairy Australia’s energy resources online."]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F523","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F524","v":"Installing renewable energy can have a high upfront cost but offer incremental long-term benefits to both emissions and profitability. This will be shown in reduced scope 1,2 and 3 emissions associated with energy and fuel. "}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F526","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OR(A458:A463)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F527","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OR(A459:A461)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F528","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OFFSET(zChk004_412_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Dairy Australia Energy Saving Tips (Dairy Australia webpage)"]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OFFSET(zChk004_412_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Reducing Fossil Fuel Emissions factsheet",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OFFSET(zChk004_412_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Energy saving videos (Dairy Australia webpage)"]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OR(A463)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F532","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_400,zChk004_410,zChk004_412,OFFSET(zChk004_412_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local Dairy Australia Extension team to discuss local grants/subsidies that are available and suitable for your farm"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F538","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G538","v":0},{"$f":"'Action Plan'!H538","v":0},{"$f":"'Action Plan'!I538","v":0},{"$f":"'Action Plan'!J538","v":0},{"$f":"'Action Plan'!K538","v":0},{"$f":"'Action Plan'!L538","v":0},{"$f":"'Action Plan'!M538","v":0},{"$f":"'Action Plan'!N538","v":0},{"$f":"'Action Plan'!O538","v":0},{"$f":"'Action Plan'!P538","v":0},{"$f":"'Action Plan'!Q538","v":0},{"$f":"'Action Plan'!R538","v":0},{"$f":"'Action Plan'!S538","v":0},{"$f":"'Action Plan'!T538","v":0},{"$f":"'Action Plan'!U538","v":0},{"$f":"'Action Plan'!V538","v":0},{"$f":"'Action Plan'!W538","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_412_Action)=\"enter actions here\",zChk004_412_Action=\"\"),\"None provided\",zChk004_412_Action)","v":"None provided"}]
[false]
[false]
[false]
[false]
[false]
[{"$f":"IF(zChk004_500,TRUE,FALSE)","v":false},null,"●",{"$f":"'Action Plan'!D545","v":"5. Trees and Soil"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_500,zChk004_510),TRUE,FALSE)","v":false},null,null,"●",{"$f":"'Action Plan'!E547","v":"5.1 Improve carbon storage on farm"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510),TRUE,FALSE)","v":false},null,null,null,{"$f":"'Action Plan'!E548","v":"Capturing carbon and storing it in soil and trees – known as carbon sequestration – can help to lower your net emissions on farm. If you have soils or vegetation, sequestering carbon on farm, you can include this carbon sequestration through changes in soil carbon year on year or through vegetation, in 'Your farm' baseline figures for the Australian Dairy Carbon Calculator (provided you aren’t generating carbon credits for this). It’s important to consider the age and area of trees in this instance as this can impact the amount of carbon sequestered."},{"$f":"'Action Plan'!F548","v":0},{"$f":"'Action Plan'!G548","v":0},{"$f":"'Action Plan'!H548","v":0},{"$f":"'Action Plan'!I548","v":0},{"$f":"'Action Plan'!J548","v":0},{"$f":"'Action Plan'!K548","v":0},{"$f":"'Action Plan'!L548","v":0},{"$f":"'Action Plan'!M548","v":0},{"$f":"'Action Plan'!N548","v":0},{"$f":"'Action Plan'!O548","v":0},{"$f":"'Action Plan'!P548","v":0},{"$f":"'Action Plan'!Q548","v":0},{"$f":"'Action Plan'!R548","v":0},{"$f":"'Action Plan'!S548","v":0},{"$f":"'Action Plan'!T548","v":0},{"$f":"'Action Plan'!U548","v":0},{"$f":"'Action Plan'!V548","v":0},{"$f":"'Action Plan'!W548","v":0}]
[{"$f":"IF(AND(zChk004_500,zChk004_510),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F550","v":"5.1.1 Intervention: Improve carbon storage on farm with trees"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F551","v":"Trees on dairy farms provide multiple benefits:\n• Shade and shelter for livestock, increased biodiversity and better soil management for salinity risk, nutrient management and erosion control\n• Increased aesthetics and potential increase in land market value\n• Potential diversification of farm income through carbon sequestration or timber plantations"},{"$f":"'Action Plan'!G551","v":0},{"$f":"'Action Plan'!H551","v":0},{"$f":"'Action Plan'!I551","v":0},{"$f":"'Action Plan'!J551","v":0},{"$f":"'Action Plan'!K551","v":0},{"$f":"'Action Plan'!L551","v":0},{"$f":"'Action Plan'!M551","v":0},{"$f":"'Action Plan'!N551","v":0},{"$f":"'Action Plan'!O551","v":0},{"$f":"'Action Plan'!P551","v":0},{"$f":"'Action Plan'!Q551","v":0},{"$f":"'Action Plan'!R551","v":0},{"$f":"'Action Plan'!S551","v":0},{"$f":"'Action Plan'!T551","v":0},{"$f":"'Action Plan'!U551","v":0},{"$f":"'Action Plan'!V551","v":0},{"$f":"'Action Plan'!W551","v":0}]
[false,null,null,null,null,{"$f":"'Action Plan'!F552","v":"An 11-hectare Radiata pine timber plantation in Tasmania averaged 23.8 tonnes of CO₂e sequestered per hectare per year."},{"$f":"'Action Plan'!G552","v":0},{"$f":"'Action Plan'!H552","v":0},{"$f":"'Action Plan'!I552","v":0},{"$f":"'Action Plan'!J552","v":0},{"$f":"'Action Plan'!K552","v":0},{"$f":"'Action Plan'!L552","v":0},{"$f":"'Action Plan'!M552","v":0},{"$f":"'Action Plan'!N552","v":0},{"$f":"'Action Plan'!O552","v":0},{"$f":"'Action Plan'!P552","v":0},{"$f":"'Action Plan'!Q552","v":0},{"$f":"'Action Plan'!R552","v":0},{"$f":"'Action Plan'!S552","v":0},{"$f":"'Action Plan'!T552","v":0},{"$f":"'Action Plan'!U552","v":0},{"$f":"'Action Plan'!V552","v":0},{"$f":"'Action Plan'!W552","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F554","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F555","v":"Protect and increase native vegetation on farm"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F556","v":"Sheltered areas improve livestock welfare and on days above 27°C and can increase milk production by protecting cows from heat stress. While financial gains through productivity can be difficult to quantify, the cost of establishing windbreaks is relatively low with financial grants and technical support available in most regions through local Natural Resource Management or Catchment Management Authority organisations.\nFarmers have shown they can revegetate from 5 to 20% of their farm without loss of food or fibre production. As trees grow, their ability to sequester (store) carbon increases significantly in the first 15-20 years of life."},{"$f":"'Action Plan'!G556","v":0},{"$f":"'Action Plan'!H556","v":0},{"$f":"'Action Plan'!I556","v":0},{"$f":"'Action Plan'!J556","v":0},{"$f":"'Action Plan'!K556","v":0},{"$f":"'Action Plan'!L556","v":0},{"$f":"'Action Plan'!M556","v":0},{"$f":"'Action Plan'!N556","v":0},{"$f":"'Action Plan'!O556","v":0},{"$f":"'Action Plan'!P556","v":0},{"$f":"'Action Plan'!Q556","v":0},{"$f":"'Action Plan'!R556","v":0},{"$f":"'Action Plan'!S556","v":0},{"$f":"'Action Plan'!T556","v":0},{"$f":"'Action Plan'!U556","v":0},{"$f":"'Action Plan'!V556","v":0},{"$f":"'Action Plan'!W556","v":0}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OR(A488:A489)),TRUE,FALSE)","v":false}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OR(A489:A490)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F558","v":"Tips:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OFFSET(zChk004_511_Tip,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Actively protect and manage native vegetation (including pest plant and animal control) and consider expanding shelter through planting native trees on farm."]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OFFSET(zChk004_511_Tip,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Plantings of either native vegetation or on-farm forestry can also provide diversified income streams."]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F562","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F563","v":"Increasing native vegetation on farm can have low to moderate impacts on carbon dioxide emissions across the whole farm footprint, particularly for the first 15-20 years for new plantings. Size of effect depends on species, location, area and density of planting. Vegetation also offers low to moderate productivity benefits through offering shade and shelter to cows in temperatures outside of optimal production range (i.e. between 13°C and 25°C)."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F565","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OR(A497:A505)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F566","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OR(A498)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F567","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OFFSET(zChk004_511_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• Cool Cows"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OR(A500:A501)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F569","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OFFSET(zChk004_511_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Farm Environmental Tracker"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OFFSET(zChk004_511_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• The ‘Strategy Farm’ tab in the ADCC",null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OR(A503)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F572","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OFFSET(zChk004_511_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Storing More Carbon factsheet",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OR(A505)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F574","v":"1:1 Support:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_511,OFFSET(zChk004_511_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local Natural Resource Management (NRM) Organisation:",null,null,null,null,null,"https://nrmregionsaustralia.com.au/regions/"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F580","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G580","v":0},{"$f":"'Action Plan'!H580","v":0},{"$f":"'Action Plan'!I580","v":0},{"$f":"'Action Plan'!J580","v":0},{"$f":"'Action Plan'!K580","v":0},{"$f":"'Action Plan'!L580","v":0},{"$f":"'Action Plan'!M580","v":0},{"$f":"'Action Plan'!N580","v":0},{"$f":"'Action Plan'!O580","v":0},{"$f":"'Action Plan'!P580","v":0},{"$f":"'Action Plan'!Q580","v":0},{"$f":"'Action Plan'!R580","v":0},{"$f":"'Action Plan'!S580","v":0},{"$f":"'Action Plan'!T580","v":0},{"$f":"'Action Plan'!U580","v":0},{"$f":"'Action Plan'!V580","v":0},{"$f":"'Action Plan'!W580","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_511_Action)=\"enter actions here\",zChk004_511_Action=\"\"),\"None provided\",zChk004_511_Action)","v":"None provided"}]
[false]
[false]
[false]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512),TRUE,FALSE)","v":false},null,null,null,"●",{"$f":"'Action Plan'!F585","v":"5.1.2 Intervention: Increase soil carbon storage"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F586","v":"Increasing the level of stored soil organic carbon and soil organic matter can help to support soil moisture penetration and retention and support soil structure and nutrient storage. Soil organic matter also provides energy and nutrients to support soil microbes which play a key role in soil nutrient cycling. Soil carbon storages on dairy farms are often elevated, and may be close to soil capacity, however activities which can increase the volume or depth of soil carbon storage can include changes to tillage cycles and selection of perennial pasture species with deeper, more persistent rooting depth."},{"$f":"'Action Plan'!G586","v":0},{"$f":"'Action Plan'!H586","v":0},{"$f":"'Action Plan'!I586","v":0},{"$f":"'Action Plan'!J586","v":0},{"$f":"'Action Plan'!K586","v":0},{"$f":"'Action Plan'!L586","v":0},{"$f":"'Action Plan'!M586","v":0},{"$f":"'Action Plan'!N586","v":0},{"$f":"'Action Plan'!O586","v":0},{"$f":"'Action Plan'!P586","v":0},{"$f":"'Action Plan'!Q586","v":0},{"$f":"'Action Plan'!R586","v":0},{"$f":"'Action Plan'!S586","v":0},{"$f":"'Action Plan'!T586","v":0},{"$f":"'Action Plan'!U586","v":0},{"$f":"'Action Plan'!V586","v":0},{"$f":"'Action Plan'!W586","v":0}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F588","v":"What action can I consider?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!F589","v":"1. Reduced tillage\n2. Perennial pasture species including multispecies/mixed sward plantings"}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!$F$591","v":"What change will I see?"}]
[false,null,null,null,null,{"$f":"'Action Plan'!$F$592","v":"Increased carbon sequestration offers low to moderate, incremental impacts on your farm's net emissions. Improved soil function will also offer low to moderate productivity returns. This hinges on inputs, climate and starting condition."}]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F594","v":"How do I get started? (select which activity you wish to investigate further)"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OR(A526:A539)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F595","v":"Below is a list of available resources through Dairy Australia:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OR(A527:A529)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F596","v":"Face-to-face:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,1)),TRUE,FALSE)","v":false},null,null,null,null,"• FertSmart"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,2)),TRUE,FALSE)","v":false},null,null,null,null,"• Pasture Fundamentals"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,3)),TRUE,FALSE)","v":false},null,null,null,null,"• Feeding Pastures for Profit"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OR(A531:A532)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F600","v":"Tools:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,4)),TRUE,FALSE)","v":false},null,null,null,null,"• Farm Environmental Tracker"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,5)),TRUE,FALSE)","v":false},null,null,null,null,"• The ‘Strategy Farm’ tab in the ADCC",null,null,null,null,null,"Go to 'Strategy Farm' tab"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OR(A534:A537)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F603","v":"Resources:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,6)),TRUE,FALSE)","v":false},null,null,null,null,"• FertSmart Nitrogen Guidelines"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,7)),TRUE,FALSE)","v":false},null,null,null,null,"• FertSmart Nitrogen Pocket Guides"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,8)),TRUE,FALSE)","v":false},null,null,null,null,"• Soils Alive! (workbook)"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,9)),TRUE,FALSE)","v":false},null,null,null,null,"• Storing More Carbon factsheet",null,null,null,null,null,"Emissions Reduction Strategies | Dairy Australia"]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OR(A531)),TRUE,FALSE)","v":false},null,null,null,null,{"$f":"'Action Plan'!F608","v":"1:1 support:"}]
[{"$f":"IF(AND(zChk004_500,zChk004_510,zChk004_512,OFFSET(zChk004_512_Start,0,10)),TRUE,FALSE)","v":false},null,null,null,null,"• Contact your local agronomist or trusted advisor"]
[false]
[false,null,null,null,null,"For more information on these resources, please visit our Enlight self-paced learning program, or head to the Dairy Australia Website or contact your local Dairy Australia regional representative."]
[false,null,null,null,null,null,null,null,null,null,null,"Dairy Australia | Enlight",null,null,null,"Dairy Australia | National services body for the dairy industry"]
[false]
[false,null,null,null,null,{"$f":"'Action Plan'!F614","v":"My Action: (Document the action(s) you plan to take, to begin profitably reducing your emissions. List the action, who will lead the work and when it will be completed by)."},{"$f":"'Action Plan'!G614","v":0},{"$f":"'Action Plan'!H614","v":0},{"$f":"'Action Plan'!I614","v":0},{"$f":"'Action Plan'!J614","v":0},{"$f":"'Action Plan'!K614","v":0},{"$f":"'Action Plan'!L614","v":0},{"$f":"'Action Plan'!M614","v":0},{"$f":"'Action Plan'!N614","v":0},{"$f":"'Action Plan'!O614","v":0},{"$f":"'Action Plan'!P614","v":0},{"$f":"'Action Plan'!Q614","v":0},{"$f":"'Action Plan'!R614","v":0},{"$f":"'Action Plan'!S614","v":0},{"$f":"'Action Plan'!T614","v":0},{"$f":"'Action Plan'!U614","v":0},{"$f":"'Action Plan'!V614","v":0},{"$f":"'Action Plan'!W614","v":0}]
[false,null,null,null,null,{"$f":"IF(OR(LOWER(zChk004_512_Action)=\"enter actions here\",zChk004_512_Action=\"\"),\"None provided\",zChk004_512_Action)","v":"None provided"}]
[false]
[false]
[false]
[false]
[]
[null,null,null,"Any of the listed resources can be located on Dairy Australia’s website at ",null,null,null,null,null,null,null,null,"www.dairyaustralia.com.au"]
[null,null,null,"Self-paced learning can be located on Dairy Australia’s online learning platform, Enlight",null,null,null,null,null,null,null,null,"https://enlight.dairyaustralia.com.au"]
[]
[null,null,null,"Please contact your Dairy Australia Regional team for support or to register for any workshops, training or to access printed information:",null,null,null,null,null,null,null,null,null,null,null,null,"Gippsland: 03 524 3900 ",null,null,"info@gippsdairy.com.au"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"New South Wales: 1800 004 377 ",null,null,"info@dairynsw.com.au"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"South Australia: 1800 004 377 ",null,null,"southaustralia@dairyaustralia.com.au"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Tasmania: 03 6432 2233 ",null,null,"admin@dairytas.net.au "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Murray: 03 4811 6008 ",null,null,"murray@dairyaustralia.com.au "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Subtropical: 0431 197 479 ",null,null,"brad@subtropicaldairy.com.au"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Western Australia: 1800 004 377 ",null,null,"westernaustralia@dairyaustralia.com.au"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Western Victoria: 03 5557 1000 ",null,null,"info@westvicdairy.com.au  "]

{"sheet":"Trees","index":16,"n_rows":216,"n_cols":545,"rows_kept":216,"cut":false,"hidden":true,"merged":[[1,45,1,47],[1,63,1,64],[1,66,1,68],[1,0,1,1],[1,3,1,5],[1,21,1,22],[1,24,1,26],[1,42,1,43]]}
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["Region",{"$f":"Vegetation!D6","v":0},null,null,null,null,null,"TAS",null,null,null,null,null,null,null,"Location",{"$f":"CONCATENATE(B3,\" -- \",B4)","v":"0 -- 0"},null,null,null,null,"Region",{"$f":"Vegetation!D12","v":0},null,null,null,null,null,"TAS",null,null,null,null,null,null,null,"Location",{"$f":"CONCATENATE(W3,\" -- \",W4)","v":"0 -- 0"},null,null,null,null,"Region",{"$f":"Vegetation!D18","v":0},null,null,null,null,null,"TAS",null,null,null,null,null,null,null,"Location",{"$f":"CONCATENATE(AR3,\" -- \",AR4)","v":"0 -- 0"},null,null,null,null,"Region",{"$f":"Vegetation!D24","v":0},null,null,null,null,null,"TAS",null,null,null,null,null,null,null,"Location",{"$f":"CONCATENATE(BM3,\" -- \",BM4)","v":"0 -- 0"}]
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["Species of Tree",{"$f":"Vegetation!D7","v":0},null,null,null,null,null,"SA",null,null,null,null,null,null,null,"Soil type",{"$f":"B7","v":0},null,null,null,null,"Species of Tree",{"$f":"Vegetation!D13","v":0},null,null,null,null,null,"SA",null,null,null,null,null,null,null,"Soil type",{"$f":"W7","v":0},null,null,null,null,"Species of Tree",{"$f":"Vegetation!D19","v":0},null,null,null,null,null,"SA",null,null,null,null,null,null,null,"Soil type",{"$f":"AR7","v":0},null,null,null,null,"Species of Tree",{"$f":"Vegetation!D25","v":0},null,null,null,null,null,"SA",null,null,null,null,null,null,null,"Soil type",{"$f":"BM7","v":0}]
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[null,null,null,null,null,null,null,"QLD",null,null,null,null,null,null,null,0,0,null,0,{"$f":"IF(P8=D25,Q8-0,\"\")","v":0},null,null,null,null,null,null,null,null,"QLD",null,null,null,null,null,null,null,0,0,null,0,{"$f":"IF(AK8=Y25,AL8-0,\"\")","v":0},null,null,null,null,null,null,null,null,"QLD",null,null,null,null,null,null,null,0,0,null,0,{"$f":"IF(BF8=AT25,BG8-0,\"\")","v":0},null,null,null,null,null,null,null,null,"QLD",null,null,null,null,null,null,null,0,0,null,0,{"$f":"IF(CA8=BO25,CB8-0,\"\")","v":0}]
["Area of trees",{"$f":"Vegetation!D8","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,1,{"$f":"IF($E$27>0,HLOOKUP($D$22,$B$116:$UI$216,P9+1,FALSE),0)","v":0},null,{"$f":"AVERAGE(S8,S10)","v":0},{"$f":"IF(P9=D25,Q9-0,\"\")","v":""},null,"Area of trees",{"$f":"Vegetation!D14","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,1,{"$f":"IF($Z$27>0,HLOOKUP($Y$22,$B$116:$UI$216,AK9+1,FALSE),0)","v":0},null,{"$f":"AVERAGE(AN8,AN10)","v":0},{"$f":"IF(AK9=Y25,AL9-0,\"\")","v":""},null,"Area of trees",{"$f":"Vegetation!D20","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,1,{"$f":"IF($AU$27>0,HLOOKUP($AT$22,$B$116:$UI$216,BF9+1,FALSE),0)","v":0},null,{"$f":"AVERAGE(BI8,BI10)","v":0},{"$f":"IF(BF9=AT25,BG9-0,\"\")","v":""},null,"Area of trees",{"$f":"Vegetation!D26","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,1,{"$f":"IF($BP$27>0,HLOOKUP($BO$22,$B$116:$UI$216,CA9+1,FALSE),0)","v":0},null,{"$f":"AVERAGE(CD8,CD10)","v":0},{"$f":"IF(CA9=BO25,CB9-0,\"\")","v":""}]
["Age of trees",{"$f":"Vegetation!D9","v":0},null,"CO2 -equivalent factor (per tonne of tree carbon grown): ",3.67,null,null,null,null,null,null,null,null,null,null,2,{"$f":"IF($E$27>0,HLOOKUP($D$22,$B$116:$UI$216,P10+1,FALSE),0)","v":0},null,{"$f":"Q10-Q9","v":0},{"$f":"IF(P10=D25,Q10-Q9,\"\")","v":""},null,"Age of trees",{"$f":"Vegetation!D15","v":0},null,"CO2 -equivalent factor (per tonne of tree carbon grown): ",3.67,null,null,null,null,null,null,null,null,null,null,2,{"$f":"IF($Z$27>0,HLOOKUP($Y$22,$B$116:$UI$216,AK10+1,FALSE),0)","v":0},null,{"$f":"AL10-AL9","v":0},{"$f":"IF(AK10=Y25,AL10-AL9,\"\")","v":""},null,"Age of trees",{"$f":"Vegetation!D21","v":0},null,"CO2 -equivalent factor (per tonne of tree carbon grown): ",3.67,null,null,null,null,null,null,null,null,null,null,2,{"$f":"IF($AU$27>0,HLOOKUP($AT$22,$B$116:$UI$216,BF10+1,FALSE),0)","v":0},null,{"$f":"BG10-BG9","v":0},{"$f":"IF(BF10=AT25,BG10-BG9,\"\")","v":""},null,"Age of trees",{"$f":"Vegetation!D27","v":0},null,"CO2 -equivalent factor (per tonne of tree carbon grown): ",3.67,null,null,null,null,null,null,null,null,null,null,2,{"$f":"IF($BP$27>0,HLOOKUP($BO$22,$B$116:$UI$216,CA10+1,FALSE),0)","v":0},null,{"$f":"CB10-CB9","v":0},{"$f":"IF(CA10=BO25,CB10-CB9,\"\")","v":""}]
[null,null,null,null,"Tonnes per Ha","Total Tonnes",null,null,null,null,null,null,null,null,null,3,0,null,0,{"$f":"IF(P11=D25,Q11-Q10,\"\")","v":""},null,null,null,null,null,"Tonnes per Ha","Total Tonnes",null,null,null,null,null,null,null,null,null,3,0,null,0,{"$f":"IF(AK11=Y25,AL11-AL10,\"\")","v":""},null,null,null,null,null,"Tonnes per Ha","Total Tonnes",null,null,null,null,null,null,null,null,null,3,0,null,0,{"$f":"IF(BF11=AT25,BG11-BG10,\"\")","v":""},null,null,null,null,null,"Tonnes per Ha","Total Tonnes",null,null,null,null,null,null,null,null,null,3,0,null,0,{"$f":"IF(CA11=BO25,CB11-CB10,\"\")","v":""}]
[null,null,null,"Average yearly increase in Tree Carbon  = \n(over the long term - 100 years) ",{"$f":"IF(ISERROR(E27),\"\",E28)","v":0},{"$f":"IF(AND(E12>0,Vegetation!D9>0),E12*Vegetation!D9,0)","v":0},null,null,null,null,null,null,null,null,null,4,0,null,0,{"$f":"IF(P12=D25,Q12-Q11,\"\")","v":""},null,null,null,null,"Average yearly increase in Tree Carbon  = \n(over the long term - 100 years) ",{"$f":"IF(ISERROR(Z27),\"\",Z28)","v":0},{"$f":"IF(AND(Z12>0,Vegetation!D15>0),Z12*Vegetation!D15,0)","v":0},null,null,null,null,null,null,null,null,null,4,0,null,0,{"$f":"IF(AK12=Y25,AL12-AL11,\"\")","v":""},null,null,null,null,"Average yearly increase in Tree Carbon  = \n(over the long term - 100 years) ",{"$f":"IF(ISERROR(AU27),\"\",AU28)","v":0},{"$f":"IF(AND(AU12>0,Vegetation!D21>0),AU12*Vegetation!D21,0)","v":0},null,null,null,null,null,null,null,null,null,4,0,null,0,{"$f":"IF(BF12=AT25,BG12-BG11,\"\")","v":""},null,null,null,null,"Average yearly increase in Tree Carbon  = \n(over the long term - 100 years) ",{"$f":"IF(ISERROR(BP27),\"\",BP28)","v":0},{"$f":"IF(AND(BP12>0,Vegetation!D27>0),BP12*Vegetation!D27,0)","v":0},null,null,null,null,null,null,null,null,null,4,0,null,0,{"$f":"IF(CA12=BO25,CB12-CB11,\"\")","v":""}]
[null,null,null,"Tonnes CO2 equivalent = ",{"$f":"IF(E12>0,(E10*E12),\"\")","v":""},{"$f":"IF(F12>0,(F12*E10),\"\")","v":""},null,null,null,null,null,null,null,null,null,5,0,null,0,{"$f":"IF(P13=D25,Q13-Q12,\"\")","v":""},null,null,null,null,"Tonnes CO2 equivalent = ",{"$f":"IF(Z12>0,(Z10*Z12),\"\")","v":""},{"$f":"IF(AA12>0,(AA12*E10),\"\")","v":""},null,null,null,null,null,null,null,null,null,5,{"$f":"IF($Z$27>0,HLOOKUP($Y$22,$B$116:$UI$216,AK13+1,FALSE),0)","v":0},null,0,{"$f":"IF(AK13=Y25,AL13-AL12,\"\")","v":""},null,null,null,null,"Tonnes CO2 equivalent = ",{"$f":"IF(AU12>0,(AU10*AU12),\"\")","v":""},{"$f":"IF(AV12>0,(AV12*E10),\"\")","v":""},null,null,null,null,null,null,null,null,null,5,0,null,0,{"$f":"IF(BF13=AT25,BG13-BG12,\"\")","v":""},null,null,null,null,"Tonnes CO2 equivalent = ",{"$f":"IF(BP12>0,(BP10*BP12),\"\")","v":""},{"$f":"IF(BQ12>0,(BQ12*E10),\"\")","v":""},null,null,null,null,null,null,null,null,null,5,0,null,0,{"$f":"IF(CA13=BO25,CB13-CB12,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,0,null,0,{"$f":"IF(P14=D25,Q14-Q13,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,0,null,0,{"$f":"IF(AK14=Y25,AL14-AL13,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,0,null,0,{"$f":"IF(BF14=AT25,BG14-BG13,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,0,null,0,{"$f":"IF(CA14=BO25,CB14-CB13,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,0,null,0,{"$f":"IF(P15=D25,Q15-Q14,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,0,null,0,{"$f":"IF(AK15=Y25,AL15-AL14,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,0,null,0,{"$f":"IF(BF15=AT25,BG15-BG14,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,0,null,0,{"$f":"IF(CA15=BO25,CB15-CB14,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,0,null,0,{"$f":"IF(P16=D25,Q16-Q15,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,0,null,0,{"$f":"IF(AK16=Y25,AL16-AL15,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,0,null,0,{"$f":"IF(BF16=AT25,BG16-BG15,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,0,null,0,{"$f":"IF(CA16=BO25,CB16-CB15,\"\")","v":""}]
["Calculation of annual increment in tree carbon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,9,0,null,0,{"$f":"IF(P17=D25,Q17-Q16,\"\")","v":""},null,"Calculation of annual increment in tree carbon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,9,0,null,0,{"$f":"IF(AK17=Y25,AL17-AL16,\"\")","v":""},null,"Calculation of annual increment in tree carbon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,9,0,null,0,{"$f":"IF(BF17=AT25,BG17-BG16,\"\")","v":""},null,"Calculation of annual increment in tree carbon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,9,0,null,0,{"$f":"IF(CA17=BO25,CB17-CB16,\"\")","v":""}]
[null,"State/Territory :",{"$f":"B3","v":0},"Codes",null,null,null,null,null,null,null,null,null,null,null,10,0,null,0,{"$f":"IF(P18=D25,Q18-Q17,\"\")","v":""},null,null,"State/Territory :",{"$f":"W3","v":0},"Codes",null,null,null,null,null,null,null,null,null,null,null,10,0,null,0,{"$f":"IF(AK18=Y25,AL18-AL17,\"\")","v":""},null,null,"State/Territory :",{"$f":"AR3","v":0},"Codes",null,null,null,null,null,null,null,null,null,null,null,10,0,null,0,{"$f":"IF(BF18=AT25,BG18-BG17,\"\")","v":""},null,null,"State/Territory :",{"$f":"BM3","v":0},"Codes",null,null,null,null,null,null,null,null,null,null,null,10,0,null,0,{"$f":"IF(CA18=BO25,CB18-CB17,\"\")","v":""}]
[null,"Region :",{"$f":"B4","v":0},{"$f":"IF(ISERROR(VLOOKUP(C19,B33:C50,2,FALSE)),0,VLOOKUP(C19,B33:C50,2,FALSE))","v":0},null,null,null,null,null,null,null,null,null,null,null,11,0,null,0,{"$f":"IF(P19=D25,Q19-Q18,\"\")","v":""},null,null,"Region :",{"$f":"W4","v":0},{"$f":"IF(ISERROR(VLOOKUP(X19,B33:C50,2,FALSE)),0,VLOOKUP(X19,B33:C50,2,FALSE))","v":0},null,null,null,null,null,null,null,null,null,null,null,11,0,null,0,{"$f":"IF(AK19=Y25,AL19-AL18,\"\")","v":""},null,null,"Region :",{"$f":"AR4","v":0},{"$f":"IF(ISERROR(VLOOKUP(AS19,B33:C50,2,FALSE)),0,VLOOKUP(AS19,B33:C50,2,FALSE))","v":0},null,null,null,null,null,null,null,null,null,null,null,11,0,null,0,{"$f":"IF(BF19=AT25,BG19-BG18,\"\")","v":""},null,null,"Region :",{"$f":"BM4","v":0},{"$f":"IF(ISERROR(VLOOKUP(BN19,B33:C50,2,FALSE)),0,VLOOKUP(BN19,B33:C50,2,FALSE))","v":0},null,null,null,null,null,null,null,null,null,null,null,11,0,null,0,{"$f":"IF(CA19=BO25,CB19-CB18,\"\")","v":""}]
[null,"Tree Species :",{"$f":"B6","v":0},{"$f":"IF(VLOOKUP(D19,C33:L50,5,FALSE)=C20,1,IF(VLOOKUP(D19,C33:L50,6,FALSE)=C20,2,IF(VLOOKUP(D19,C33:L50,7,FALSE)=C20,3,IF(VLOOKUP(D19,C33:L50,8,FALSE)=C20,4,IF(VLOOKUP(D19,C33:L50,9,FALSE)=C20,5,IF(VLOOKUP(D19,C33:L50,10,FALSE)=C20,6,0))))))","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,12,0,null,0,{"$f":"IF(P20=D25,Q20-Q19,\"\")","v":""},null,null,"Tree Species :",{"$f":"W6","v":0},{"$f":"IF(VLOOKUP(Y19,C33:L50,5,FALSE)=X20,1,IF(VLOOKUP(Y19,C33:L50,6,FALSE)=X20,2,IF(VLOOKUP(Y19,C33:L50,7,FALSE)=X20,3,IF(VLOOKUP(Y19,C33:L50,8,FALSE)=X20,4,IF(VLOOKUP(Y19,C33:L50,9,FALSE)=X20,5,IF(VLOOKUP(Y19,C33:L50,10,FALSE)=X20,6,0))))))","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,12,0,null,0,{"$f":"IF(AK20=Y25,AL20-AL19,\"\")","v":""},null,null,"Tree Species :",{"$f":"AR6","v":0},{"$f":"IF(VLOOKUP(AT19,C33:L50,5,FALSE)=AS20,1,IF(VLOOKUP(AT19,C33:L50,6,FALSE)=AS20,2,IF(VLOOKUP(AT19,C33:L50,7,FALSE)=AS20,3,IF(VLOOKUP(AT19,C33:L50,8,FALSE)=AS20,4,IF(VLOOKUP(AT19,C33:L50,9,FALSE)=AS20,5,IF(VLOOKUP(AT19,C33:L50,10,FALSE)=AS20,6,0))))))","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,12,0,null,0,{"$f":"IF(BF20=AT25,BG20-BG19,\"\")","v":""},null,null,"Tree Species :",{"$f":"BM6","v":0},{"$f":"IF(VLOOKUP(BO19,C33:L50,5,FALSE)=BN20,1,IF(VLOOKUP(BO19,C33:L50,6,FALSE)=BN20,2,IF(VLOOKUP(BO19,C33:L50,7,FALSE)=BN20,3,IF(VLOOKUP(BO19,C33:L50,8,FALSE)=BN20,4,IF(VLOOKUP(BO19,C33:L50,9,FALSE)=BN20,5,IF(VLOOKUP(BO19,C33:L50,10,FALSE)=BN20,6,0))))))","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,12,0,null,0,{"$f":"IF(CA20=BO25,CB20-CB19,\"\")","v":""}]
[null,"Soil Type :",null,1,null,null,null,null,null,null,null,null,null,null,null,13,0,null,0,{"$f":"IF(P21=D25,Q21-Q20,\"\")","v":""},null,null,"Soil Type :",null,1,null,null,null,null,null,null,null,null,null,null,null,13,0,null,0,{"$f":"IF(AK21=Y25,AL21-AL20,\"\")","v":""},null,null,"Soil Type :",null,1,null,null,null,null,null,null,null,null,null,null,null,13,0,null,0,{"$f":"IF(BF21=AT25,BG21-BG20,\"\")","v":""},null,null,"Soil Type :",null,1,null,null,null,null,null,null,null,null,null,null,null,13,0,null,0,{"$f":"IF(CA21=BO25,CB21-CB20,\"\")","v":""}]
[null,null,"Tree Lookup Code :",{"$f":"CONCATENATE(\"R\",D19,\"T\",D20,\"S\",D21)","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,14,0,null,0,{"$f":"IF(P22=D25,Q22-Q21,\"\")","v":""},null,null,null,"Tree Lookup Code :",{"$f":"CONCATENATE(\"R\",Y19,\"T\",Y20,\"S\",Y21)","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,14,0,null,0,{"$f":"IF(AK22=Y25,AL22-AL21,\"\")","v":""},null,null,null,"Tree Lookup Code :",{"$f":"CONCATENATE(\"R\",AT19,\"T\",AT20,\"S\",AT21)","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,14,0,null,0,{"$f":"IF(BF22=AT25,BG22-BG21,\"\")","v":""},null,null,null,"Tree Lookup Code :",{"$f":"CONCATENATE(\"R\",BO19,\"T\",BO20,\"S\",BO21)","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,14,0,null,0,{"$f":"IF(CA22=BO25,CB22-CB21,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,15,0,null,0,{"$f":"IF(P23=D25,Q23-Q22,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,15,0,null,0,{"$f":"IF(AK23=Y25,AL23-AL22,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,15,0,null,0,{"$f":"IF(BF23=AT25,BG23-BG22,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,15,0,null,0,{"$f":"IF(CA23=BO25,CB23-CB22,\"\")","v":""}]
[null,null,null,"Year","Carbon (t/ha)",null,null,null,null,null,null,null,null,null,null,16,0,null,0,{"$f":"IF(P24=D25,Q24-Q23,\"\")","v":""},null,null,null,null,"Year","Carbon (t/ha)",null,null,null,null,null,null,null,null,null,null,16,0,null,0,{"$f":"IF(AK24=Y25,AL24-AL23,\"\")","v":""},null,null,null,null,"Year","Carbon (t/ha)",null,null,null,null,null,null,null,null,null,null,16,0,null,0,{"$f":"IF(BF24=AT25,BG24-BG23,\"\")","v":""},null,null,null,null,"Year","Carbon (t/ha)",null,null,null,null,null,null,null,null,null,null,16,0,null,0,{"$f":"IF(CA24=BO25,CB24-CB23,\"\")","v":""}]
[null,"Tree carbon  mass in year: ",null,{"$f":"IF(Vegetation!D9>0,Vegetation!D9,0)","v":0},{"$f":"IF(D25>0,HLOOKUP(D22,A116:UH216,(D25+1),FALSE),0)","v":0},null,null,null,null,null,null,null,null,null,null,17,0,null,0,{"$f":"IF(P25=D25,Q25-Q24,\"\")","v":""},null,null,"Tree carbon  mass in year: ",null,{"$f":"IF(Vegetation!D15>0,Vegetation!D15,0)","v":0},{"$f":"IF(Y25>0,HLOOKUP(Y22,A116:UH216,(Y25+1),FALSE),0)","v":0},null,null,null,null,null,null,null,null,null,null,17,0,null,0,{"$f":"IF(AK25=Y25,AL25-AL24,\"\")","v":""},null,null,"Tree carbon  mass in year: ",null,{"$f":"IF(Vegetation!D21>0,Vegetation!D21,0)","v":0},{"$f":"IF(AT25>0,HLOOKUP(AT22,A116:UH216,(AT25+1),FALSE),0)","v":0},null,null,null,null,null,null,null,null,null,null,17,0,null,0,{"$f":"IF(BF25=AT25,BG25-BG24,\"\")","v":""},null,null,"Tree carbon  mass in year: ",null,{"$f":"IF(Vegetation!D27>0,Vegetation!D27,0)","v":0},{"$f":"IF(BO25>0,HLOOKUP(BO22,A116:UH216,(BO25+1),FALSE),0)","v":0},null,null,null,null,null,null,null,null,null,null,17,0,null,0,{"$f":"IF(CA25=BO25,CB25-CB24,\"\")","v":""}]
[null,"Tree carbon  mass in year: ",null,{"$f":"IF(D25>0,D25-1,0)","v":0},{"$f":"IF(D26>0,HLOOKUP(D22,B116:UI216,(D26+1),FALSE),0)","v":0},null,null,null,null,null,null,null,null,null,null,18,0,null,0,{"$f":"IF(P26=D25,Q26-Q25,\"\")","v":""},null,null,"Tree carbon  mass in year: ",null,{"$f":"IF(Y25>0,Y25-1,0)","v":0},{"$f":"IF(Y26>0,HLOOKUP(Y22,B116:UI216,(Y26+1),FALSE),0)","v":0},null,null,null,null,null,null,null,null,null,null,18,0,null,0,{"$f":"IF(AK26=Y25,AL26-AL25,\"\")","v":""},null,null,"Tree carbon  mass in year: ",null,{"$f":"IF(AT25>0,AT25-1,0)","v":0},{"$f":"IF(AT26>0,HLOOKUP(AT22,B116:UI216,(AT26+1),FALSE),0)","v":0},null,null,null,null,null,null,null,null,null,null,18,0,null,0,{"$f":"IF(BF26=AT25,BG26-BG25,\"\")","v":""},null,null,"Tree carbon  mass in year: ",null,{"$f":"IF(BO25>0,BO25-1,0)","v":0},{"$f":"IF(BO26>0,HLOOKUP(BO22,B116:UI216,(BO26+1),FALSE),0)","v":0},null,null,null,null,null,null,null,null,null,null,18,0,null,0,{"$f":"IF(CA26=BO25,CB26-CB25,\"\")","v":""}]
[null,null,null,"Change: ",{"$f":"E25-E26","v":0},null,null,null,null,null,null,null,null,null,null,19,0,null,0,{"$f":"IF(P27=D25,Q27-Q26,\"\")","v":""},null,null,null,null,"Change: ",{"$f":"Z25-Z26","v":0},null,null,null,null,null,null,null,null,null,null,19,0,null,0,{"$f":"IF(AK27=Y25,AL27-AL26,\"\")","v":""},null,null,null,null,"Change: ",{"$f":"AU25-AU26","v":0},null,null,null,null,null,null,null,null,null,null,19,0,null,0,{"$f":"IF(BF27=AT25,BG27-BG26,\"\")","v":""},null,null,null,null,"Change: ",{"$f":"BP25-BP26","v":0},null,null,null,null,null,null,null,null,null,null,19,0,null,0,{"$f":"IF(CA27=BO25,CB27-CB26,\"\")","v":""}]
[null,null,null,"Average annual carbon sequestration:",{"$f":"IF(OR(ISERROR(E27),E27=0),0,AVERAGE(S9:S108))","v":0},null,null,null,null,null,null,null,null,null,null,20,0,null,0,{"$f":"IF(P28=D25,Q28-Q27,\"\")","v":""},null,null,null,null,"Average annual carbon sequestration:",{"$f":"IF(OR(ISERROR(Z27),Z27=0),0,AVERAGE(AN9:AN108))","v":0},null,null,null,null,null,null,null,null,null,null,20,0,null,0,{"$f":"IF(AK28=Y25,AL28-AL27,\"\")","v":""},null,null,null,null,"Average annual carbon sequestration:",{"$f":"IF(OR(ISERROR(AU27),AU27=0),0,AVERAGE(BI9:BI108))","v":0},null,null,null,null,null,null,null,null,null,null,20,0,null,0,{"$f":"IF(BF28=AT25,BG28-BG27,\"\")","v":""},null,null,null,null,"Average annual carbon sequestration:",{"$f":"IF(OR(ISERROR(BP27),BP27=0),0,AVERAGE(CD9:CD108))","v":0},null,null,null,null,null,null,null,null,null,null,20,0,null,0,{"$f":"IF(CA28=BO25,CB28-CB27,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,0,null,0,{"$f":"IF(P29=D25,Q29-Q28,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,0,null,0,{"$f":"IF(AK29=Y25,AL29-AL28,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,0,null,0,{"$f":"IF(BF29=AT25,BG29-BG28,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,0,null,0,{"$f":"IF(CA29=BO25,CB29-CB28,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,22,0,null,0,{"$f":"IF(P30=D25,Q30-Q29,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,22,0,null,0,{"$f":"IF(AK30=Y25,AL30-AL29,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,22,0,null,0,{"$f":"IF(BF30=AT25,BG30-BG29,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,22,0,null,0,{"$f":"IF(CA30=BO25,CB30-CB29,\"\")","v":""}]
["Lookup table for zones",null,"REGION No (Nathan's)","Soil Types (2 per region)",null,null,"Tree Species (up to 6)",null,null,null,null,null,null,null,null,23,0,null,0,{"$f":"IF(P31=D25,Q31-Q30,\"\")","v":""},null,"Lookup table for zones",null,"REGION No (Nathan's)","Soil Types (2 per region)",null,null,"Tree Species (up to 6)",null,null,null,null,null,null,null,null,23,0,null,0,{"$f":"IF(AK31=Y25,AL31-AL30,\"\")","v":""},null,"Lookup table for zones",null,"REGION No (Nathan's)","Soil Types (2 per region)",null,null,"Tree Species (up to 6)",null,null,null,null,null,null,null,null,23,0,null,0,{"$f":"IF(BF31=AT25,BG31-BG30,\"\")","v":""},null,"Lookup table for zones",null,"REGION No (Nathan's)","Soil Types (2 per region)",null,null,"Tree Species (up to 6)",null,null,null,null,null,null,null,null,23,0,null,0,{"$f":"IF(CA31=BO25,CB31-CB30,\"\")","v":""}]
["State/Territory","Rainfall region","R","S1","S2",null,"T1","T2","T3","T4","T5","T6",null,null,null,24,0,null,0,{"$f":"IF(P32=D25,Q32-Q31,\"\")","v":""},null,"State/Territory","Rainfall region","R","S1","S2",null,"T1","T2","T3","T4","T5","T6",null,null,null,24,0,null,0,{"$f":"IF(AK32=Y25,AL32-AL31,\"\")","v":""},null,"State/Territory","Rainfall region","R","S1","S2",null,"T1","T2","T3","T4","T5","T6",null,null,null,24,0,null,0,{"$f":"IF(BF32=AT25,BG32-BG31,\"\")","v":""},null,"State/Territory","Rainfall region","R","S1","S2",null,"T1","T2","T3","T4","T5","T6",null,null,null,24,0,null,0,{"$f":"IF(CA32=BO25,CB32-CB31,\"\")","v":""}]
["Western Australia","South West WA",1,"Sandy Duplexes",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Sydney Blue Gum","Maritime Pine","Pinus Radiata","No tree data available",null,null,null,25,0,null,0,{"$f":"IF(P33=D25,Q33-Q32,\"\")","v":""},null,"Western Australia","South West WA",1,"Sandy Duplexes",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Sydney Blue Gum","Maritime Pine","Pinus Radiata","No tree data available",null,null,null,25,0,null,0,{"$f":"IF(AK33=Y25,AL33-AL32,\"\")","v":""},null,"Western Australia","South West WA",1,"Sandy Duplexes",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Sydney Blue Gum","Maritime Pine","Pinus Radiata","No tree data available",null,null,null,25,0,null,0,{"$f":"IF(BF33=AT25,BG33-BG32,\"\")","v":""},null,"Western Australia","South West WA",1,"Sandy Duplexes",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Sydney Blue Gum","Maritime Pine","Pinus Radiata","No tree data available",null,null,null,25,0,null,0,{"$f":"IF(CA33=BO25,CB33-CB32,\"\")","v":""}]
["New South Wales","Northern coastal NSW",10,"Clay & Red Loam",null,null,"Mixed species (Environmental Plantings)","Spotted Gum","Dunn's White Gum","Flooded Gum","Slash Pine","Loblolly Pine",null,null,null,26,0,null,0,{"$f":"IF(P34=D25,Q34-Q33,\"\")","v":""},null,"New South Wales","Northern coastal NSW",10,"Clay & Red Loam",null,null,"Mixed species (Environmental Plantings)","Spotted Gum","Dunn's White Gum","Flooded Gum","Slash Pine","Loblolly Pine",null,null,null,26,0,null,0,{"$f":"IF(AK34=Y25,AL34-AL33,\"\")","v":""},null,"New South Wales","Northern coastal NSW",10,"Clay & Red Loam",null,null,"Mixed species (Environmental Plantings)","Spotted Gum","Dunn's White Gum","Flooded Gum","Slash Pine","Loblolly Pine",null,null,null,26,0,null,0,{"$f":"IF(BF34=AT25,BG34-BG33,\"\")","v":""},null,"New South Wales","Northern coastal NSW",10,"Clay & Red Loam",null,null,"Mixed species (Environmental Plantings)","Spotted Gum","Dunn's White Gum","Flooded Gum","Slash Pine","Loblolly Pine",null,null,null,26,0,null,0,{"$f":"IF(CA34=BO25,CB34-CB33,\"\")","v":""}]
["New South Wales","Southern coastal NSW",11,"Loam",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,27,0,null,0,{"$f":"IF(P35=D25,Q35-Q34,\"\")","v":""},null,"New South Wales","Southern coastal NSW",11,"Loam",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,27,0,null,0,{"$f":"IF(AK35=Y25,AL35-AL34,\"\")","v":""},null,"New South Wales","Southern coastal NSW",11,"Loam",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,27,0,null,0,{"$f":"IF(BF35=AT25,BG35-BG34,\"\")","v":""},null,"New South Wales","Southern coastal NSW",11,"Loam",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,27,0,null,0,{"$f":"IF(CA35=BO25,CB35-CB34,\"\")","v":""}]
["New South Wales","Central Inland & Riverina NSW",15,"Loam",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,28,0,null,0,{"$f":"IF(P36=D25,Q36-Q35,\"\")","v":""},null,"New South Wales","Central Inland & Riverina NSW",15,"Loam",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,28,0,null,0,{"$f":"IF(AK36=Y25,AL36-AL35,\"\")","v":""},null,"New South Wales","Central Inland & Riverina NSW",15,"Loam",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,28,0,null,0,{"$f":"IF(BF36=AT25,BG36-BG35,\"\")","v":""},null,"New South Wales","Central Inland & Riverina NSW",15,"Loam",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,28,0,null,0,{"$f":"IF(CA36=BO25,CB36-CB35,\"\")","v":""}]
["Tasmania","North East TAS",17,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,29,0,null,0,{"$f":"IF(P37=D25,Q37-Q36,\"\")","v":""},null,"Tasmania","North East TAS",17,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,29,0,null,0,{"$f":"IF(AK37=Y25,AL37-AL36,\"\")","v":""},null,"Tasmania","North East TAS",17,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,29,0,null,0,{"$f":"IF(BF37=AT25,BG37-BG36,\"\")","v":""},null,"Tasmania","North East TAS",17,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,29,0,null,0,{"$f":"IF(CA37=BO25,CB37-CB36,\"\")","v":""}]
["Tasmania","Central North & Midlands TAS",19,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,30,0,null,0,{"$f":"IF(P38=D25,Q38-Q37,\"\")","v":""},null,"Tasmania","Central North & Midlands TAS",19,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,30,0,null,0,{"$f":"IF(AK38=Y25,AL38-AL37,\"\")","v":""},null,"Tasmania","Central North & Midlands TAS",19,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,30,0,null,0,{"$f":"IF(BF38=AT25,BG38-BG37,\"\")","v":""},null,"Tasmania","Central North & Midlands TAS",19,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,30,0,null,0,{"$f":"IF(CA38=BO25,CB38-CB37,\"\")","v":""}]
["Tasmania","Southern & Derwent Valley TAS",20,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,31,0,null,0,{"$f":"IF(P39=D25,Q39-Q38,\"\")","v":""},null,"Tasmania","Southern & Derwent Valley TAS",20,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,31,0,null,0,{"$f":"IF(AK39=Y25,AL39-AL38,\"\")","v":""},null,"Tasmania","Southern & Derwent Valley TAS",20,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,31,0,null,0,{"$f":"IF(BF39=AT25,BG39-BG38,\"\")","v":""},null,"Tasmania","Southern & Derwent Valley TAS",20,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,31,0,null,0,{"$f":"IF(CA39=BO25,CB39-CB38,\"\")","v":""}]
["Tasmania","North West TAS",22,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,32,0,null,0,{"$f":"IF(P40=D25,Q40-Q39,\"\")","v":""},null,"Tasmania","North West TAS",22,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,32,0,null,0,{"$f":"IF(AK40=Y25,AL40-AL39,\"\")","v":""},null,"Tasmania","North West TAS",22,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,32,0,null,0,{"$f":"IF(BF40=AT25,BG40-BG39,\"\")","v":""},null,"Tasmania","North West TAS",22,"All other Soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,32,0,null,0,{"$f":"IF(CA40=BO25,CB40-CB39,\"\")","v":""}]
["South Australia","South East SA",23,"Cracking Clays",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,33,0,null,0,{"$f":"IF(P41=D25,Q41-Q40,\"\")","v":""},null,"South Australia","South East SA",23,"Cracking Clays",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,33,0,null,0,{"$f":"IF(AK41=Y25,AL41-AL40,\"\")","v":""},null,"South Australia","South East SA",23,"Cracking Clays",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,33,0,null,0,{"$f":"IF(BF41=AT25,BG41-BG40,\"\")","v":""},null,"South Australia","South East SA",23,"Cracking Clays",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,33,0,null,0,{"$f":"IF(CA41=BO25,CB41-CB40,\"\")","v":""}]
["South Australia","Murray River SA",24,"Cracking Clays",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,34,0,null,{"$f":"Q42-Q41","v":0},{"$f":"IF(P42=D25,Q42-Q41,\"\")","v":""},null,"South Australia","Murray River SA",24,"Cracking Clays",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,34,0,null,{"$f":"AL42-AL41","v":0},{"$f":"IF(AK42=Y25,AL42-AL41,\"\")","v":""},null,"South Australia","Murray River SA",24,"Cracking Clays",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,34,0,null,{"$f":"BG42-BG41","v":0},{"$f":"IF(BF42=AT25,BG42-BG41,\"\")","v":""},null,"South Australia","Murray River SA",24,"Cracking Clays",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,34,0,null,{"$f":"CB42-CB41","v":0},{"$f":"IF(CA42=BO25,CB42-CB41,\"\")","v":""}]
["Victoria","Mallee region VIC",28,"Yellow Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,35,0,null,0,{"$f":"IF(P43=D25,Q43-Q42,\"\")","v":""},null,"Victoria","Mallee region VIC",28,"Yellow Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,35,0,null,0,{"$f":"IF(AK43=Y25,AL43-AL42,\"\")","v":""},null,"Victoria","Mallee region VIC",28,"Yellow Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,35,0,null,0,{"$f":"IF(BF43=AT25,BG43-BG42,\"\")","v":""},null,"Victoria","Mallee region VIC",28,"Yellow Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,35,0,null,0,{"$f":"IF(CA43=BO25,CB43-CB42,\"\")","v":""}]
["Victoria","Northern region VIC",30,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,36,0,null,0,{"$f":"IF(P44=D25,Q44-Q43,\"\")","v":""},null,"Victoria","Northern region VIC",30,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,36,0,null,0,{"$f":"IF(AK44=Y25,AL44-AL43,\"\")","v":""},null,"Victoria","Northern region VIC",30,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,36,0,null,0,{"$f":"IF(BF44=AT25,BG44-BG43,\"\")","v":""},null,"Victoria","Northern region VIC",30,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,36,0,null,0,{"$f":"IF(CA44=BO25,CB44-CB43,\"\")","v":""}]
["Victoria","North East region VIC",31,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,37,0,null,0,{"$f":"IF(P45=D25,Q45-Q44,\"\")","v":""},null,"Victoria","North East region VIC",31,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,37,0,null,0,{"$f":"IF(AK45=Y25,AL45-AL44,\"\")","v":""},null,"Victoria","North East region VIC",31,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,37,0,null,0,{"$f":"IF(BF45=AT25,BG45-BG44,\"\")","v":""},null,"Victoria","North East region VIC",31,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,37,0,null,0,{"$f":"IF(CA45=BO25,CB45-CB44,\"\")","v":""}]
["Victoria","East Gippsland",32,"Yellow Duplex",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available","No tree data available",null,null,null,38,0,null,0,{"$f":"IF(P46=D25,Q46-Q45,\"\")","v":""},null,"Victoria","East Gippsland",32,"Yellow Duplex",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available","No tree data available",null,null,null,38,0,null,0,{"$f":"IF(AK46=Y25,AL46-AL45,\"\")","v":""},null,"Victoria","East Gippsland",32,"Yellow Duplex",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available","No tree data available",null,null,null,38,0,null,0,{"$f":"IF(BF46=AT25,BG46-BG45,\"\")","v":""},null,"Victoria","East Gippsland",32,"Yellow Duplex",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available","No tree data available",null,null,null,38,0,null,0,{"$f":"IF(CA46=BO25,CB46-CB45,\"\")","v":""}]
["Victoria","South & West Gippsland",33,"Gradational soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Mountain Ash","Pinus Radiata","No tree data available",null,null,null,39,0,null,0,{"$f":"IF(P47=D25,Q47-Q46,\"\")","v":""},null,"Victoria","South & West Gippsland",33,"Gradational soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Mountain Ash","Pinus Radiata","No tree data available",null,null,null,39,0,null,0,{"$f":"IF(AK47=Y25,AL47-AL46,\"\")","v":""},null,"Victoria","South & West Gippsland",33,"Gradational soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Mountain Ash","Pinus Radiata","No tree data available",null,null,null,39,0,null,0,{"$f":"IF(BF47=AT25,BG47-BG46,\"\")","v":""},null,"Victoria","South & West Gippsland",33,"Gradational soils",null,null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Mountain Ash","Pinus Radiata","No tree data available",null,null,null,39,0,null,0,{"$f":"IF(CA47=BO25,CB47-CB46,\"\")","v":""}]
["Victoria","South West VIC",35,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,40,0,null,0,{"$f":"IF(P48=D25,Q48-Q47,\"\")","v":""},null,"Victoria","South West VIC",35,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,40,0,null,0,{"$f":"IF(AK48=Y25,AL48-AL47,\"\")","v":""},null,"Victoria","South West VIC",35,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,40,0,null,0,{"$f":"IF(BF48=AT25,BG48-BG47,\"\")","v":""},null,"Victoria","South West VIC",35,"Red Duplex",null,null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,40,0,null,0,{"$f":"IF(CA48=BO25,CB48-CB47,\"\")","v":""}]
["Queensland","Northern QLD",36,"Duplex",null,null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,41,0,null,0,{"$f":"IF(P49=D25,Q49-Q48,\"\")","v":""},null,"Queensland","Northern QLD",36,"Duplex",null,null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,41,0,null,0,{"$f":"IF(AK49=Y25,AL49-AL48,\"\")","v":""},null,"Queensland","Northern QLD",36,"Duplex",null,null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,41,0,null,0,{"$f":"IF(BF49=AT25,BG49-BG48,\"\")","v":""},null,"Queensland","Northern QLD",36,"Duplex",null,null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,41,0,null,0,{"$f":"IF(CA49=BO25,CB49-CB48,\"\")","v":""}]
["Queensland","Southern QLD",40,"Duplex Woodland",null,null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,42,0,null,0,{"$f":"IF(P50=D25,Q50-Q49,\"\")","v":""},null,"Queensland","Southern QLD",40,"Duplex Woodland",null,null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,42,0,null,0,{"$f":"IF(AK50=Y25,AL50-AL49,\"\")","v":""},null,"Queensland","Southern QLD",40,"Duplex Woodland",null,null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,42,0,null,0,{"$f":"IF(BF50=AT25,BG50-BG49,\"\")","v":""},null,"Queensland","Southern QLD",40,"Duplex Woodland",null,null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,42,0,null,0,{"$f":"IF(CA50=BO25,CB50-CB49,\"\")","v":""}]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,0,null,0,{"$f":"IF(P52=D25,Q52-Q51,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,0,null,0,{"$f":"IF(AK52=Y25,AL52-AL51,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,0,null,0,{"$f":"IF(BF52=AT25,BG52-BG51,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,0,null,0,{"$f":"IF(CA52=BO25,CB52-CB51,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,0,null,0,{"$f":"IF(P53=D25,Q53-Q52,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,0,null,0,{"$f":"IF(AK53=Y25,AL53-AL52,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,0,null,0,{"$f":"IF(BF53=AT25,BG53-BG52,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,0,null,0,{"$f":"IF(CA53=BO25,CB53-CB52,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,46,0,null,0,{"$f":"IF(P54=D25,Q54-Q53,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,46,0,null,0,{"$f":"IF(AK54=Y25,AL54-AL53,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,46,0,null,0,{"$f":"IF(BF54=AT25,BG54-BG53,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,46,0,null,0,{"$f":"IF(CA54=BO25,CB54-CB53,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,47,0,null,0,{"$f":"IF(P55=D25,Q55-Q54,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,47,0,null,0,{"$f":"IF(AK55=Y25,AL55-AL54,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,47,0,null,0,{"$f":"IF(BF55=AT25,BG55-BG54,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,47,0,null,0,{"$f":"IF(CA55=BO25,CB55-CB54,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,48,0,null,0,{"$f":"IF(P56=D25,Q56-Q55,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,48,0,null,0,{"$f":"IF(AK56=Y25,AL56-AL55,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,48,0,null,0,{"$f":"IF(BF56=AT25,BG56-BG55,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,48,0,null,0,{"$f":"IF(CA56=BO25,CB56-CB55,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,49,0,null,0,{"$f":"IF(P57=D25,Q57-Q56,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,49,0,null,0,{"$f":"IF(AK57=Y25,AL57-AL56,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,49,0,null,0,{"$f":"IF(BF57=AT25,BG57-BG56,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,49,0,null,0,{"$f":"IF(CA57=BO25,CB57-CB56,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,50,0,null,0,{"$f":"IF(P58=D25,Q58-Q57,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,50,0,null,0,{"$f":"IF(AK58=Y25,AL58-AL57,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,50,0,null,0,{"$f":"IF(BF58=AT25,BG58-BG57,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,50,0,null,0,{"$f":"IF(CA58=BO25,CB58-CB57,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,51,0,null,0,{"$f":"IF(P59=D25,Q59-Q58,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,51,0,null,0,{"$f":"IF(AK59=Y25,AL59-AL58,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,51,0,null,0,{"$f":"IF(BF59=AT25,BG59-BG58,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,51,0,null,0,{"$f":"IF(CA59=BO25,CB59-CB58,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,52,0,null,0,{"$f":"IF(P60=D25,Q60-Q59,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,52,0,null,0,{"$f":"IF(AK60=Y25,AL60-AL59,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,52,0,null,0,{"$f":"IF(BF60=AT25,BG60-BG59,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,52,0,null,0,{"$f":"IF(CA60=BO25,CB60-CB59,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,53,0,null,0,{"$f":"IF(P61=D25,Q61-Q60,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,53,0,null,0,{"$f":"IF(AK61=Y25,AL61-AL60,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,53,0,null,0,{"$f":"IF(BF61=AT25,BG61-BG60,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,53,0,null,0,{"$f":"IF(CA61=BO25,CB61-CB60,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,54,0,null,0,{"$f":"IF(P62=D25,Q62-Q61,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,54,0,null,0,{"$f":"IF(AK62=Y25,AL62-AL61,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,54,0,null,0,{"$f":"IF(BF62=AT25,BG62-BG61,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,54,0,null,0,{"$f":"IF(CA62=BO25,CB62-CB61,\"\")","v":""}]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,57,0,null,0,{"$f":"IF(P65=D25,Q65-Q64,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,57,0,null,0,{"$f":"IF(AK65=Y25,AL65-AL64,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,57,0,null,0,{"$f":"IF(BF65=AT25,BG65-BG64,\"\")","v":""},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,57,0,null,0,{"$f":"IF(CA65=BO25,CB65-CB64,\"\")","v":""}]
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{"sheet":"Abatement Schematic","index":17,"n_rows":1,"n_cols":3,"rows_kept":1,"cut":false,"hidden":false,"merged":[[0,2,0,20],[1,0,1,22]]}
[null,null," Australian Dairy Carbon Calculator - Abatement Strategies Schematic"]

{"sheet":"Reduce CH4 and or Increase Milk","index":18,"n_rows":298,"n_cols":9,"rows_kept":298,"cut":false,"hidden":false,"merged":[[0,1,0,7],[3,1,10,8],[57,1,58,2],[1,0,1,9]]}
[null,"Reduced Enteric Methane and/or Improved Milk Production Without Changes to Intakes"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of an intervention which might result in increased milk production  and /or a reduction in enteric methane without a change in daily feed intake. Australia's methodology to estimate GHG emissions, the National Greenhouse Gas Inventory (NGGI), assumes that if milk production increases, this MUST be due to cows consuming more feed. This is not always the case. Examples of increased milk production without a change in intakes might be improved feed conversion efficiency (e.g. breeding superior cows which produce more milk per kg dry matter) or high sugar ryegrass pastures (e.g. ryegrass has 12 MJ ME/kg DM vs previously 11.5 MJ ME/kg DM and cows consume an extra 5.5 MJ ME/day which results in an extra litre of milk per day). Interventions which result in a reduction in enteric methane without a change in milk production could include a vaccine or a feed additives. This spreadsheet then estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm. The 'Your farm' system data relevant to this abatement strategy' cells are linked to your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in milk production and the 'GHG and economic results' blue cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols."]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Average liveweight of milking cow (kg)",{"$f":"'Your Farm'!D18","v":500}]
[null,"Enter liveweight gain (kg/day)",0]
[null,"Average annual milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300}]
[null,"Average annual diet dry matter digestibility (%)",{"$f":"'Your Farm'!F44","v":75.735294117647058}]
[null,"Average annual diet crude protein (%)",{"$f":"'Your Farm'!H44:I44","v":18.632352941176471},0]
[null,"Key variables for the strategy farm"]
[null,"Enter reduction in enteric methane with management or breeding (%)",{"$f":"C67/10","v":30}]
[]
[null,"Enter improvement in milk production (litres per cow per day)",{"$f":"C68/100","v":0.8}]
[]
[null,"Is there any change in diet dry matter digestibility and/ or crude protein %"]
[]
[null,"Enter new annual diet dry matter digestibility (%)",{"$f":"C69/10","v":76}]
[]
[null,"Enter new annual diet crude protein (%)",{"$f":"C70/10","v":18.5}]
[]
[null,"Enter cost of implementing the abatement strategy  ($ per cow per annum)",{"$f":"C71/20","v":15}]
[]
[null,"Enter number of days per year that the abatement strategy is effective for",{"$f":"C73/1","v":300}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C74/200","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C75/100","v":35}]
[]
[null,"Variation in production"]
[null,"Estimated additional milk produced (litres/farm per annum)",{"$f":"C14*C24*C34","v":108000}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"(C102-H102)","v":406.52940908254868}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",{"$f":"C112-H112","v":0}]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",{"$f":"C140-D140","v":1.7941349059541096}]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",0]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"SUM(C43:C46)","v":408.32354398850282}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"C47/'Your Farm'!K150*100","v":11.535806797429574}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"(C43+C44)/SUM('Your Farm'!D129+'Your Farm'!D130)*100","v":20.853067170927396}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"C45/SUM('Your Farm'!D131+'Your Farm'!D132+'Your Farm'!D133)*100","v":0.80864866991623985}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"IF(C47>0,C47*C38,0)","v":14291.324039597599}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"C32*C14","v":6750}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C51>1,C51-C52,C52*-1)","v":7541.324039597599}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"C41*C36","v":72900}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C51>1,C51-C52+C54,C54-C52)","v":80441.324039597603}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C84","v":3.9724110636838311E-2}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows",null,"Checkbox return value (1 = yes, 2 = no)"]
[null,"Enter % reduction in enteric methane with the vaccine (value is tens times greater to incorporate up/down arrows)",300,2]
[null,"Enter increase in milk production (value is tens times greater to incorporate up/down arrows)",80,{"$f":"IF(D67=2,C19,C28)","v":75.735294117647058},"DMD to use in equations"]
[null,"Enter new diet DMD %",760,{"$f":"IF(D67=2,C20,C30)","v":18.632352941176471},"CP to use in equations"]
[null,"Enter new diet CP%",185]
[null,"Enter cost of implementing the abatement strategy  ($ per cow; value is tens times greater to incorporate up/down arrows))",300]
[null,"Enter % 'saved' energy that could be used for milk production ",20]
[null,"Enter number of days per annum the strategy is activated",300]
[null,"Enter milk price ($/ litre; value is actually in cents to allow for increments of single cents)",135]
[null,"Enter on farm price received for a t CO2e ($; value is 100 times greater to allow for increments for the up/down arrows)",3500]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C51","v":14291.324039597599}]
[null,"Implementation cost ",{"$f":"C52","v":6750}]
[null,"Additional milk income ",{"$f":"C54","v":72900}]
[null,"Total farm benefit",{"$f":"C55","v":80441.324039597603}]
[]
[null,"Total your farm milk",{"$f":"C14*C17*C18","v":3000000.0000000005},"Milk per cow x number of cows x lactation length"]
[null,"Carbon credit benefit as % of milk income",{"$f":"C81/C85","v":3.9724110636838311E-2}]
[null,"Total milk income",{"$f":"C83*C36","v":2025000.0000000005}]
[]
[null,"Your farm system",null,null,null,null,"Strategy farm system"]
[null,"Methane Calculation",null,null,null,null,"Methane Calculation"]
[null,"Feed Intake =","I = (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2 * MR+ MI (MR = 1.1 for milkers and 1.0 for all other stock)",null,null,null,"Feed Intake =","I = (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2 * MR+ MI (MR = 1.1 for milkers and 1.0 for all other stock)"]
[null,"Feed Intake =",{"$f":"(1.185+(0.00454*$C$15)-(0.0000026*($C$15)^2)+((0.315*$C$16)))^2*1.1+C94","v":17.318432000040413},null,null,null,"Feed Intake =",{"$f":"(1.185+(0.00454*C15)-(0.0000026*(C15)^2)+((0.315*0)))^2*1.1+H94","v":17.318432000040413},"This result might be slightly lower than the 'Your farm' intake if the diet DMD increases"]
[]
[null,"Energy for Milk =","MI = MP x 1.03 x NE / k / qm / 18.4",null,null,null,"Energy for Milk =","MI = MP x NE / k / qm / 18.4"]
[null,"= Milk Production x 3.054 MJ Net Energy/kg milk / 0.6 / (0.00795 DMD - 0.0014)/18.4",null,null,null,null,"= Milk Production x 3.054 MJ Net Energy/kg milk / 0.6 / (0.00795 DMD - 0.0014)/18.4"]
[null,null,{"$f":"((C17*1.03*C18/365)*3.054)/0.6/((0.00795*C19)-0.0014)/18.4","v":8.663604500040412},null,null,null,null,{"$f":"((C17*1.03*C18/365)*3.054/0.6/((0.00795*C19)-0.0014)/18.4)","v":8.663604500040412},"We need to leave this equation picking up your farm milk production otherwise intakes will increase which is what we are trying to avoid here"]
[]
[null,"Daily Methane Yield =","M = 20.7 x I / 1000",null,null,null,"Daily Methane Yield =","M = 20.7 x I / 1000"]
[]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"20.7*C90/1000","v":0.35849154240083653},null,null,null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"20.7*(1-C22%)*H90/1000","v":0.25094407968058557},"Methane produced may come down if the intervention specifically reduces CH4 emissions"]
[]
[null,"Cow nos",{"$f":"C14","v":450},null,null,null,"Cow nos",{"$f":"C14","v":450}]
[null,"Methane produced  (kg CH4/annum)",{"$f":"C98*C100*365","v":58882.235839337402},"kg CH4 per cow per day x number of cows per annum",null,null,"Methane produced  (kg CH4/annum)",{"$f":"H98*H100*365","v":41217.565087536183},"kg CH4 per cow per day x number of cows per annum "]
[null,"Grand Total - Enteric t CO2-e",{"$f":"C101*'Emission factors'!C4/1000","v":1648.7026035014474},"kg methane x 28 to convert to CO2e / 1000 to convert into t CO2e/annum",null,null,"Grand Total - Enteric t CO2-e",{"$f":"(((H101*'Emission factors'!C4/1000)*C34/365)+((C101*'Emission factors'!C4/1000)*(365-C34)/365))","v":1242.1731944188987},"kg methane x 28 to convert to CO2e / 1000 to convert into t CO2e/annum"]
[]
[null,"Waste methane"]
[]
[null,"VS = (I x (1 - DMD) + (0.04 x I)) x (1 - A)",{"$f":"(C90*(1-C19%)+(0.04*C90))*(1-'Your Farm'!C262)","v":4.5034035587869798},null,null,null,"VS = (I x (1 - DMD) + (0.04 x I)) x (1 - A)",{"$f":"(H90*(1-D68%)+(0.04*H90))*(1-'Your Farm'!C262)","v":4.5034035587869798}]
[]
[null,"M = VS x Bo x MCF x r ",{"$f":"C106*'Your Farm'!C263*'Your Farm'!AO249%*'Your Farm'!C264","v":6.5403772921409517E-2},null,null,null,"M = VS x Bo x MCF x r ",{"$f":"H106*'Your Farm'!C263*'Your Farm'!AO249%*'Your Farm'!C264","v":6.5403772921409517E-2}]
[]
[null,"Cow nos",{"$f":"$C$14","v":450},null,null,null,"Cow nos",{"$f":"$C$14","v":450}]
[null,"Methane loss (kg)",{"$f":"C108*C110*365","v":10742.569702341514},null,null,null,"Methane loss (kg)",{"$f":"H108*H110*365","v":10742.569702341514}]
[null,"Grand Total - Waste tCO2-e",{"$f":"C111*'Emission factors'!C4/1000","v":300.79195166556241},null,null,null,"Grand Total - Waste tCO2-e",{"$f":"H111*'Emission factors'!C4/1000","v":300.79195166556241}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Your farm","Strategy"]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)"]
[null,null,{"$f":"'Your Farm'!D131/'Emission factors'!C5*1000","v":363.87062818996156},{"$f":"D267*10^6","v":360.92819319488768}]
[null,"Manure during storage and spreading"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D132/'Emission factors'!C5*1000","v":81.952816446037048},{"$f":"(D253+D204)*10^6","v":81.290106085887274}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D133/'Emission factors'!C5*1000","v":391.41535284178627},{"$f":"(D219+D228+D282+D296)*10^6","v":388.25017779718326}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C130+C132+C135","v":837.23879747778483},{"$f":"D130+D132+D135","v":830.46847707795814}]
[]
[null,"Grand Total - Waste N2O t CO2-e",{"$f":"C138*'Emission factors'!C5/1000","v":221.86828133161299},{"$f":"D138*'Emission factors'!C5/1000","v":220.07414642565888}]
[]
[]
[]
[null,"Faecal nitrous oxide calculation","Seasons","Milkers"]
[]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP"]
[null,null,"Annual",{"$f":"H90*D69%","v":3.2268313741251773},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 "]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen"]
[null,null,"Annual",{"$f":"(0.3*((D147*(1-((D68+10)/100))))+(0.105*((0.1604*D68-1.037)*H90*0.008))+(0.0152*H90))/6.25","v":9.007452710366684E-2},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP x 1.03 / 6.38) + ({0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)}) /6.25"]
[]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)"]
[null,null,null,"Milking Cows"]
[null,1,"Victoria",590]
[null,2,"New.South.Wales",590]
[null,3,"Tasmania",590]
[null,4,"Queensland",590]
[null,5,"South.Australia",590]
[null,6,"Western.Australia",590]
[null,7,"Northern.Territory",590]
[null,null,"Selected",{"$f":"'Your Farm'!D307","v":590}]
[null,null,"Z",{"$f":"'Your Farm'!D308","v":0.84745762711864403}]
[]
[null,"L intake relative that that needed for maintenance",null,{"$f":"H90/(1.185+(0.00454*C15)-(0.0000026*(C15)^2)+((0.315*0)))^2","v":2.2011155277265146}]
[]
[null,null,"Annual",{"$f":"((0.032*(C17+C24)*1.03*C18/365/6.38)+((0.212-0.008*(D168-2)-((0.14-0.008*(D168-2))/(1+EXP(-6*(D166-0.4)))))*(0*0.92))/6.25)","v":9.7755714919626133E-2},null,null,null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4  x W^0.75) / 6.25]"]
[null,null,"Annual",{"$f":"(D147/6.25)-D170-D152-((1.1*10^-4*C15^0.75)/6.25)","v":0.32660180441308001},null,null,null,null,"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6"]
[]
[null,null,"Annual",{"$f":"(365*C14*D152)*10^-6","v":1.4794741076777277E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6"]
[]
[null,null,"Annual",{"$f":"(365*C14*D173)*10^-6","v":5.3644346374848391E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen excreted (AE)",null,"AE =AF + AU"]
[]
[null,null,"Annual",{"$f":"D177+D181","v":6.8439087451625663E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"The total emissions of nitrous oxide from different manure management systems (Total MMS)",null,"E = AE x MMS x EF x Cg"]
[null,null,null,"Emission factor (EF) = N2O-N kg/N excreted for the different manure management systems"]
[null,null,null,"MMS = The fraction of AE that is managed in different manure management systems"]
[]
[null,"Manure Management Systems  (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"$D$185*'Your Farm'!AK249%","v":7.3914214447755727E-3},null,null,0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"$D$185*'Your Farm'!AL249%","v":6.1595178706463102E-4},null,null,0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"$D$185*'Your Farm'!AM249%","v":1.3687817490325133E-4},null,null,0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"$D$185*'Your Farm'!AN249%","v":2.874441672968278E-3},null,null,5.0000000000000001E-3]
[]
[null,"MMS 14= Pasture range and paddock","Annual",{"$f":"$D$185*'Your Farm'!AJ249%","v":5.7420394371913937E-2},null,null,0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D192,D194,D196,D198,D200)","v":6.8439087451625663E-2},null,null,"Gg N/farm/annum"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D192*G192)+(D194*G194)+(D196*G196)+(D198*G198))*44/28","v":2.2584898859036467E-5},null,null,"Gg N2O-Nkg/N excreted)"]
[]
[null,"Indirect storage waste volatilised",null,"MNATMOS = (FN + UN) x FracGASM",null,null,"FracGASM (kg N2O-N/kg N excreted)"]
[]
[null,"MMS 1 = Anaerobic lagoon",null,{"$f":"D192*G208","v":2.5869975056714502E-3},null,null,0.35]
[]
[null,"MMS 3a= Sump and dispersal",null,{"$f":"D194*G210","v":4.3116625094524176E-5},null,null,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock",null,{"$f":"D196*G212","v":2.7375634980650269E-5},null,null,0.2]
[]
[null,"MMS 4= Solid storage ",null,{"$f":"D198*G214","v":8.6233250189048343E-4},null,null,0.3]
[]
[null,"MMS 14= Pasture range and paddock",null,{"$f":"D200*G216","v":0},null,null,0]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D208:D214)*G219*44/28","v":3.2633780738521187E-5},null,null,5.8999999999999999E-3]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D219)*'Emission factors'!C5*10^3","v":8.6479518957081147},null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,"FracWET "]
[null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D198*G224*G226","v":5.7488833459365559E-5},null,null,"FracLEACH"]
[null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,"EF"]
[null,null,null,{"$f":"D225*G228*44/28","v":9.9373554979760456E-7},null,null,1.0999999999999999E-2]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D228)*'Emission factors'!C5*10^3","v":0.26333992069636519},null,null,"t CO2e/annum"]
[]
[null,"Data Input"]
[]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = (((AEMMS=1-13) - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[]
[null,"MN Soil for lagoon","Annum",{"$f":"(($D$185*'Your Farm'!$AK249%)*(1-$G192-$G208))-0","v":4.8044239391041221E-3}]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"(($D$185*'Your Farm'!AL249%)*(1-$G194-$G210))-0","v":5.7283516197010676E-4}]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"(($D$185*'Your Farm'!AM249%)*(1-$G196-$G212))-0","v":1.0950253992260108E-4}]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$185*'Your Farm'!AN249%)*(1-$G198-$G214))-D225","v":1.940248129253588E-3}]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D241:D247)","v":7.4270097702504182E-3}]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg"]
[null,null,"EF (manure) ",5.0299999999999997E-3]
[null,null,"Annum",{"$f":"D249*D252*44/28","v":5.8705207226850799E-5}]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D177*'Your Farm'!AJ249%","v":1.2412787763416137E-2}]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D181*'Your Farm'!AJ249%","v":4.5007606608497806E-2}]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D257+D261)*D264*44/28","v":3.6092819319488766E-4}]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D253+D267","v":4.1963340042173845E-4}]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil"]
[null,null,"FracGASM = ",0.21]
[]
[null,"Animal waste","Annum",{"$f":"(D249+D257+D261)*D274","v":1.3617954869854515E-2}]
[]
[null,null,"E = M x EF x Cg"]
[null,null,"M = mass of N volatilised from subset k"]
[null,null,"EF ",4.0000000000000001E-3]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D276*D280*44/28","v":8.559857346765695E-5},null,null,"Gg N2O/farm/year"]
[null,"Total CO2e emissions from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D282*'Emission factors'!C5","v":2.2683621968929091E-2},null,null,"Gg CO2-e/farm/year"]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,"FracWET =",1]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,"FracLEACH = ",0.24]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)"]
[]
[null,null,"Annum",{"$f":"SUM(D249,D261,D257)*H285*H286","v":1.5563376994119447E-2}]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg"]
[null,null,"M = mass of N lost through leaching and runoff"]
[null,null,"EF",1.0999999999999999E-2]
[]
[null,"Animal waste","Annum",{"$f":"D290*D294*44/28","v":2.6902408804120755E-4},null,null,"Gg N2O/farm/year"]
[]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"D296*'Emission factors'!C5","v":7.129138333092E-2},null,null,null,"Gg CO2-e/farm/year"]

{"sheet":"Diet Additives","index":19,"n_rows":171,"n_cols":5,"rows_kept":171,"cut":false,"hidden":false,"merged":[[102,1,102,2],[103,1,103,2],[104,1,104,2],[125,1,125,2],[0,1,0,7],[3,1,6,8],[50,1,51,2],[1,0,1,9]]}
[null,"Reduced Enteric Methane With Diet Additives"]
[]
[]
[null,"This spreadsheet is setup to explore targeted diet additives where you need to know some more specific data entry questions. The 'Your farm system data relevant to this abatement strategy' green cells are linked to your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in milk production and the 'GHG and economic results' cells are a summary of the results. Unlike all other interventions, we have also included some additional intervention-specific economic assessment data into the purple section. Details on the data required and any underlining assumptions are given by clicking on the pale blue ?."]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Average liveweight of milking cow (kg)",{"$f":"'Your Farm'!D18","v":500}]
[null,"Enter liveweight gain (kg/day)",0]
[null,"Average annual milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300}]
[null,"Average annual diet dry matter digestibility (%)",{"$f":"'Your Farm'!F44","v":75.735294117647058}]
[null,"Average annual diet crude protein (%)",{"$f":"'Your Farm'!H44:I44","v":18.632352941176471},0]
[null,"Key variables for the strategy farm"]
[null,"Enter feeding rate of feed additive (mg active ingredient/kg dry matter intake)",{"$f":"C60","v":20}]
[]
[null,"Enter reduction in methane (grams CH4 reduced/ mg active ingredient)",{"$f":"C61/100","v":0.35}]
[]
[null,"Enter cost of active ingredient ($/gram active ingredient)",{"$f":"C62/100","v":3}]
[]
[null,"Enter number of days per year that the abatement strategy is effective for",{"$f":"C63/1","v":300}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C64/200","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C65/100","v":35}]
[]
[null,"Variation in production and per cow implementation net costs and incomes"]
[null,"Estimated additional milk produced (litres/farm per annum)",0]
[null,"Estimated cost of implementation ($/cow for each day implemented)",{"$f":"C130","v":1.0391059200024249}]
[null,"Estimated income generated through carbon credits ($/cow per day implemented)",{"$f":"C122","v":0.11880444352027725}]
[null,"Net profit per day feed additive is implemented ($/cow per day)",{"$f":"C33-C32","v":-0.92030147648214755}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"C92-C98","v":458.2457107210696}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",0]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",0]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",0]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"SUM(C36:C39)","v":458.2457107210696}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"C40/'Your Farm'!K150*100","v":12.946189516757098}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"C36/'Your Farm'!D129*100","v":27.794322017073675}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",0]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"C68","v":13182.410856359531}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"C69","v":115298.05413725537}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C44>1,C44-C45,C45*-1)","v":-102115.64328089583}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"C31*C26","v":0}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C44>1,C44-C45+C47,C47-C45)","v":-102115.64328089583}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C74","v":-5.0427478163405336E-2}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter feeding rate of active ingredient (mg active ingredient per kg DMI)",20]
[null,"Reduction in methane (grams CH4 per mg active ingredient)",35]
[null,"Enter cost of active ingredient",300]
[null,"Enter number of days per annum the strategy is activated",300]
[null,"Enter milk price ($/ litre; value is actually in cents to allow for increments of single cents)",135]
[null,"Enter on farm price received for a t CO2e ($; value is 100 times greater to allow for increments for the up/down arrows)",3500]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C123*C120*C10","v":13182.410856359531}]
[null,"Implementation cost ",{"$f":"C120*C131*C10","v":115298.05413725537}]
[null,"Additional milk income ",{"$f":"C47","v":0}]
[null,"Total farm benefit",{"$f":"C48","v":-102115.64328089583}]
[]
[null,"Total your farm milk",{"$f":"C10*C13*C14","v":3000000.0000000005},"Milk per cow x number of cows x lactation length"]
[null,"Carbon credit benefit as % of milk income",{"$f":"C71/C75","v":-5.0427478163405336E-2}]
[null,"Total milk income",{"$f":"C73*C26","v":2025000.0000000005}]
[]
[null,"Your farm system"]
[null,"Methane Calculation"]
[null,"Feed Intake =","I = (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2 * MR+ MI (MR = 1.1 for milkers and 1.0 for all other stock)"]
[null,"Feed Intake =",{"$f":"(1.185+(0.00454*$C$11)-(0.0000026*($C$11)^2)+((0.315*$C$12)))^2*1.1+C84","v":17.318432000040413}]
[]
[null,"Energy for Milk =","MI = MP x 1.03 x NE / k / qm / 18.4"]
[null,"= Milk Production x 3.054 MJ Net Energy/kg milk / 0.6 / (0.00795 DMD - 0.0014)/18.4"]
[null,null,{"$f":"((C13*1.03*C14/365)*3.054)/0.6/((0.00795*C15)-0.0014)/18.4","v":8.663604500040412}]
[]
[null,"Daily Methane Yield =","M = 20.7 x I / 1000"]
[]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"20.7*C80/1000","v":0.35849154240083653}]
[]
[null,"Cow nos",{"$f":"C10","v":450}]
[null,"Methane produced  (kg CH4/annum)",{"$f":"C88*C90*365","v":58882.235839337402},"kg CH4 per cow per day x number of cows per annum"]
[null,"Grand Total - Enteric t CO2-e",{"$f":"C91*'Emission factors'!C4/1000","v":1648.7026035014474},"kg methane x 28 to convert to CO2e / 1000 to convert into t CO2e/annum"]
[]
[null,"Strategy farm system"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"((C120/365*C116*(1-C119))+(((365-C120)/365)*C116))/1000","v":0.25885124870197385}]
[null,"Cow nos",{"$f":"C10","v":450}]
[null,"Methane produced  (kg CH4/annum)",{"$f":"C95*C96*365","v":42516.317599299204}]
[null,"Grand Total - Enteric t CO2-e",{"$f":"C97*'Emission factors'!C4/1000","v":1190.4568927803778}]
[null,"Savings in methane",{"$f":"C92-C98","v":458.2457107210696}]
[]
[]
[null,"Strategy farm system"]
[null,"Calculated or Referenced Values "]
[null,"Enter Values"]
[null,"Enteric Methane Abatement Value"]
[null,"Total Intake (kg cow/day)",{"$f":"(1.185+(0.00454*C107)-(0.0000026*(C107)^2)+((0.315*C108)))^2*C109+C110","v":17.318432000040413}]
[null,"Cow Weight (kg/cow",{"$f":"C11","v":500}]
[null,"Daily liveweight change (kg/cow.day)",0]
[null,"Metabolic rate (MR)",1.1000000000000001]
[null,"Intake for milk production (MI)",{"$f":"((C111*1.03)*3.054*C14/365)/0.6/((0.00795*C115)-0.0014)/18.4","v":8.663604500040412}]
[null,"Litres per cow/day",{"$f":"'Your Farm'!H35","v":22.222222222222225}]
[null,"Fat%",{"$f":"MilkFatPercentAnnual","v":4.3}]
[null,"Protein%",{"$f":"MilkProteinPercentAnnual","v":3.2}]
[null,"FPCM per day (kg/cow.day)",{"$f":"(C111*1.03)*((0.1226*C112)+(0.0776*C113)+0.2534)","v":23.550377777777779}]
[null,"Dry Matter Digestibility (DMD%)",{"$f":"C15","v":75.735294117647058}]
[null,"Methane yield (g CH4/day)",{"$f":"20.7*C106","v":358.49154240083652}]
[null,"CO2 eq yield (kg CO2eq/day)",{"$f":"C116*'Emission factors'!C4/1000","v":10.037763187223423}]
[null,"Bromoform feeding rate (mg/kg DMI)",{"$f":"C18","v":20}]
[null,"Predicted Daily Enteric CH4 abatement (%)",{"$f":"VLOOKUP(C118,C140:E171,3,FALSE)","v":0.33816425120772953}]
[null,"Number of days per annum abated",{"$f":"C24","v":300}]
[null,"ACCU Value ($)",{"$f":"C28","v":35}]
[null,"CH4 Avoidance value ($/cow.day) over the days fed",{"$f":"C117*C119/1000*C121","v":0.11880444352027725}]
[null,"CH4 Avoidance value ($/cow.day) over the 365 days",{"$f":"C117*C119/1000*C121*C120/365","v":9.7647487824885415E-2}]
[]
[]
[null,"Cost of Abatement ($/ACCU)"]
[null,"Bromoform feeding rate (mg/kg DMI)",{"$f":"C118","v":20}]
[null,"Req Bromoform feeding rate (mg/cow)",{"$f":"C127*C106","v":346.36864000080828}]
[null,"Bromoform Cost ($/gram) ",{"$f":"C22","v":3}]
[null,"Daily Feeding Cost ($/cow.day) when implemented",{"$f":"C129/1000*C128","v":1.0391059200024249}]
[null,"Daily Feeding Cost ($/cow.day) over the full year",{"$f":"C130*C120/365","v":0.85405966027596558}]
[null,"Cost of abatment ($ per t)",{"$f":"(C130)/(C117*C119/1000)","v":306.12244897959181}]
[null,"Net cost of abatement ($/cow.day) over the days fed",{"$f":"C122-C130","v":-0.92030147648214755}]
[null,"Net cost of abatement ($/cow.day) over the full 365 days",{"$f":"C123-C131","v":-0.75641217245108017},"black is profitable, red is not profitable"]
[]
[]
[]
[]
[null,null,null,{"$f":"C20","v":0.35},"grams of CH4 reduced per mg active ingredient intake (0.35 for bromoform as per Eason and Fennessy, 2023)"]
[null,null,"mg bromoform/kg DMI","Methane yield (g CH4/kg DMI)","% reduction in methane"]
[null,null,0,{"$f":"20.7","v":20.7}]
[null,null,1,{"$f":"$D$141-$D$139*C142","v":20.349999999999998},{"$f":"1-D142/$D$141","v":1.6908212560386549E-2}]
[null,null,2,{"$f":"$D$141-$D$139*C143","v":20},{"$f":"1-D143/$D$141","v":3.3816425120772875E-2}]
[null,null,3,19.649999999999999,5.0724637681159424E-2]
[null,null,4,19.3,6.7632850241545861E-2]
[null,null,5,18.95,8.454106280193241E-2]
[null,null,6,18.600000000000001,0.10144927536231874]
[null,null,7,18.25,0.11835748792270528]
[null,null,8,17.899999999999999,0.13526570048309183]
[null,null,9,17.55,0.15217391304347816]
[null,null,10,17.2,0.16908212560386471]
[null,null,11,16.850000000000001,0.18599033816425115]
[null,null,12,16.5,0.20289855072463769]
[null,null,13,16.149999999999999,0.21980676328502424]
[null,null,14,15.8,0.23671497584541057]
[null,null,15,15.45,0.25362318840579712]
[null,null,16,15.1,0.27053140096618356]
[null,null,17,14.75,0.28743961352656999]
[null,null,18,14.399999999999999,0.30434782608695654]
[null,null,19,14.05,0.32125603864734298]
[null,null,20,13.7,0.33816425120772953]
[null,null,21,13.35,0.35507246376811596]
[null,null,22,13,0.3719806763285024]
[null,null,23,12.65,0.38888888888888884]
[null,null,24,12.3,0.40579710144927528]
[null,null,25,11.95,0.42270531400966183]
[null,null,26,11.6,0.43961352657004826]
[null,null,27,11.25,0.45652173913043481]
[null,null,28,10.9,0.47342995169082125]
[null,null,29,10.55,0.49033816425120769]
[null,null,30,10.199999999999999,{"$f":"1-D171/$D$141","v":0.50724637681159424}]

{"sheet":"Extended Lactation","index":20,"n_rows":1286,"n_cols":17,"rows_kept":1286,"cut":false,"hidden":false,"merged":[[154,11,154,14],[0,1,0,8],[3,1,11,8],[58,1,59,2],[1,0,1,9]]}
[null,"Impact of Extended Lactations on Reducing Enteric Methane Emissions"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of adopting a program of extended lactations to reduce enteric methane production per cow over her lifetime.  This spreadsheet then estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm.  Unlike previous abatement strategies, with this strategy some 'Your farm system data relevant to this abatement strategy' cells need filling in by the user.  These are the average number of lactation before culling and average daily milk production for the two age groups. They are green cells and refer to your farm annual calving milking herd.  The other white cells are linked to the your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in milk production and the 'GHG and economic results' cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols.\nAlso unlike previous abatement strategies, this one does not determine the implications of altered GHG emissions from animal waste (either CH4 or N2O) nor changes to N2O emissions from N fertilisers; the calculations focus solely on changes to enteric CH4 emissions.  These are likely to also alter but the method of estimating CH4 emissions didn't follow the NGGI approach and therefore it was difficult to estimate these non enteric CH4 emissions. We also did not account for any potential reduction in the number of replacement heifers required."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Average liveweight of mature milking cow (kg)",{"$f":"'Your Farm'!D18","v":500}]
[null,"Average daily milk production during the 1st lactation (litres/cow.day)",22]
[null,"Average daily milk production during subsequent lactations (litres/cow.day)",24]
[null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300}]
[null,"Average number of lactations before culling",5]
[null,"Key variables for the strategy farm"]
[null,"Enter calving date for start of lactation comparison (format dd/mm/yyyy)","2023-07-01"]
[]
[null,"Enter average daily milk production during the 1st lactation (litres/cow.day)",{"$f":"C68/10","v":20}]
[]
[null,"Enter average daily milk production during subsequent lactations (litres/cow.day)",{"$f":"C69/10","v":22}]
[]
[null,"Enter average extended lactation length (days)",{"$f":"C70/1","v":482}]
[]
[null,"Enter average days non-lactating between each extended lactation (days)",{"$f":"C71/1","v":65}]
[]
[null,"Number of extended lactations before culling",{"$f":"C72/1","v":6}]
[]
[null,"Enter the cost to implement ($ per cow per lactation)",{"$f":"C75","v":75}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C73/200","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C74/100","v":35}]
[]
[null,"Variation in production"]
[null,"Estimated additional milk produced (litres/cow.lifetime)",{"$f":"D129-C129","v":28795.41274}]
[null,"Estimated additional milk produced (litres/herd.annum)",{"$f":"D133*C15","v":-106862.66156416945}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"D140","v":88.694674848478982}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",0]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",0]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",0]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"SUM(C44:C47)","v":88.694674848478982}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"C48/'Your Farm'!K150*100","v":2.5057693784164914}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"C44/'Your Farm'!D129*100","v":5.3796648746786024}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"0","v":0}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"C44*C38","v":3104.3136196967644}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"IF(C17=\"\",0,IF(C18=\"\",0,(C34*(365/(C28+C30)))*C15))","v":22520.566727605121}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C52>1,C52-C53,C53*-1)","v":-19416.253107908356}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"C42*C36","v":-72132.296555814391}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C52>1,C52-C53+C55,C55-C53)","v":-91548.549663722748}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C85","v":-4.9247451337433891E-2}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter average daily milk production during the 1st lactation (litres/cow.day)",200]
[null,"Enter average daily milk production during subsequent lactations (litres/cow.day)",220]
[null,"Enter average lactation length (days)",482]
[null,"Enter average days non-lactating (days)",65]
[null,"Number of lactations before culling",6]
[null,"Enter milk price ($/ litre)",135]
[null,"Enter on farm price received for a t CO2e ($)",3500]
[null,"Implementation expense ",75]
[]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C52","v":3104.3136196967644}]
[null,"Implementation cost ",{"$f":"C53","v":22520.566727605121}]
[null,"Additional milk income ",{"$f":"C55","v":-72132.296555814391}]
[null,"Total farm benefit",{"$f":"C56","v":-91548.549663722748}]
[]
[]
[null,"Carbon credit benefit as % of milk income",{"$f":"C82/C86","v":-4.9247451337433891E-2}]
[null,"Total milk income",{"$f":"(((C17*C15*1/C20)+(C18*C15*((C20-1)/6)))/C15)*C15*C19*C36","v":1858950.0000000002}]
[]
[]
[]
[null,null,"Conventional","Extended",null,"Liveweights"]
[null,"1st Calving date",{"$f":"C22","v":"2023-07-01"},{"$f":"C91","v":"2023-07-01"},null,"Conventional","Extended",null,null,null,"Maintenance",null,null,null,"Pregnancy"]
[null,"Primiparous weight (kg)",{"$f":"C93*0.9","v":450},{"$f":"D93*0.9","v":450},"Primiparous",{"$f":"ROUND(C92/50,0)*50","v":450},{"$f":"ROUND(D92/50,0)*50","v":450},null,null,null,"(kg liveweight)","MJ/day"]
[null,"Multiparous weight (kg)",{"$f":"C16","v":500},{"$f":"C93","v":500},"Multiparous",{"$f":"ROUND(C93/50,0)*50","v":500},{"$f":"ROUND(D93/50,0)*50","v":500},null,null,null,100,17,null,null,"Month","MJ/day","MJ/month"]
[null,"Average Lactation length (days)",{"$f":"C19","v":300},{"$f":"C28","v":482},null,null,null,null,null,null,{"$f":"K93+50","v":150},22,null,null,"Sixth",8,{"$f":"P94*30","v":240}]
[null,"Dry period (days)",{"$f":"365-C94","v":65},{"$f":"C30","v":65},null,null,null,null,null,null,{"$f":"K94+50","v":200},27,null,null,"Seventh",10,{"$f":"P95*30","v":300}]
[null,"Average daily production primiparous (litres)",{"$f":"C17","v":22},{"$f":"C24","v":20},null,null,null,null,null,null,250,31,null,null,"Eight",15,{"$f":"P96*30","v":450}]
[null,"Lactation production primiparous (litres)",{"$f":"C96*C94","v":6600},{"$f":"D96*D94","v":9640},null,null,null,null,null,null,300,36,null,null,"Ninth",20,{"$f":"P97*30","v":600}]
[null,"Average daily production multiparous (litres)",{"$f":"C18","v":24},{"$f":"C26","v":22},null,null,null,null,null,null,350,40,null,null,"Total Energy (MJ)",null,{"$f":"SUM(Q94:Q97)","v":1590}]
[null,"Lactation production multiparous (litres)",{"$f":"C98*C94","v":7200},{"$f":"D98*D94","v":10604},null,null,null,null,null,null,400,45]
[null,"Number of lactations",{"$f":"C20","v":5},{"$f":"C32","v":6},null,null,null,null,null,null,450,49]
[null,"Total Milk production over the lifetime (kg FPCM)",{"$f":"(C97+(C100-1)*C99*1.03)*(0.2534+(0.1226*'Your Farm'!$R$225)+(0.0776*'Your Farm'!$R$226))","v":37312.029600000009},{"$f":"(D97+(D100-1)*D99*1.03)*(0.2534+(0.1226*'Your Farm'!$R$225)+(0.0776*'Your Farm'!$R$226))","v":66107.442340000009},null,null,null,null,null,null,500,54]
[null,"Cull date",{"$f":"C91+(C100*(C94+C95))-C95","v":"2028-04-25"},{"$f":"D91+(D100*(D94+D95))-D95","v":"2032-04-21"},null,null,null,null,null,null,550,59]
[null,"Daily Energy for Maintenance first lactation (MJ/day)",{"$f":"VLOOKUP(F92,$K$93:$L$107,2,TRUE)","v":49},{"$f":"VLOOKUP(G92,$K$93:$L$107,2,TRUE)","v":49},null,null,null,null,null,null,600,63]
[null,"Total Maintenance first lactation (MJ)",{"$f":"C103*(C94+C95)","v":17885},{"$f":"D103*(D94+D95)","v":26803},null,null,null,null,null,null,650,68]
[null,"Energy for growth (1st lactation to 2nd Lactation; MJ)",{"$f":"44*(C93-C92)","v":2200},{"$f":"44*(D93-D92)","v":2200},null,null,null,null,null,null,700,72]
[null,"Energy for milk 1st lactation (MJ; assuming 5.5 MJ/litre milk)",{"$f":"C97*5.5","v":36300},{"$f":"D97*5.5","v":53020},null,null,null,null,null,null,750,77]
[null,"Days multiparous",{"$f":"(C102-C91)-C94-C95","v":1395},{"$f":"(D102-D91)-D94-D95","v":2670},null,null,null,null,null,null,800,81]
[null,"Energy for Maintenance multiparous (MJ)",{"$f":"VLOOKUP(F93,$K$93:$L$107,2,TRUE)*C107","v":75330},{"$f":"VLOOKUP(G93,$K$93:$L$107,2,TRUE)*D107","v":144180}]
[null,"Energy for milk multiparous (MJ)",{"$f":"5.5*C99*(C100-1)","v":158400},{"$f":"5.5*D99*(D100-1)","v":291610}]
[null,"Pregnancy energy lifetime (MJ)",{"$f":"C100*Q98","v":7950},{"$f":"D100*Q98","v":9540}]
[null,"Lifetime MJ",{"$f":"C126+C104+C105+C106+C108+C109+C110","v":309032.98295454547},{"$f":"D126+D104+D105+D106+D108+D109+D110","v":533353.51290021767}]
[null,"MJ per litre Milk",{"$f":"C111/C101","v":8.2823954169071889},{"$f":"D111/D101","v":8.0679798525119821}]
[null,"Lifetime GEI Intake (MJ assuming 11MJ/kg DMI)",{"$f":"C111*18.4/11","v":516927.89876033051},{"$f":"D111*18.4/11","v":892154.96703309123}]
[null,"Methane (kg CH4 assuming 6.5% GEI lost as CH4)",{"$f":"6.5/100*C113/55.22","v":608.48086598010661},{"$f":"6.5/100*D113/55.22","v":1050.1643038238126}]
[null,"Methane (tonnes CH4 lifetime per cow)",{"$f":"C114/1000","v":0.60848086598010664},{"$f":"D114/1000","v":1.0501643038238127}]
[null,"Methane (tonnes CO2 lifetime per cow)",{"$f":"C115*'Emission factors'!C4","v":17.037464247442987},{"$f":"D115*'Emission factors'!C4","v":29.404600507066753}]
[null,"Emissions intensity (kg CO2 per litre FPCM)",{"$f":"C116*1000/C101","v":0.45662121385760751},{"$f":"D116*1000/D101","v":0.44480015360199077}]
[]
[]
[]
[null,"Calculations to allocate energy to raising calves to enter herd"]
[null,"Herd number",{"$f":"C15","v":450},{"$f":"C122","v":450}]
[null,"Number of calves raised per day",{"$f":"C122/(C102-C91)","v":0.25568181818181818},{"$f":"D122/(D102-D91)","v":0.13988187752564502}]
[null,"Energy per day per replacement (MJ/day)",{"$f":"C163/(C158-C156)","v":58.763013698630139},{"$f":"C163/(C158-C156)","v":58.763013698630139}]
[null,"Energy per day for replacements (MJ/day for all replacements)",{"$f":"C124*C123","v":15.024634184308843},{"$f":"D124*D123","v":8.2198806852295814}]
[null,"Lifetime energy for calf (MJ; calculated as replacement rate) ",{"$f":"C125*(C158-C156)","v":10967.982954545456},{"$f":"D125*(C158-C156)","v":6000.5129002175945}]
[]
[]
[null,"Lifetime milk (kg milk)",{"$f":"C101","v":37312.029600000009},{"$f":"D101","v":66107.442340000009}]
[null,"Days 1st calf to cull",{"$f":"C102-C91","v":1760},{"$f":"D102-D91","v":3217}]
[null,"Average daily milk between 1st calf to cull",{"$f":"C129/C130","v":21.200016818181822},{"$f":"D129/D130","v":20.549407006527822}]
[null,"Average daily milk per cow per annum",{"$f":"C131*365","v":7738.006138636365},{"$f":"D131*365","v":7500.5335573826551}]
[null,"Additional milk due to extended lactation (litres/annum)",null,{"$f":"D132-C132","v":-237.4725812537099}]
[]
[null,"Emissions intensity per cow per lifetime ",{"$f":"C117*C129","v":17037.464247442986},{"$f":"D117*D129","v":29404.600507066752}]
[null,"Daily emissions per cow",{"$f":"C135/C130","v":9.6803774133198779},{"$f":"D135/D130","v":9.1403793929334007}]
[null,"Yearly emissions per cow",{"$f":"C136*365","v":3533.3377558617553},{"$f":"D136*365","v":3336.2384784206911}]
[null,"Yearly emissions per herd",{"$f":"C137*C122","v":1590001.9901377899},{"$f":"D137*D122","v":1501307.3152893109}]
[null,"Difference in yearly CH4 emissions per herd per annum (kg CO2e/annum)",null,{"$f":"C138-D138","v":88694.674848478986}]
[null,"Reduction in enteric CH4 emissions per herd per annum (t CO2e/annum)",null,{"$f":"D139/1000","v":88.694674848478982}]
[]
[null,"Reduction in GHG emissions intensity over the 12 months (kg CO2e/litre milk)",null,{"$f":"C117-D117","v":1.1821060255616744E-2}]
[null,"Milk produced over the 12 months (litres)",null,{"$f":"D132*365","v":2737694.7484446689}]
[null,"Reduction in GHG emissions (kg CO2e per annum)",null,{"$f":"D143*D142","v":32362.454582849958}]
[null,"Reduction in GHG emissions (kg CO2e per day active)",null,{"$f":"D144/365","v":88.664259131095776}]
[null,"Number of days active",null,365]
[null,"Total reduction in GHG emissions (kg CO2e per annum)",null,{"$f":"D146*D145","v":32362.454582849958}]
[null,"Carbon price ($/ t CO2e)",null,{"$f":"C38","v":35}]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,"Nearest 100","Energy MJ",null,null,null,"Liveweight gain"]
[null,"Birth date",{"$f":"C22","v":"2023-07-01"},null,{"$f":"C156","v":"2023-07-01"},{"$f":"C157","v":37.5},{"$f":"ROUND(F156,-2)","v":0},{"$f":"VLOOKUP(G156,$K$156:$O$162,MATCH($C$161,$K$156:$O$156,0),0)","v":33},null,null,"Weight (kg)",0.4,0.5,0.6,0.7]
[null,"Birth Weight (kg)",{"$f":"C16*0.075","v":37.5},null,{"$f":"IF(E156<$C$158,E156+1,$C$158)","v":"2023-07-02"},{"$f":"IF(E156<$C$158,F156+C$160,F156)","v":38.065068493150683},{"$f":"ROUND(F157,-2)","v":0},{"$f":"IF(F157>F156,(VLOOKUP(G157,$K$156:$O$162,MATCH($C$161,$K$156:$O$156,0),0)),0)","v":33},null,null,0,28,30,33,36]
[null,"Date at 1st Calving",{"$f":"C156+730","v":"2025-06-30"},null,{"$f":"IF(E157<$C$158,E157+1,$C$158)","v":"2023-07-03"},{"$f":"IF(E157<$C$158,F157+C$160,F157)","v":38.630136986301366},0,{"$f":"IF(F158>F157,(VLOOKUP(G158,$K$156:$O$162,MATCH($C$161,$K$156:$O$156,0),0)),0)","v":33},null,null,100,28,30,33,36]
[null,"Primiparous cow liveweight at 1st Calving",{"$f":"C16*0.9","v":450},null,"2023-07-04",39.195205479452049,0,33,null,null,200,42,45,48,51]
[null,"Average growth rate to 1st calving (kg per day)",{"$f":"(C159-C157)/(C158-C156)","v":0.56506849315068497},null,"2023-07-05",39.760273972602732,0,33,null,null,300,56,60,64,68]
[null,"Nearest average daily GR",{"$f":"ROUND(C160,1)","v":0.6},null,"2023-07-06",40.325342465753415,0,33,null,null,400,75,79,84,89]
[null,"Pregnancy energy (MJ)",{"$f":"Q98","v":1590},null,"2023-07-07",40.890410958904098,0,33,null,null,500,91,95,99,103]
[null,"Total Energy to 1st Calf (MJ)",{"$f":"H1286+C162","v":42897},null,"2023-07-08",41.455479452054782,0,33]
[null,null,null,null,"2023-07-09",42.020547945205465,0,33]
[null,null,null,null,"2023-07-10",42.585616438356148,0,33]
[null,null,null,null,"2023-07-11",43.150684931506831,0,33]
[null,null,null,null,"2023-07-12",43.715753424657514,0,33]
[null,null,null,null,"2023-07-13",44.280821917808197,0,33]
[null,null,null,null,"2023-07-14",44.84589041095888,0,33]
[null,null,null,null,"2023-07-15",45.410958904109563,0,33]
[null,null,null,null,"2023-07-16",45.976027397260246,0,33]
[null,null,null,null,"2023-07-17",46.541095890410929,0,33]
[null,null,null,null,"2023-07-18",47.106164383561612,0,33]
[null,null,null,null,"2023-07-19",47.671232876712295,0,33]
[null,null,null,null,"2023-07-20",48.236301369862979,0,33]
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[null,null,null,null,"2023-07-23",49.931506849315028,0,33]
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[null,null,null,null,"2023-09-06",75.359589041095916,100,33]
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[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,{"$f":"ROUND(F1181,-2)","v":500},0]
[null,null,null,null,{"$f":"IF(E1181<$C$158,E1181+1,$C$158)","v":"2025-06-30"},{"$f":"IF(E1181<$C$158,F1181+C$160,F1181)","v":450.00000000000517},500,{"$f":"IF(F1182>F1181,(VLOOKUP(G1182,$K$156:$O$162,MATCH($C$161,$K$156:$O$156,0),0)),0)","v":0}]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,{"$f":"ROUND(F1245,-2)","v":500},0]
[null,null,null,null,{"$f":"IF(E1245<$C$158,E1245+1,$C$158)","v":"2025-06-30"},{"$f":"IF(E1245<$C$158,F1245+C$160,F1245)","v":450.00000000000517},500,{"$f":"IF(F1246>F1245,(VLOOKUP(G1246,$K$156:$O$162,MATCH($C$161,$K$156:$O$156,0),0)),0)","v":0}]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",450.00000000000517,500,0]
[null,null,null,null,"2025-06-30",null,null,0]
[null,null,null,null,"Sum",null,null,{"$f":"SUM(H156:H1285)","v":41307}]

{"sheet":"Extended Longevity","index":21,"n_rows":175,"n_cols":7,"rows_kept":175,"cut":false,"hidden":false,"merged":[[0,1,0,8],[3,1,7,8],[45,1,46,2],[1,0,1,9]]}
[null,"Impact of Extended Longevity of the Milking Cow"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of adopting a program of extending the number of lactations per cow so that fewer heifers need retaining every year and its impact on methane and nitrous oxide emissions.  This spreadsheet then estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm.  The 'Your farm system data relevant to this abatement strategy' green cells are linked to your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are your farm and strategy farm system's replacement rates and the 'GHG and economic results' cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols."]
[]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Heifers > 1 yr age",{"$f":"'Your Farm'!E16","v":120}]
[null,"Heifers < 1 yr age",{"$f":"'Your Farm'!F16","v":125}]
[null,"Current milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300}]
[null,"Key variables for the strategy farm"]
[null,"Enter number of heifers > 1 yr age  ",{"$f":"C55/1","v":105}]
[]
[null,"Enter number of heifers < 1 yr age  ",{"$f":"C56/1","v":110}]
[]
[null,"Enter the price to raise a heifer calf to the point of joining the milking herd ($/head)",{"$f":"C57/1","v":2200}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C58/200","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C59/100","v":35}]
[]
[null,"Variation in production"]
[null,"Estimated \"Your farm' replacement rate",{"$f":"(C12/C11)","v":0.26666666666666666}]
[null,"Estimated Strategy farm' replacement rate",{"$f":"C17/C11","v":0.23333333333333334}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"C171","v":33.392513641536027}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",{"$f":"C172","v":0.70314044376461116}]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",{"$f":"C173","v":5.2307335606999956}]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",{"$f":"C174","v":0}]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"SUM(C31:C34)","v":39.326387646000633}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"(C35/'Your Farm'!K150*100)","v":1.1110346601465093}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"(C31+C32)/(SUM('Your Farm'!E129:F130))*100","v":12.335761648304985}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"C33/SUM('Your Farm'!E131:F133)*100","v":12.348996758779448}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"C35*C25","v":1376.4235676100222}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"C64","v":-33000}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C39>1,C39-C40,C40*-1)","v":34376.423567610022}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"0","v":0}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C39>1,C39-C40+C42,C42-C40)+C65","v":34376.423567610022}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C69","v":1.6976011638325933E-2}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter number of heifers > 1 yr age",105]
[null,"Enter number of heifers < 1 yr age",110]
[null,"Cost to raise heifers to point of entry",2200]
[null,"Enter milk price ($/ litre)",135]
[null,"Enter on farm price received for a t CO2e ($)",3500]
[]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C39","v":1376.4235676100222}]
[null,"Implementation cost ",{"$f":"C57*(AVERAGE(C12:C13)-AVERAGE(C17,C19))*-1","v":-33000}]
[null,"Additional milk income ",{"$f":"C42","v":0}]
[null,"Total farm benefit",{"$f":"C43","v":34376.423567610022}]
[]
[]
[null,"Carbon credit benefit as % of milk income",{"$f":"C66/C70","v":1.6976011638325933E-2}]
[null,"Total milk income",{"$f":"C11*C14*C15*C23","v":2025000.0000000005}]
[]
[null,null,null,"Strategy"]
[null,"Cost to raise heifers to point of joining milking herd ($/hd per annum)",null,{"$f":"$C$21","v":2200}]
[null,"Number of fewer heifers up to 1 year of age",null,{"$f":"C13-C19","v":15}]
[null,"Number of fewer heifers up to 2 year of age",null,{"$f":"C12-C17","v":15}]
[null,"Savings to raise heifers from birth to 1 year of age ($ per annum)",null,{"$f":"D73/2*D74","v":16500}]
[null,"Savings to raise heifers from 1 year of age to 2 years of age ($ per annum)",null,{"$f":"D73/2*D75","v":16500}]
[null,"Savings to raise heifers to joining of calving ($ per annum)",null,{"$f":"D77+D76","v":33000}]
[]
[]
[]
[null,"Your farm system"]
[null,"Enteric Methane Calculation","Heifers > 1 yr age","Heifers < 1 yr age post weaning","Heifers < 1 yr age pre weaning"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!E250","v":0.14823220319999997},{"$f":"'Your Farm'!F250","v":8.5134628800000001E-2},{"$f":"'Your Farm'!I250","v":1.7600000000000001E-2}]
[]
[null,"Heifer nos",{"$f":"'Your Farm'!E16","v":120},{"$f":"'Your Farm'!F16","v":125},{"$f":"D86","v":125}]
[null,"Methane loss (kg)",{"$f":"C84*C86*365","v":6492.5705001599981},{"$f":"D84*D86*281","v":2990.3538366000002},{"$f":"E84*E86*84","v":184.8},null,"Methane loss over the number of days the strategy is implemented"]
[null,"Grand Total - Enteric t CO2-e",{"$f":"(C87+D87+E87)*'Emission factors'!C4/1000","v":270.69628142927996}]
[]
[]
[null,"Strategy farm system"]
[null,"Enteric Methane Calculation","Heifers > 1 yr age","Heifers < 1 yr age post weaning","Heifers < 1 yr age pre weaning"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"C84","v":0.14823220319999997},{"$f":"D84","v":8.5134628800000001E-2},{"$f":"E84","v":1.7600000000000001E-2}]
[]
[null,"Heifer nos",{"$f":"C17","v":105},{"$f":"C19","v":110},{"$f":"D95","v":110}]
[null,"Methane loss (kg)",{"$f":"C93*C95*365","v":5680.999187639999},{"$f":"D93*D95*281","v":2631.511376208},{"$f":"E93*E95*84","v":162.62400000000002}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"(C96+D96+E96)*'Emission factors'!C4/1000","v":237.30376778774394}]
[]
[]
[null,"Grand total difference (t CO2e/annum)",{"$f":"C88-C97","v":33.392513641536027},null,null,null,"Difference between strategy and your farm enteric CH4 "]
[]
[]
[null,"Your farm system"]
[null,"Waste Methane Calculation","Heifers > 1 yr age","Heifers < 1 yr age post weaning","Heifers < 1 yr age pre weaning"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!E275","v":3.110678477733888E-3},{"$f":"'Your Farm'!F275","v":1.7865649420369925E-3},{"$f":"'Your Farm'!I275","v":4.3716095999999998E-4}]
[]
[null,"Heifer nos",{"$f":"C86","v":120},{"$f":"D86","v":125},{"$f":"D107","v":125}]
[null,"Methane loss (kg)",{"$f":"C105*C107*365","v":136.24771732474431},{"$f":"D105*D107*281","v":62.753093589049357},{"$f":"E105*E107*84","v":4.5901900800000002},null,"Methane loss over the number of days the strategy is implemented"]
[null,"Grand Total - Enteric tCO2-e",{"$f":"(C108+D108+E108)*'Emission factors'!C4/1000","v":5.7005480278262226}]
[]
[]
[null,"Strategy farm system"]
[null,"Waste Methane Calculation","Heifers > 1 yr age","Heifers < 1 yr age post weaning","Heifers < 1 yr age pre weaning"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"C105","v":3.110678477733888E-3},{"$f":"D105","v":1.7865649420369925E-3},{"$f":"E105","v":4.3716095999999998E-4}]
[]
[null,"Heifer nos",{"$f":"C95","v":105},{"$f":"D95","v":110},{"$f":"D116","v":110}]
[null,"Methane loss (kg)",{"$f":"C114*C116*365","v":119.21675265915125},{"$f":"D114*D116*281","v":55.222722358363434},{"$f":"E114*E116*84","v":4.0393672703999997}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"(C117+D117+E117)*'Emission factors'!C4/1000","v":4.9974075840616115}]
[]
[]
[null,"Grand total difference (t CO2e/annum)",{"$f":"C109-C118","v":0.70314044376461116},null,null,null,"Difference between strategy and your farm waste CH4 "]
[]
[]
[]
[null,"Your farm system"]
[null,"Dung & urine voided onto pastures","Heifers > 1 yr age","Heifers < 1 yr age pre- and post-weaning as usign the final result"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!E131/'Emission factors'!C5*1000","v":59.661591054923271},{"$f":"'Your Farm'!F131/'Emission factors'!C5*1000","v":25.814261591356317}]
[null,"N2O (kg N2O/hd/annum)",{"$f":"C127/C$107","v":0.49717992545769391},{"$f":"D127/D$107","v":0.20651409273085053}]
[]
[null,"Manure during storage and spreading"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!E132/'Emission factors'!C5*1000","v":0},{"$f":"'Your Farm'!F132/'Emission factors'!C5*1000","v":0}]
[null,"N2O (kg N2O/hd/annum)",{"$f":"C131/C107","v":0},{"$f":"D131/D107","v":0}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!E133/'Emission factors'!C5*1000","v":51.90558421778325},{"$f":"'Your Farm'!F133/'Emission factors'!C5*1000","v":22.458407584479993}]
[null,"N2O (kg N2O/hd/annum)",{"$f":"C135/C107","v":0.43254653514819374},{"$f":"D135/D107","v":0.17966726067583993}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/hd/annum)",{"$f":"C128+C132+C136","v":0.92972646060588771},{"$f":"D128+D132+D136","v":0.38618135340669046}]
[]
[null,"Heifer nos",{"$f":"C107","v":120},{"$f":"D107","v":125}]
[null,"Nitrous oxide loss (kg N2O/annum)",{"$f":"C141*C139/1000","v":0.11156717527270651},{"$f":"D141*D139/1000","v":4.8272669175836308E-2},null,null,"Nitrous oxide loss over the number of days the strategy is implemented"]
[null,"Grand Total - Waste N2O t CO2-e",{"$f":"SUM(C142:D142)*'Emission factors'!C5","v":42.357558778863847},null,null,null,"t CO2e/herd for the duration of the strategy"]
[]
[]
[null,"Strategy farm system"]
[null,"N2O (kg N2O/hd/annum)",{"$f":"C139","v":0.92972646060588771},{"$f":"D139","v":0.38618135340669046}]
[]
[null,"Heifer nos",{"$f":"C116","v":105},{"$f":"D116","v":110}]
[null,"Nitrous oxide loss (kg N2O/annum)",{"$f":"C149*C147/1000","v":9.7621278363618197E-2},{"$f":"D149*D147/1000","v":4.2479948874735954E-2},null,null,"Nitrous oxide loss over the number of days the strategy is implemented"]
[null,"Grand Total - Waste N2O t CO2-e",{"$f":"SUM(C150:D150)*'Emission factors'!C5","v":37.126825218163852},null,null,null,"t CO2e/herd for the duration of the strategy"]
[]
[]
[null,"Grand total difference (t CO2e/annum)",{"$f":"C143-C151","v":5.2307335606999956},null,null,null,"Difference between strategy and your farm waste N2O"]
[]
[null,"Your farm"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"'Your Farm'!E129+'Your Farm'!F129","v":270.69628142927996}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"'Your Farm'!E130+'Your Farm'!F130","v":5.7005480278262226}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"SUM('Your Farm'!E131:F133)","v":42.357558778863847}]
[null,"Fert N2O (t CO2e/farm per annum)",{"$f":"'Your Farm'!E132+'Your Farm'!F132","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C157:C160)","v":318.75438823597005}]
[]
[null,"Strategy"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C97","v":237.30376778774394}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C118","v":4.9974075840616115}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C151","v":37.126825218163852}]
[null,"Fert N2O (t CO2e/farm per annum)",{"$f":"C160","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C164:C167)","v":279.42800058996943}]
[]
[null,"Reduction due to strategy"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C157-C164","v":33.392513641536027}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C158-C165","v":0.70314044376461116}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C159-C166","v":5.2307335606999956}]
[null,"Fert N2O (t CO2e/farm per annum)",{"$f":"C160-C167","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C171:C174)","v":39.326387646000633}]

{"sheet":"Replacing Sup with Dietary Fats","index":22,"n_rows":416,"n_cols":9,"rows_kept":416,"cut":false,"hidden":false,"merged":[[0,1,0,8],[3,1,8,8],[68,1,69,2],[1,0,1,9]]}
[null,"Feeding Dietary Fats & Oils- Replacing Supplementation"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of adopting the strategy of replacing a percentage of supplementary feed with another supplementary feed with a higher dietary fat content.  This spreadsheet then estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm.  The 'Your farm system data relevant to this abatement strategy' cells are linked to your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in fat concentration of the diet and milk production and the 'GHG and economic results' cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols.\nNOTE: If the overall dietary fat concentration of the diet goes over 7%, the results will default to zero in the graph indicating that the strategy diet is too high in fat concentration."]
[]
[]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Average liveweight of milking cow (kg)",{"$f":"'Your Farm'!D18","v":500}]
[null,"Enter liveweight gain (kg/day)",0]
[null,"Current milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300}]
[null,"Digestibility of the 'Your farm' diet (%)",{"$f":"'Your Farm'!F44","v":75.735294117647058}]
[null,"Crude protein of the 'Your farm' diet (%)",{"$f":"'Your Farm'!H44","v":18.632352941176471}]
[null,"Key variables for the strategy farm"]
[null,"Enter estimated fat content of the 'Your farm' diet (%) ",{"$f":"C77/10","v":4}]
[]
[null,"Estimate current 'Your farm' daily intake (kg DM/cow.day)",{"$f":"#REF!","v":{"$error":"#REF!"}}]
[]
[null,"Enter amount of 'Your farm' supplement to be replaced (kg DM/cow.day)",{"$f":"C85/10","v":4}]
[]
[null,"Enter digestibility of the 'Your farm' supplement to be replaced  (%)",{"$f":"C79/10","v":72}]
[]
[null,"Enter crude protein of the 'Your farm' supplement to be replaced (%)",{"$f":"C80/10","v":18.2}]
[]
[null,"Enter fat content of the 'Your farm' supplement to be replaced (%)",{"$f":"C78/10","v":3}]
[]
[null,"Enter cost of the 'Your farm\" supplement to be replaced ($/t DM)",{"$f":"C81/1","v":300}]
[]
[null,"Enter digestibility of the new abatement strategy supplement (%)",{"$f":"C86/10","v":80}]
[]
[null,"Enter crude protein of the new abatement strategy supplement (%)",{"$f":"C87/10","v":15.4}]
[]
[null,"Enter fat content of the new abatement strategy supplement (%)",{"$f":"C88/10","v":10}]
[]
[null,"Enter cost of new abatement strategy supplement ($/t DM)",{"$f":"C89/1","v":350}]
[]
[null,"Enter number of days per year the new abatement supplement is fed ",{"$f":"C90/1","v":150}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"$C$82/200","v":0.67500000000000004}]
[]
[null,"Enter milk price for when supplements fed ($/litre)",{"$f":"$C$83/200","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C84/100","v":35}]
[]
[null,"Variation in production"]
[null,"Estimated fat content in the abatement strategy diet during the activation period (%)",{"$f":"IF(C178>7,\"TOO HIGH\",C178)","v":5.6167745440196128}]
[null,"Estimated additional milk produced (litres/farm)",{"$f":"IF(C51=\"TOO HIGH\",0,C172)","v":59675.649786096183}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"D412","v":32.277413445262717}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",{"$f":"D413","v":8.0809337290752374}]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",{"$f":"D414","v":4.9360847606574376}]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",{"$f":"D415","v":0}]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"D416","v":45.294431934995387}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"(C58/'Your Farm'!K150*100)","v":1.2796416554812797}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"SUM(C54:C55)/SUM('Your Farm'!D129:D130)*100","v":2.0701954292393769}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"SUM(C56)/SUM('Your Farm'!D131:D133)*100","v":2.2247816276540098}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"IF(C58>0,C58*C48,0)","v":1585.3051177248385}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"(C42*C24*C12/1000*(C40-C32))","v":13500}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C62>1,C62-C63,C63*-1)","v":-11914.694882275162}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"(C52*C46)","v":40281.063605614923}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C62>1,C62-C63+C65,C65-C63)","v":28366.368723339761}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C99","v":1.400808332016778E-2}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter estimated fat content of your farm diet (%; value ten times higher to incorporate up/down arrows) ",40]
[null,"Enter fat content of your farm supplement to be replaced (%; value ten times higher to incorporate up/down arrows)",30]
[null,"Enter DMD content of your farm supplement to be replaced (%; value ten times higher to incorporate up/down arrows)",720]
[null,"Enter CP content of your farm supplement to be replaced (%; value ten times higher to incorporate up/down arrows)",182]
[null,"Enter cost of the your farm supplement to be replaced ($)",300]
[null,"Enter average annual milk price ($/ litre; value here reported as c/litre to allow increments of 1 cent/litre milk change)",135]
[null,"$/ litre; value here reported as c/litre to allow increments of 1 cent/litre milk change",135]
[null,"Enter on farm price received for a t CO2e ($; value is 100 times greater to allow for increments for the up/down arrows)",3500]
[null,"Enter amount of your farm supplement to be replaced (kg DM/cow.day; value ten times higher to incorporate up/down arrows)",40]
[null,"Enter digestibility of the new abatement strategy supplement (%; value ten times higher in incorporate up/down arrows)",800]
[null,"Enter crude protein of the new abatement strategy supplement (%; value ten times higher to incorporate up/down arrows)",154]
[null,"Enter fat content of the new abatement strategy supplement (%; value ten times higher to incorporate up/down arrows)",100]
[null,"Enter price of the new abatement strategy supplement ($/t DM)",350]
[null,"Enter number of days per annum the new supplement is fed",150]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"IF(C51>7,0,C62)","v":1585.3051177248385}]
[null,"Implementation cost",{"$f":"IF(C51>7,0,C63)","v":13500}]
[null,"Additional milk income",{"$f":"IF(C51>7,0,C65)","v":40281.063605614923}]
[null,"Total farm benefit",{"$f":"IF(C51>7,0,C66)","v":28366.368723339761}]
[]
[]
[null,"Carbon credit benefit as % of milk income",{"$f":"C96/C100","v":1.400808332016778E-2}]
[null,"Total milk income",{"$f":"C12*C15*C16*C44","v":2025000.0000000005}]
[]
[]
[null,"Your farm system"]
[null,"Enteric Methane Calculations based on ERF methodology"]
[null,"Your farm intake (without milk; kg DM/cow.day)",{"$f":"'Your Farm'!D242-'Your Farm'!D246","v":8.6548275000000015}]
[]
[null,"Your farm milk (kg DM/cow.day)",{"$f":"'Your Farm'!D246","v":8.663604500040412}]
[]
[null,"Your farm intake (kg DM/cow.day)",{"$f":"C105+C107","v":17.318432000040413}]
[]
[null,"Your farm enteric methane (g CH4/kg DMI)",{"$f":"24.51-(0.0788*C113)","v":21.421040000000001},"Based on this equation: 24.51 - 0.0788 x TF"]
[]
[null,"Your farm fat concentrations (g/kg DM)",{"$f":"(C20*10)*0.98","v":39.200000000000003},"grams fat per kg DMI taking into account a 2% wastage"]
[]
[null,"Daily Methane Yield (kg CH4/hd/d)",{"$f":"C111*C109/1000","v":0.37097882461014575},"kg CH4/cow.day"]
[]
[null,"Cow nos",{"$f":"C12","v":450}]
[null,"Methane loss (kg)",{"$f":"C115*C117*365","v":60933.271942216437},"kg CH4 per cow per day x number of cows per annum"]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C118*'Emission factors'!C4/1000","v":1706.1316143820602},"kg methane x 28 to convert to CO2e / 1000 to convert into t CO2e/annum"]
[]
[]
[]
[]
[null,"Strategy farm system"]
[null,"Enteric Methane Calculation"]
[null,"Strategy intake (without milk; kg DM/cow.day)",{"$f":"C105","v":8.6548275000000015},"Same as for your farm as no change to liveweight or liveweight gain or metabolic rate"]
[]
[null,"Strategy milk (kg DM/cow.day)",{"$f":"(C154*1.03*3.054)/0.6/((0.00795*C149)-0.0014)/18.4","v":8.8888974985107509},"New intake for additional milk production and potential change to DMD of the diet"]
[]
[null,"Strategy intake (kg DM/cow.day)",{"$f":"C126+C128","v":17.543724998510754}]
[]
[null,"Strategy enteric methane (g CH4/kg DMI)",{"$f":"24.51-(0.0788*C134)","v":20.172502026126296},"Based on this equation: 24.51 - 0.0788 x TF"]
[]
[null,"Strategy fat concentration (g/ kg DM)",{"$f":"(C178*10)*0.98","v":55.044390531392203},"grams fat per kg DMI taking into account a 2% wastage"]
[]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"C132*C130/1000","v":0.35390082807826068},"kg CH4/cow.day"]
[]
[null,"Cow nos",{"$f":"$C$12","v":450}]
[null,"Methane loss (kg)",{"$f":"C136*C138*365","v":58128.211011854313}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C139*'Emission factors'!C4/1000","v":1627.5899083319209}]
[]
[]
[null,"Grand total change (t CO2e/annum)",{"$f":"C119-C140","v":78.541706050139283},"Difference between your farm and strategy enteric CH4 "]
[]
[null,"Changes in feed quality for GHG assessments (use the default NGGI equations)"]
[null,"ME of your farm diet ((DMD x 0.1604) - 1.037)",{"$f":"(C17*0.1604)-1.037","v":11.110941176470586},"ME = ((Your farm DMD% x 0.1604) - 1.037)"]
[null,"ME of diet total (MJ/day.head)",{"$f":"C146*'Your Farm'!D242","v":192.42407922115487},"ME of your farm diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Digestibility of diet from all sources minus the supplement being replaced",{"$f":"(('Your Farm'!$D$242*$C$17)-($C$24*$C$26))/('Your Farm'!$D$242-$C$24)","v":76.857136123563592},"((Your farm intake (kg DM/cow.day) X DMD% of your farm diet) - (kg DM low fat supplement replaced x DMD% of low fat supplement replaced)) / (your farm intake (kg DM/cow.day) - kg DM of low fat supplement replaced)"]
[null,"Digestibility of strategy diet (%)",{"$f":"C148*('Your Farm'!$D$242-$C$24)/'Your Farm'!$D$242+$C$34*$C$24/'Your Farm'!$D$242","v":77.583036453669479},"(DMD% of diet minus altered supp x (intake of your farm diet - intake  of the low fat supplement being replaced)/ your farm intake (kg DM/cow.day)) + (DMD % of new high fat supplement x kg DM of new high fat supplement) / your farm intake (kg DM/cow.day)"]
[null,"ME of strategy diet (DMD x 0.1604-1.037)",{"$f":"C149*0.1604-1.037","v":11.407319047168585},"ME = ((Strategy DMD% x 0.1604) - 1.037)"]
[null,"ME of total strategy diet (MJ/cow.day)",{"$f":"C150*'Your Farm'!D242","v":197.55687922115493},"ME of your farm diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Additional ME (MJ/cow.day)",{"$f":"C151-C147","v":5.13280000000006}]
[null,"Additional milk (litres/cow.day)",{"$f":"C152/5.5","v":0.93323636363637452},"Assumed 5.5 MJ/litre milk"]
[null,"New milk production (litres/cow.day)",{"$f":"(C15*C16/365)+C153","v":19.198076546284781}]
[null,"Crude protein of diet from all sources minus the supplement being replaced",{"$f":"(('Your Farm'!D242*C18)-(C24*C28))/('Your Farm'!D242-C24)","v":18.762203945010906},"((Your farm intake (kg DM/cow.day) X CP% of your farm diet) - (kg DM low fat supplement replaced x  CP% of low fat supplement replaced)) / (your farm intake (kg DM/cow.day) - kg DM of low fat supplement replaced)"]
[null,"Crude protein of strategy diet (%)",{"$f":"C155*('Your Farm'!D242-C24)/'Your Farm'!D242+((C36*C24)/'Your Farm'!D242)","v":17.985643123568629},"(CP% of diet minus altered supp x (intake of your farm diet - intake of the low fat supplement being replaced)/ your farm intake (kg DM/cow.day)) + (CP % of new high fat supplement x kg DM of new high fat supplement) / your farm intake (kg DM/cow.day)"]
[null,"Estimate intake strategy diet (kg DM/day)",{"$f":"'Your Farm'!D242","v":17.318432000040413},"Intake remains unchanged to your farm intake as 1:1 replacement"]
[]
[null,"Change in milk production based on high fat supplementation equations and ERF calculations"]
[null,"Intake of original diet (kg DM/day)",{"$f":"C109","v":17.318432000040413},"Your farm diet intake"]
[null,"ME of your farm diet (MJ/kg DM)",{"$f":"C17*0.134 + 1.23 + (0.235 * C20)","v":12.318529411764706},"(ME = DMD x 0.134 + 1.23 + (0.235 x fat%))"]
[null,"Total ME of  your farm diet (MJ/cow.day)",{"$f":"C160*C161","v":213.33761395814489},"ME of your farm diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Intake of strategy diet new supplement (kg DM/day)",{"$f":"C24","v":4}]
[null,"ME of new supplement (MJ/kg DM) ",{"$f":"IF((C34*0.134)+1.23+(0.235*C38)>13.5,13.5,(C34*0.134)+1.23+(0.235*C38))","v":13.5},"((ME = DMD x 0.134 + 1.23 + (0.235 x fat%)) (CSIRO 2007) with ceiling ME of 13.5 MJ/kg DM"]
[null,"ME of new supplement (MJ/day)",{"$f":"C164*C24","v":54},"ME of supplementary feed  (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Intake of original diet (kg DM/day)",{"$f":"(C160-C163)","v":13.318432000040413},"Your farm intake minus supp replaced"]
[null,"ME of original component feed of the strategy diet (MJ/day)",{"$f":"C166*C161","v":164.06349631108606},"ME of the  original component of the diet not substituted (MJ/day)"]
[null,"Total ME of strategy diet (MJ/day)",{"$f":"C167+C165","v":218.06349631108606},"ME of the  original component of the diet not substituted plus the new supplement fed (MJ/day)"]
[null,"Difference in ME (MJ/day)",{"$f":"C168-C162","v":4.72588235294117},"ME of whole strategy diet minus ME of your farm diet"]
[null,"Additional milk production (litres/day)",{"$f":"C169/5.5","v":0.8592513368983945},"Assumed 5.5 MJ/litre milk"]
[null,"Total milk production while activated (litres/day)",{"$f":"(C15+C170)","v":23.081473559120621},"Your farm milk plus strategy additional milk"]
[null,"Total additional milk production farm (litres of fat & protein corrected milk)",{"$f":"(C170*C42*C12)*(0.2534+(0.1226*'Your Farm'!R225)+(0.0776*'Your Farm'!R226))","v":59675.649786096183}]
[null,"Average additional daily milk",{"$f":"C172/365","v":163.49493092081147}]
[null,"Average additional daily milk per cow over the year",{"$f":"C173/C12","v":0.36332206871291439}]
[]
[null,"Changes in fat % of the diet"]
[null,"Fat % of your farm diet without the fat supp to be replaced",{"$f":"(('Your Farm'!D242*C20)-(C24*C30))/('Your Farm'!D242-C24)","v":4.3003356551272596},"((Your farm intake (kg DM/cow.day) x fat % of your farm diet) - (kg of low fat supplement to replaced x fat% of low fat supplement to be replaced)) / (your farm intake (kg DM/cow.day) - kg of low fat supplement to be replaced)"]
[null,"% fat of new diet",{"$f":"C177*(('Your Farm'!D242-C24)/'Your Farm'!D242)+(C38*C24)/'Your Farm'!D242","v":5.6167745440196128},"((Fat % of your farm diet - fat % of the low fat supplement being replaced) /  your farm intake (kg DM/cow.day) + (fat % of new high fat supplement x kg DM of new high fat supplement) / strategy intake (kg DM/cow.day; which is same as your farm intake as 1:1 replacement)"]
[null,"Change in % fat",{"$f":"C178-C20","v":1.6167745440196128},"Difference between strategy and your farm fat %"]
[]
[]
[]
[null,"Your farm system"]
[null,"Waste Methane Calculation"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!D275","v":6.5403772921409517E-2}]
[]
[null,"Cow nos",{"$f":"$C$12","v":450}]
[null,"Methane loss (kg)",{"$f":"C185*C187*365","v":10742.569702341514}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C188*'Emission factors'!C4/1000","v":300.79195166556241}]
[]
[]
[null,"Strategy farm system"]
[null,"Waste Methane Calculation"]
[]
[null,"VS = (I x (1 - DMD) +(0.004xI))x (1 - A)",{"$f":"(C157*(1-C149%)+(0.04*C157))*(1-0.08)","v":4.2090035587869794}]
[]
[null,"M = VS x Bo x MCF x r ",{"$f":"C195*'Your Farm'!C263*'Your Farm'!AO249%*'Your Farm'!C264","v":6.1128146609729511E-2}]
[]
[null,"Cow nos",{"$f":"$C$12","v":450}]
[null,"Methane loss (kg)",{"$f":"C197*C199*365","v":10040.298080648072}]
[null,"Grand Total - Waste tCO2-e",{"$f":"C200*'Emission factors'!C4/1000","v":281.128346258146}]
[]
[null,"Change in waste methane emissions (t CO2e/annum)",{"$f":"C189-C201","v":19.663605407416412}]
[]
[null,"Your farm system"]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D131/'Emission factors'!C5*1000","v":363.87062818996156}]
[]
[null,"Manure during storage and spreading"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D132/'Emission factors'!C5*1000","v":81.952816446037048}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D133/'Emission factors'!C5*1000","v":391.41535284178627}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C207+C210+C213","v":837.23879747778483}]
[]
[null,"Grand Total - Waste N2O tCO2-e",{"$f":"C216*'Emission factors'!C5/1000","v":221.86828133161299}]
[]
[]
[null,"Strategy farm system"]
[]
[null,"Faecal nitrous oxide calculation","Seasons","Milkers",null,null,null,null,{"$f":"I94","v":0}]
[]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP"]
[null,null,"Annual",{"$f":"C157*C156%","v":3.1148313741251776},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 "]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen"]
[null,null,"Annual",{"$f":"(0.3*((D226*(1-((C149+10)/100))))+(0.105*((C150)*'Your Farm'!D242*0.008))+(0.0152*'Your Farm'!D242))/6.25","v":8.723491005165139E-2},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP x 1.03 / 6.38) +{{0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)}} /6.25"]
[]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)"]
[null,null,null,"Milking Cows"]
[null,1,"Victoria",590]
[null,2,"New.South.Wales",590]
[null,3,"Tasmania",590]
[null,4,"Queensland",590]
[null,5,"South.Australia",590]
[null,6,"Western.Australia",590]
[null,7,"Northern.Territory",590]
[null,null,"Selected",{"$f":"VLOOKUP('Your Farm'!$D$12,$C$237:$H$243,2,FALSE)","v":590}]
[null,null,"Z",{"$f":"IF(D244>0,C13/D244,0)","v":0.84745762711864403}]
[]
[null,null,"Annual",{"$f":"((0.032*C154*1.03/6.38)+((0.212-0.008*('Your Farm'!D310-2)-((0.14-0.008*('Your Farm'!D310-2))/(1+EXP(-6*(D245-0.4)))))*(C14*0.92))/6.25)","v":9.918003181278158E-2},null,null,null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4  x W^0.75) / 6.25]"]
[null,null,"Annual",{"$f":"(D226/6.25)-D247-D231-((1.1*10^-4*C13^0.75)/6.25)","v":0.31009710457194006},null,null,null,null,"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6"]
[]
[null,null,"Annual",{"$f":"(365*C12*D231)*10^-6","v":1.432833397598374E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6"]
[]
[null,null,"Annual",{"$f":"(365*C12*D250)*10^-6","v":5.0933449425941156E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen excreted (AE)",null,"AE =AF + AU"]
[]
[null,null,"Annual",{"$f":"D254+D258","v":6.52617834019249E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"The total emissions of nitrous oxide from different manure management systems (Total MMS)",null,"E = AE x MMS x EF x Cg"]
[null,null,null,"Emission factor (EF) = N2O-N kg/N excreted for the different manure management systems"]
[null,null,null,"MMS = The fraction of AE that is managed in different manure management systems"]
[]
[null,"Manure Management Systems  (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"$D$262*'Your Farm'!AK249%","v":7.04827260740789E-3},null,null,0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"$D$262*'Your Farm'!AL249%","v":5.8735605061732417E-4},null,null,0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"$D$262*'Your Farm'!AM249%","v":1.305235668038498E-4},null,null,0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"$D$262*'Your Farm'!AN249%","v":2.7409949028808461E-3},null,null,5.0000000000000001E-3]
[]
[null,"MMS 14= Pasture range and paddock","Annual",{"$f":"$D$262*'Your Farm'!AJ249%","v":5.4754636274214993E-2},null,null,0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D269,D271,D273,D275,D277)","v":6.52617834019249E-2},null,null,"Gg N/farm/annum"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D269*$G$269)+(D271*$G$271)+(D273*$G$273)+(D275*$G$275))*44/28","v":2.1536388522635219E-5},null,null,"Gg N2O-Nkg/N excreted)"]
[]
[null,"Indirect storage waste volatilised",null,"MNATMOS = (FN + UN) x FracGASM",null,null,"FracGASM (kg N2O-N/kg N excreted)"]
[]
[null,"MMS 1 = Anaerobic lagoon",null,{"$f":"D269*G285","v":2.4668954125927614E-3},null,null,0.35]
[]
[null,"MMS 3a= Sump and dispersal",null,{"$f":"D271*G287","v":4.1114923543212696E-5},null,null,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock",null,{"$f":"D273*G289","v":2.610471336076996E-5},null,null,0.2]
[]
[null,"MMS 4= Solid storage ",null,{"$f":"D275*G291","v":8.2229847086425379E-4},null,null,0.3]
[]
[null,"MMS 14= Pasture range and paddock",null,{"$f":"D277*G293","v":0},null,null,0]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D285:D291)*$G$296*44/28","v":3.111874821020411E-5},null,null,5.8999999999999999E-3]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D296)*'Emission factors'!C5*10^3","v":8.246468275704089},null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,"FracWET "]
[null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D275*$G$301*$G$303","v":5.4819898057616924E-5},null,null,"FracLEACH"]
[null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,"EF"]
[null,null,null,{"$f":"D302*$G$305*44/28","v":9.4760109499594958E-7},null,null,1.0999999999999999E-2]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D305)*'Emission factors'!C5*10^3","v":0.25111429017392667},null,null,"t CO2e/annum"]
[]
[]
[null,"Data Input"]
[]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = (((AEMMS=1-13) - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[]
[null,"MN Soil for lagoon","Annum",{"$f":"(($D$262*'Your Farm'!AK249%)*(1-$G269-$G285))-0","v":4.5813771948151286E-3}]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"(($D$262*'Your Farm'!AL249%)*(1-$G271-$G287))-0","v":5.4624112707411148E-4}]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"(($D$262*'Your Farm'!AM249%)*(1-$G273-$G289))-0","v":1.0441885344307984E-4}]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$262*'Your Farm'!AN249%)*(1-$G275-$G291))-D302","v":1.8501715594445712E-3}]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D319:D325)","v":7.0822087347768899E-3}]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg"]
[null,null,"EF (manure) ",5.0299999999999997E-3]
[null,null,"Annum",{"$f":"D327*$D$330*44/28","v":5.5979801327886473E-5}]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D254*'Your Farm'!AJ249%","v":1.2021472205850359E-2}]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D258*'Your Farm'!AJ249%","v":4.273316406836463E-2}]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D335+D339)*D342*44/28","v":3.4417199943792282E-4}]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D331+D345","v":4.001518007658093E-4}]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil"]
[null,null,"FracGASM = ",0.21]
[]
[null,"Animal waste","Annum",{"$f":"(D327+D335+D339)*D352","v":1.2985737451888293E-2}]
[]
[null,null,"E = M x EF x Cg"]
[null,null,"M = mass of N volatilised from subset k"]
[null,null,"EF ",4.0000000000000001E-3]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D354*D358*44/28","v":8.1624635411869269E-5},null,null,"Gg N2O/farm/year"]
[null,"Total CO2e emissions from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D360*'Emission factors'!C5","v":2.1630528384145357E-2},null,null,"Gg CO2-e/farm/year"]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,"FracWET =",1]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,"FracLEACH = ",0.24]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)"]
[]
[null,null,"Annum",{"$f":"SUM(D327,D339,D335)*H363*H364","v":1.484084280215805E-2}]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg"]
[null,null,"M = mass of N lost through leaching and runoff"]
[null,null,"EF",1.0999999999999999E-2]
[]
[null,"Animal waste","Annum",{"$f":"D368*D372*44/28","v":2.5653456843730341E-4},null,null,"Gg N2O/farm/year"]
[]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"D374*'Emission factors'!C5","v":6.7981660635885399E-2},null,null,null,"Gg CO2-e/farm/year"]
[]
[]
[]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"D345*10^6","v":344.17199943792281}]
[]
[null,"Manure during storage and spreading"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"(D281+D331)*10^6","v":77.516189850521698}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"(D296+D305+D360+D374)*10^6","v":370.22555315437273}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C381+C384+C387","v":791.91374244281724}]
[]
[null,"Grand Total - Waste N2O tCO2-e",{"$f":"C390*'Emission factors'!C5/1000","v":209.85714174734656}]
[]
[null,"Change in waste N2O emissions (t CO2e/annum)",{"$f":"C218-C392","v":12.011139584266431}]
[]
[]
[null,"Your farm",null,"Emissions per day"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C119","v":1706.1316143820602},{"$f":"C398/365","v":4.674333190087836}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C189","v":300.79195166556241},{"$f":"C399/365","v":0.82408753880976005}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C218","v":221.86828133161299},{"$f":"C400/365","v":0.60785830501811777}]
[null,"Fert N2O (t CO2e/farm per annum)",0,{"$f":"C401/365","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C398:C401)","v":2228.7918473792356},{"$f":"C402/365","v":6.1062790339157136}]
[]
[null,"Strategy"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C140","v":1627.5899083319209},{"$f":"C405/365","v":4.4591504337860846}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C201","v":281.128346258146},{"$f":"C406/365","v":0.77021464728259181}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C392","v":209.85714174734656},{"$f":"C407/365","v":0.57495107328040151}]
[null,"Fert N2O (t CO2e/farm per annum)",0,{"$f":"C408/365","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C405:C408)","v":2118.5753963374136},{"$f":"C409/365","v":5.8043161543490784}]
[]
[null,"Reduction due to strategy"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C398-C405","v":78.541706050139283},{"$f":"(C412/365)*$C$42","v":32.277413445262717}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C399-C406","v":19.663605407416412},{"$f":"(C413/365)*$C$42","v":8.0809337290752374}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"(C400-C407)","v":12.011139584266431},{"$f":"(C414/365)*$C$42","v":4.9360847606574376}]
[null,"Fert N2O (t CO2e/farm per annum)",{"$f":"C401-C408","v":0},{"$f":"(C415/365)*$C$42","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C412:C415)","v":110.21645104182213},{"$f":"SUM(D412:D415)","v":45.294431934995387}]

{"sheet":"Supplementing With Dietary Fats","index":23,"n_rows":418,"n_cols":9,"rows_kept":418,"cut":false,"hidden":false,"merged":[[59,1,60,2],[0,1,0,8],[3,1,7,8],[1,0,1,9]]}
[null,"Feeding Dietary Fats & Oils- Increased Supplementation"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of adopting the strategy of feeding supplements with high dietary fats to reduce enteric methane production.  The spreadsheet provides an estimate of the current enteric methane production per year (t CO2-e) from the milking herd based on herd size, milk production and diet digestibility. This spreadsheet estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm.  The 'Your farm system data relevant to this abatement strategy' cells are linked to your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in fat concentration of the diet and milk production and the 'GHG and economic results' cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols."]
[]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Average liveweight of milking cow (kg)",{"$f":"'Your Farm'!D18","v":500}]
[null,"Enter liveweight gain (kg/day)",0]
[null,"Current milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300}]
[null,"Digestibility of the 'Your farm' diet (%)",{"$f":"'Your Farm'!F44","v":75.735294117647058}]
[null,"Crude protein of the 'Your farm' diet (%)",{"$f":"'Your Farm'!H44","v":18.632352941176471}]
[null,"Key variables for the strategy farm"]
[null,"Enter estimated fat content of the 'Your farm' diet (%) ",{"$f":"C71/10","v":4}]
[]
[null,"Enter amount of additional supplement to be fed (kg DM/cow.day)",{"$f":"C72/10","v":2}]
[]
[null,"Enter digestibility of the additional supplement fed (%) ",{"$f":"C73/10","v":80}]
[]
[null,"Enter crude protein of the additional supplement fed (%)",{"$f":"C74/10","v":12}]
[]
[null,"Enter estimated fat content of the supplement fed (%) ",{"$f":"C75/10","v":13}]
[]
[null,"Enter number of days the fat source is fed (days/year)",{"$f":"C76/1","v":150}]
[]
[null,"Enter cost of additional supplementary feed ($/t DM)",{"$f":"C77/1","v":350}]
[]
[null,"Enter estimated substitution rate (range between 0 and 1)",{"$f":"C78/100","v":0.8}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C79/1000","v":0.67500000000000004}]
[]
[null,"Enter milk price for when supplements fed ($/litre)",{"$f":"C80/1000","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C81/100","v":35}]
[]
[null,"Variation in production"]
[null,"Estimated fat content of the abatement strategy diet (%)",{"$f":"IF(C179>7, \"TOO HIGH\",C179)","v":5.0158912481623057}]
[null,"Estimated additional milk produced (litres/farm)",{"$f":"IF(C42=\"TOO HIGH\",0,C171*C29*C11)","v":89472.513368984073}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"D414","v":11.290345783499081}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",{"$f":"D415","v":-0.2749414477342918}]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",{"$f":"D416","v":2.9559501932450756}]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",{"$f":"D417","v":0}]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"SUM(C45:C48)","v":13.971354529009865}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"(C49/'Your Farm'!K150*100)","v":0.39471357681395058}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"(C45+C46)/SUM('Your Farm'!D129+'Your Farm'!D130)*100","v":0.56503898954573484}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"SUM(C47)/SUM('Your Farm'!D131,'Your Farm'!D132,'Your Farm'!D133)*100","v":1.332299585819118}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"IF(C49>0,C49*C39,0)","v":488.99740851534528}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"(C29*C21*C11/1000*C31)","v":47250}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C53>1,C53-C54,C54*-1)","v":-46761.002591484656}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"C43*C37","v":60393.946524064253}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C53>1,C53-C54+C56,C56-C54)","v":13632.943932579597}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C92","v":6.7323179913973304E-3}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter estimated fat content of the current your farm diet (%; value ten times higher to incorporate up/down arrows) ",40]
[null,"Enter amount of additional supplement to be fed (kg DM/cow.day)",20]
[null,"Enter dry matter digestibility of the additional supplement to be fed (%)",800]
[null,"Enter crude protein of the additional supplement to be fed (%)",120]
[null,"Enter estimated fat content of the supplement fed (%) ",130]
[null,"Number of days activated",150]
[null,"Cost of the new supplement ($/t DM)",350]
[null,"Enter estimated substitution rate (%)",80]
[null,"Enter annual milk price ($/ litre)",675]
[null,"Enter seasonal milk price when supplement fed ($/litre)",675]
[null,"Enter on farm price received for a t CO2e ($)",3500]
[]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C53","v":488.99740851534528}]
[null,"Implementation cost",{"$f":"C54","v":47250}]
[null,"Additional milk income",{"$f":"C56","v":60393.946524064253}]
[null,"Total farm benefit",{"$f":"C57","v":13632.943932579597}]
[]
[]
[null,"Total milk income",{"$f":"C11*C14*C15*C35","v":2025000.0000000005}]
[null,"Carbon credit benefit as % of milk income",{"$f":"C88/C91","v":6.7323179913973304E-3}]
[]
[]
[null,"Your farm system"]
[null,"Enteric Methane Calculation"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!D250","v":0.35849154240083653}]
[]
[null,"Cow nos",{"$f":"$C$11","v":450}]
[null,"Methane loss (kg)",{"$f":"C97*C99*365","v":58882.235839337402}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C100*'Emission factors'!C4/1000","v":1648.7026035014474}]
[]
[]
[]
[]
[null,"Strategy farm system"]
[null,"Enteric Methane Calculation"]
[]
[null,"Strategy intake without milk production included",{"$f":"'Your Farm'!D242-'Your Farm'!D246","v":8.6548275000000015},"Same as for your farm as no change to liveweight or liveweight gain or metabolic rate"]
[]
[null,"Strategy milk intake (kg DM/cow.day)",{"$f":"(C151*1.03*3.054)/0.6/((0.00795*C143)-0.0014)/18.4","v":9.0028587211290674}]
[]
[null,"Strategy intake (kg DM/cow.day)",{"$f":"C109+C111","v":17.657686221129069}]
[]
[null,"Gross Energy Intake =","GEI = (I x 18.4)"]
[]
[null,null,{"$f":"(C113*18.4)","v":324.90142646877484}]
[]
[null,"Intake relative to maintenance","L =I ÷ (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2; where LWG=0)"]
[null,null,{"$f":"C113/(1.185+(0.00454*$C$12)-(0.0000026*($C$12)^2)+(0.315*0))^2","v":2.2442336191266636}]
[]
[null,"% gross energy intake as methane =","Y = 1.3 + 0.112D + L(2.37 - 0.050D) "]
[null,"Y = 1.3 + 0.112xDMD + Intake relative to maintenance (2.37 - 0.050xDMD)"]
[null,null,{"$f":"1.3+(0.112*C143)+C120*(2.37-(0.05*C143))","v":6.6027000575148076}]
[]
[null,"Daily Methane Yield =","M =20.7 x I / 1000"]
[]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"20.7*C113/1000","v":0.36551410477737167}]
[]
[null,"Cow nos",{"$f":"$C$11","v":450}]
[null,"Methane loss (kg)",{"$f":"C128*C130*365","v":60035.691709683299}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C131*'Emission factors'!C4/1000","v":1680.9993678711323}]
[]
[]
[null,"Change due to oils (t CO2e)",{"$f":"C132*C180*3.5/100","v":59.769939109532807},"Strategy GHG emissions for the period of time higher fat source fed x increase in % of fat in the diet x 3.5% reduction of methane for each 1% increase in diet fat %  "]
[null,"New grand total (t CO2e)",{"$f":"C132-C135","v":1621.2294287615996},"Difference between strategy enteric CH4 (with changes to diet DMD taken into consideration) and the reduction in enteric CH4 due to feeding dietary fats"]
[null,"Change in Emissions (t CO2e)",{"$f":"C101-C136","v":27.473174739847764},"Difference between your farm diet methane production and strategy methane production with change in diet DMD and dietary fats taken into consideration"]
[]
[]
[null,"Change in milk production based on NGGI methodology equations"]
[null,"ME of current your farm diet (MJ/kg DMI; calculated from DMD of current diet)",{"$f":"(C16*0.1604)-1.037","v":11.110941176470586},"ME = ((Your farm DMD% x 0.1604) - 1.037)"]
[null,"ME of current your farm diet total (MJ/cow.day)",{"$f":"'Your Farm'!D242*C141","v":192.42407922115487},"ME of your farm diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Digestibility of new diet (%)",{"$f":"(C23*C21/(C145))+(C16*(C145-C21)/C145)","v":76.216680493410237},"((DMD% of new supp) x kg DM new supp / daily intake strategy diet (kg DM.cow.day)) + ((DMD% your farm diet * (daily intake strategy diet (kg DM/cow.day) - kg DM new supp) / daily intake strategy diet (kg DM.cow.day)"]
[null,"Crude protein of new diet (%)",{"$f":"(C25*C21/(C145))+(C17*(C145-C21)/C145)","v":17.883714129213725},"((CP% of new supp) x kg DM new supp / daily intake strategy diet (kg DM.cow.day)) + ((CP% your farm diet + (daily intake strategy diet (kg DM/cow.day) - kg DM new supp) / daily intake strategy diet (kg DM.cow.day)"]
[null,"Estimate intake new diet (kg DMI/cow.day)",{"$f":"C21+('Your Farm'!D242-C21*C78/100)","v":17.718432000040416},"kg DM new supp + (kg DM your farm intake (kg DM/cow.day) - (kg DM new supp x substitution rate (as a fraction so why divided by 100))"]
[null,"ME of new supplement (MJ/kg DM) based on ((ME = DMD x0.1604-1.037",{"$f":"C143*0.1604-1.037","v":11.188155551143002},"ME = ((Strategy DMD% x 0.1604) - 1.037)"]
[null,"ME of new diet (MJ/kg DM)",{"$f":"((('Your Farm'!D242-(C21*C33))*C141)+(C21*C146))/(C145)","v":11.119656888410811},"ME =(((your farm intake x (supp intake x substitution rate ))x ME your farm diet) + (Supp intake x ME supp))/ strategy intake"]
[null,"ME of new diet (MJ/cow.day)",{"$f":"C147*C145","v":197.02288444108794},"ME of strategy diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Additional ME (MJ/cow.day)",{"$f":"C148-C142","v":4.5988052199330696},"ME intake strategy diet - ME intake your farm diet (MJ/kg DM)"]
[null,"Additional Milk (litres per cow.day)",{"$f":"C149/5.5","v":0.83614640362419446},"MJ/ litre of milk constant used for all varying fat/protein milk concentrations"]
[null,"New milk production figure (litres/cow.day)",{"$f":"C150+(C14*C15/365)","v":19.100986586272601},"Your farm milk (litres/cow.day) + additional strategy milk (litres/cow.day)"]
[null,"Total additional milk production farm",{"$f":"(C150*C29*C11)*(0.2534+(0.1226*'Your Farm'!R225)+(0.0776*'Your Farm'!R226))","v":58070.99484150303}]
[null,"Average additional daily milk",{"$f":"C152/365","v":159.0986160041179}]
[null,"Average additional daily milk per cow over the year",{"$f":"C153/C11","v":0.3535524800091509}]
[]
[]
[]
[]
[null,"Change in milk production based on high fat supplementation equations"]
[null,"Intake of original diet (kg DM/day)",{"$f":"'Your Farm'!D242","v":17.318432000040413},"Your farm diet intake"]
[null,"ME of your farm diet (MJ/kg DM)",{"$f":"C16*0.134 + 1.23 + (0.235 * C19)","v":12.318529411764706},"(ME = DMD x 0.134 + 1.23 + (0.235 x fat%))"]
[null,"Total ME of  your farm diet (MJ/cow.day)",{"$f":"'Your Farm'!D242*C161","v":213.33761395814489},"ME of your farm diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Intake of strategy diet new supplement (kg DM/day)",{"$f":"C21","v":2}]
[null,"ME of new supplement (MJ/kg DM) ",{"$f":"IF((C23*0.134)+1.23+(0.235*C27)>13.5,13.5,(C23*0.134)+1.23+(0.235*C27))","v":13.5},"((ME = DMD x 0.134 + 1.23 + (0.235 x fat%)) (CSIRO 2007) with ceiling of 13.5 MJ/kg DM"]
[null,"ME of new supplement (MJ/day)",{"$f":"C164*C163","v":27},"ME of supplementary feed  (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Substitution rate",{"$f":"C33","v":0.8}]
[null,"Intake of original diet (kg DM/day)",{"$f":"C160-(C163*C166)","v":15.718432000040414},"Intake of the original component of the diet not substituted (kg DM/day)"]
[null,"ME of original component feed of the strategy diet (MJ/day)",{"$f":"C167*C161","v":193.62796689932136},"ME of the  original component of the diet not substituted (MJ/day)"]
[null,"Total ME of strategy diet (MJ/day)",{"$f":"C168+C165","v":220.62796689932136},"ME of the  original component of the diet not substituted plus the new supplement fed (MJ/day)"]
[null,"Difference in ME (MJ/day)",{"$f":"C169-C162","v":7.2903529411764794},"ME of whole strategy diet minus ME of your farm diet"]
[null,"Additional milk production (litres/day)",{"$f":"C170/5.5","v":1.3255187165775417},"Assumed 5.5 MJ/litre milk"]
[null,"Total milk production while activated (litres/day)",{"$f":"C171+'Your Farm'!H35","v":23.547740938799766}]
[null,"Total additional milk production farm",{"$f":"(C171*C29*C11)*(0.2534+(0.1226*'Your Farm'!R225)+(0.0776*'Your Farm'!R226))","v":92058.269005347727}]
[null,"Average additional daily milk",{"$f":"C173/365","v":252.21443563108966}]
[null,"Average additional daily milk per cow over the year",{"$f":"C174/C11","v":0.56047652362464373}]
[]
[null,"Changes in fat % of the diet"]
[null,"Fat % of your farm diet ",{"$f":"C19","v":4}]
[null,"Fat % of the strategy diet",{"$f":"(C27*C21/(C145))+(C19*(C145-C21)/C145)","v":5.0158912481623057},"((Fat % of new supp) x kg DM new supp / daily intake strategy diet (kg DM.cow.day)) + ((Fat % your farm diet + (daily intake strategy diet (kg DM/cow.day) - kg DM new supp) / daily intake strategy diet (kg DM.cow.day)"]
[null,"Change in % fat",{"$f":"C179-C178","v":1.0158912481623057},"Difference between strategy and your farm fat %"]
[]
[]
[]
[]
[]
[null,"Your farm system"]
[null,"Waste Methane Calculation"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!D275","v":6.5403772921409517E-2}]
[]
[null,"Cow nos",{"$f":"$C$11","v":450}]
[null,"Methane loss (kg)",{"$f":"C188*C190*365","v":10742.569702341514}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C191*'Emission factors'!C4/1000","v":300.79195166556241}]
[]
[]
[null,"Strategy farm system"]
[null,"Waste Methane Calculation"]
[]
[null,"VS = I x (1 - DMD) x (1 - A)",{"$f":"(C113*(1-C143%)+(0.04*C113))*(1-0.08)","v":4.5134200698643756}]
[]
[null,"M = VS x Bo x MCF x r ",{"$f":"C198*'Your Farm'!C263*'Your Farm'!AO249%*'Your Farm'!C264","v":6.5549244586877414E-2}]
[]
[null,"Cow nos",{"$f":"$C$11","v":450}]
[null,"Methane loss (kg)",{"$f":"C200*C202*365","v":10766.463423394614}]
[null,"Grand Total - Waste tCO2-e",{"$f":"C203*'Emission factors'!C4/1000","v":301.46097585504918}]
[]
[null,"Change in waste methane emissions (t CO2e/annum)",{"$f":"C192-C204","v":-0.66902418948677678}]
[]
[null,"Your farm system"]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D131/'Emission factors'!C5*1000","v":363.87062818996156}]
[]
[null,"Manure during storage and spreading"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D132/'Emission factors'!C5*1000","v":81.952816446037048}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D133/'Emission factors'!C5*1000","v":391.41535284178627}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C210+C213+C216","v":837.23879747778483}]
[]
[null,"Grand Total - Waste N2O t CO2-e",{"$f":"C219*'Emission factors'!C5/1000","v":221.86828133161299}]
[]
[]
[null,"Strategy farm system"]
[]
[null,"Faecal nitrous oxide calculation","Seasons","Milkers"]
[]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP"]
[null,null,"Annual",{"$f":"C145*C144%","v":3.1687137270663541},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 "]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen"]
[null,null,"Annual",{"$f":"(0.3*((D229*(1-((C143+10)/100))))+(0.105*((C147)*C145*0.008))+(0.0152*C145))/6.25","v":9.053529128101527E-2},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP x 1.03 / 6.38) + ({0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)}) /6.25"]
[]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)"]
[null,null,null,"Milking Cows"]
[null,1,"Victoria",590]
[null,2,"New.South.Wales",590]
[null,3,"Tasmania",590]
[null,4,"Queensland",590]
[null,5,"South.Australia",590]
[null,6,"Western.Australia",590]
[null,7,"Northern.Territory",590]
[null,null,"Selected",{"$f":"VLOOKUP('Your Farm'!$D$12,$C$240:$H$246,2,FALSE)","v":590}]
[null,null,"Z",{"$f":"IF(D247>0,C12/D247,0)","v":0.84745762711864403}]
[]
[null,null,"Annual",{"$f":"((0.032*C151*1.03/6.38)+((0.212-0.008*('Supplementing With Dietary Fats'!C120-2)-((0.14-0.008*('Supplementing With Dietary Fats'!C120-2))/(1+EXP(-6*(D248-0.4)))))*(C13*0.92))/6.25)","v":9.8678451078925547E-2},null,null,null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4  x W^0.75) / 6.25]"]
[null,null,"Annual",{"$f":"(D229/6.25)-D250-D234-((1.1*10^-4*C12^0.75)/6.25)","v":0.31591948054702051},null,null,null,null,"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6"]
[]
[null,null,"Annual",{"$f":"(365*C11*D234)*10^-6","v":1.4870421592906757E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6"]
[]
[null,null,"Annual",{"$f":"(365*C11*D253)*10^-6","v":5.1889774679848115E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen excreted (AE)",null,"AE =AF + AU"]
[]
[null,null,"Annual",{"$f":"D257+D261","v":6.6760196272754868E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"The total emissions of nitrous oxide from different manure management systems (Total MMS)",null,"E = AE x MMS x EF x Cg"]
[null,null,null,"Emission factor (EF) = N2O-N kg/N excreted for the different manure management systems"]
[null,null,null,"MMS = The fraction of AE that is managed in different manure management systems"]
[]
[null,"Manure Management Systems  (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"$D$265*'Your Farm'!AK249%","v":7.2101011974575269E-3},null,null,0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"$D$265*'Your Farm'!AL249%","v":6.0084176645479391E-4},null,null,0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"$D$265*'Your Farm'!AM249%","v":1.3352039254550975E-4},null,null,0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"$D$265*'Your Farm'!AN249%","v":2.8039282434557046E-3},null,null,5.0000000000000001E-3]
[]
[null,"MMS 14= Pasture range and paddock","Annual",{"$f":"$D$265*'Your Farm'!AJ249%","v":5.6011804672841337E-2},null,null,0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D272,D274,D276,D278,D280)","v":6.6760196272754868E-2},null,null,"Gg N/farm/annum"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D272*$G$272)+(D274*$G$274)+(D276*$G$276)+(D278*$G$278))*44/28","v":2.2030864770009105E-5},null,null,"Gg N2O-Nkg/N excreted)"]
[]
[null,"Indirect storage waste volatilised",null,"MNATMOS = (FN + UN) x FracGASM",null,null,"FracGASM (kg N2O-N/kg N excreted)"]
[]
[null,"MMS 1 = Anaerobic lagoon",null,{"$f":"D272*G288","v":2.5235354191101341E-3},null,null,0.35]
[]
[null,"MMS 3a= Sump and dispersal",null,{"$f":"D274*G290","v":4.2058923651835574E-5},null,null,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to padddock",null,{"$f":"D276*G292","v":2.670407850910195E-5},null,null,0.2]
[]
[null,"MMS 4= Solid storage ",null,{"$f":"D278*G294","v":8.4117847303671141E-4},null,null,0.3]
[]
[null,"MMS 14= Pasture range and paddock",null,{"$f":"D280*G296","v":0},null,null,0]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D288:D294)*$G$299*44/28","v":3.1833235777225013E-5},null,null,5.8999999999999999E-3]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D299)*'Emission factors'!C5*10^3","v":8.4358074809646268},null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,"FracWET "]
[null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D278*$G$304*$G$306","v":5.607856486911409E-5},null,null,"FracLEACH"]
[null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,"EF"]
[null,null,null,{"$f":"D305*$G$308*44/28","v":9.6935804988040071E-7},null,null,1.0999999999999999E-2]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D308)*'Emission factors'!C5*10^3","v":0.25687988321830618},null,null,"t CO2e/annum"]
[]
[null,"Data Input"]
[]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = (((AEMMS=1-13) - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[]
[null,"MN Soil for lagoon","Annum",{"$f":"(($D$265*'Your Farm'!AK249%)*(1-$G272-$G288))-0","v":4.6865657783473928E-3}]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"(($D$265*'Your Farm'!AL249%)*(1-$G274-$G290))-0","v":5.5878284280295825E-4}]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"(($D$265*'Your Farm'!AM249%)*(1-$G276-$G292))-0","v":1.068163140364078E-4}]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$265*'Your Farm'!AN249%)*(1-$G278-$G294))-D305","v":1.8926515643326008E-3}]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D321:D327)","v":7.2448164995193602E-3}]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg"]
[null,null,"EF (manure) ",5.0299999999999997E-3]
[null,null,"Annum",{"$f":"D329*$D$332*44/28","v":5.7265099559772307E-5}]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D257*'Your Farm'!AJ249%","v":1.247628371644877E-2}]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D261*'Your Farm'!AJ249%","v":4.353552095639257E-2}]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D337+D341)*D344*44/28","v":3.52074200800717E-4}]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D333+D347","v":4.0933930036048929E-4}]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil"]
[null,null,"FracGASM = ",0.21]
[]
[null,"Animal waste","Annum",{"$f":"(D329+D337+D341)*D354","v":1.3283890446195745E-2}]
[]
[null,null,"E = M x EF x Cg"]
[null,null,"M = mass of N volatilised from subset k"]
[null,null,"EF ",4.0000000000000001E-3]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D356*D360*44/28","v":8.3498739947516107E-5},null,null,"Gg N2O/farm/year"]
[null,"Total CO2e emissions from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D362*'Emission factors'!C5","v":2.2127166086091769E-2},null,null,"Gg CO2-e/farm/year"]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,"FracWET =",1]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,"FracLEACH = ",0.24]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)"]
[]
[null,null,"Annum",{"$f":"SUM(D329,D341,D337)*H365*H366","v":1.5181589081366567E-2}]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg"]
[null,null,"M = mass of N lost through leaching and runoff"]
[null,null,"EF",1.0999999999999999E-2]
[]
[null,"Animal waste","Annum",{"$f":"D370*D374*44/28","v":2.6242461126362206E-4},null,null,"Gg N2O/farm/year"]
[]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"D376*'Emission factors'!C5","v":6.9542521984859842E-2},null,null,null,"Gg CO2-e/farm/year"]
[]
[]
[]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"D347*10^6","v":352.07420080071699}]
[]
[null,"Manure during storage and spreading"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"(D333+D284)*10^6","v":79.295964329781413}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"(D299+D308+D362+D376)*10^6","v":378.72594503824359},{"$f":"C389-'Improved Diet DMD by Supplement'!C354","v":6.4609142905782164}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C383+C386+C389","v":810.09611016874203}]
[]
[null,"Grand Total - Waste N2O tCO2-e",{"$f":"C392*'Emission factors'!C5/1000","v":214.67546919471664},"t CO2e/herd for the full 12 months"]
[]
[null,"Change in waste N2O emissions (t CO2e/annum)",{"$f":"C221-C394","v":7.1928121368963502}]
[]
[]
[null,"Your farm",null,"Emissions per day"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C101","v":1648.7026035014474},{"$f":"C400/365","v":4.5169934342505407}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C192","v":300.79195166556241},{"$f":"C401/365","v":0.82408753880976005}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C221","v":221.86828133161299},{"$f":"C402/365","v":0.60785830501811777}]
[null,"Fert N2O (t CO2e/farm per annum)",0,{"$f":"C403/365","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C400:C403)","v":2171.362836498623},{"$f":"C404/365","v":5.9489392780784192}]
[]
[null,"Strategy"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C136","v":1621.2294287615996},{"$f":"C407/365","v":4.441724462360547}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C204","v":301.46097585504918},{"$f":"C408/365","v":0.82592048179465527}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C394","v":214.67546919471664},{"$f":"C409/365","v":0.58815197039648393}]
[null,"Fert N2O (t CO2e/farm per annum)",0,{"$f":"C410/365","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C407:C410)","v":2137.3658738113654},{"$f":"C411/365","v":5.8557969145516857}]
[]
[null,"Reduction due to strategy",null,"Emissions reduction for the duration of activation"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C400-C407","v":27.473174739847764},{"$f":"(C414/365)*$C$29","v":11.290345783499081}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C401-C408","v":-0.66902418948677678},{"$f":"(C415/365)*$C$29","v":-0.2749414477342918}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C402-C409","v":7.1928121368963502},{"$f":"(C416/365)*$C$29","v":2.9559501932450756}]
[null,"Fert N2O (t CO2e/farm per annum)",{"$f":"C403-C410","v":0},{"$f":"(C417/365)*$C$29","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C414:C417)","v":33.996962687257337},{"$f":"(C418/365)*$C$29","v":13.971354529009863}]

{"sheet":"Improved Diet DMD by Management","index":24,"n_rows":497,"n_cols":10,"rows_kept":497,"cut":false,"hidden":false,"merged":[[54,1,55,2],[0,1,0,8],[3,1,8,8],[1,0,1,9]]}
[null,"Reducing the GHG Emission Intensity of Milk Production by Improved Management"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of adopting the strategy of improving the diet energy to protein ratio (digestibility to crude protein ratio) through management practices to assist in improving milk production and thus reduce the GHG emissions intensity of milk production.  The spreadsheet provides an estimate of the current enteric methane production per year (t CO2-e) from the milking herd based on herd size, milk production and diet digestibility.   This spreadsheet estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm.  The 'Your farm system data relevant to this abatement strategy' cells are linked to the your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in fat concentration of the diet and milk production and the 'GHG and economic results' cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols."]
[]
[]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Average liveweight of milking cow (kg)",{"$f":"'Your Farm'!D18","v":500}]
[null,"Enter liveweight gain (kg/day)",0]
[null,"Current milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300}]
[null,"Digestibility of the 'Your farm' diet (%)",{"$f":"'Your Farm'!F44","v":75.735294117647058}]
[null,"Crude protein of the 'Your farm' diet (%)",{"$f":"'Your Farm'!H44","v":18.632352941176471}]
[null,"Key variables for the strategy farm"]
[null,"Enter digestibility of the abatement strategy diet (%)",{"$f":"C70/10","v":78}]
[]
[null,"Enter crude protein of the abatement strategy diet (%)",{"$f":"C71/10","v":17}]
[]
[null,"Enter time period of improved diet digestibility (number of days per year)",{"$f":"C72/1","v":360}]
[]
[null,"Enter cost of achieving improved diet digestibility to protein ratio ($/ annum)",{"$f":"C73/1","v":5000}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C74/1000","v":0.67500000000000004}]
[]
[null,"Enter milk price for when increased diet DMD is available ($/ litre)",{"$f":"C75/1000","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C76/100","v":35}]
[]
[null,"Estimated change in daily diet intake (kg DM/cow.day)",{"$f":"D220","v":0.21214327988256798}]
[]
[null,"Variation in production"]
[null,"Estimated change in daily diet energy (MJ/cow.day)",{"$f":"C105-C104","v":8.7252476557374052}]
[null,"Estimated additional milk produced (litres/farm per annum)",{"$f":"C107*C24*C12","v":256998.20367808355}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"D493","v":-19.91923569322941}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",{"$f":"D494","v":20.427850685751668}]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",{"$f":"D495","v":24.825981234582876}]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",{"$f":"D496","v":0}]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"D497","v":25.334596227105138}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"(C44/'Your Farm'!K150*100)","v":0.7157437078254838}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"(C40+C41)/SUM('Your Farm'!D129,'Your Farm'!D130)*100","v":2.6089582613821959E-2}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"SUM(C42)/SUM('Your Farm'!D131,'Your Farm'!D132,'Your Farm'!D133)*100","v":11.189513474202739}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"IF(C44>0,C44*C32,0)","v":886.71086794867983}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"C26","v":5000}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C48>1,C48-C49,C49*-1)","v":-4113.2891320513199}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"C38*C30","v":173473.78748270639}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C48>1,C48-C49+C51,C51-C49)","v":169360.49835065508}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C88","v":8.3634814000323479E-2}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter digestibility of the additional supplement (%)",780]
[null,"Enter crude protein of the additional supplement (%)",170]
[null,"Days per annum effective",360]
[null,"Cost per annum",5000]
[null,"Enter average annual milk price ($/ litre)",675]
[null,"Enter seasonal milk price when supplement fed ($/litre)",675]
[null,"Enter on farm price received for a t CO2e ($)",3500]
[]
[]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C48","v":886.71086794867983}]
[null,"Implementation cost",{"$f":"C49","v":5000}]
[null,"Additional milk income",{"$f":"C51","v":173473.78748270639}]
[null,"Total farm benefit",{"$f":"C52","v":169360.49835065508}]
[]
[]
[null,"Total milk income",{"$f":"C12*C15*C16*C28","v":2025000.0000000005}]
[null,"Carbon credit benefit as % of milk income",{"$f":"C84/C87","v":8.3634814000323479E-2}]
[]
[]
[null,"Your farm system"]
[null,"Enteric Methane Calculation"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!D250","v":0.35849154240083653}]
[]
[null,"Cow nos",{"$f":"C12","v":450}]
[null,"Methane loss (kg)",{"$f":"C93*C95*365","v":58882.235839337402}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C96*'Emission factors'!C4/1000","v":1648.7026035014474}]
[]
[]
[]
[null,"Strategy farm system"]
[null,"Methane Calculation"]
[]
[null,"Your farm energy (MJ/day)",{"$f":"'Your Farm'!D242*((0.1604*C17)-1.037)","v":192.42407922115487},"ME = ((Your farm DMD% x 0.1604) - 1.037)"]
[null,"Strategy energy (MJ/day)",{"$f":"C117*((0.1604*C20)-1.037)","v":201.14932687689227},"ME = ((Strategy DMD% x 0.1604) - 1.037)"]
[null,"Additional energy (MJ/day)",{"$f":"C105-C104","v":8.7252476557374052},"Difference in ME (MJ/cow.day)"]
[null,"Additional milk (litres/cow/day)",{"$f":"C106/5.5","v":1.5864086646795281},"Converted into milk production based on 5.5 MJ/litre"]
[null,"New milk production figure (litres/cow.day)",{"$f":"C107+(C15*C16/365)","v":19.851248847327934},"Your farm milk production + strategy additional milk production"]
[null,"New diet digestibility (%DMD)",{"$f":"C20","v":78}]
[null,"new diet ME (Mj/kg DM)",{"$f":"(C109*0.1604)-1.037","v":11.4742}]
[null,"Total additional milk production farm (litres of FPCM)",{"$f":"(C107*C12*C24)*(0.2534+(0.1226*'Your Farm'!R225)+(0.0776*'Your Farm'!R226))","v":264425.45176438021}]
[null,"Average additional daily milk",{"$f":"C111/365","v":724.45329250515124}]
[null,"Average additional daily milk per cow over the year",{"$f":"C112/C12","v":1.6098962055670027}]
[]
[]
[null,"Feed Intake =","I = (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2 * MR+ MI (MR = 1.1 for milkers and 1.0 for all other stock)"]
[null,"Feed Intake =",{"$f":"'Your Farm'!D242+'Improved Diet DMD by Management'!D220","v":17.530575279922981}]
[]
[null,"Energy for Milk =","MI = MP x NE / k / qm / 18.4"]
[null,"= Milk Production x 3.054 MJ Net Energy/kg milk / 0.6 / (0.00795 DMD - 0.0014)/18.4"]
[null,null,{"$f":"($C$108*1.03*3.054)/0.6/((0.00795*$C$109)-0.0014)/18.4","v":9.142077561988863}]
[]
[null,"Gross Energy Intake =","GEI = (I x 18.4)"]
[]
[null,null,{"$f":"C117*18.4","v":322.56258515058283}]
[]
[null,"Intake relative to maintenance","L =I ÷ (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2; where LWG=0)"]
[null,null,{"$f":"C117/(1.185+(0.00454*$C$13)-(0.0000026*($C$13)^2)+(0.315*0))^2","v":2.2280782381757782}]
[]
[null,"% gross energy intake as methane =","Y = 1.3 + 0.112D + L(2.37 - 0.050D) "]
[null,"Y = 1.3 + 0.112xDMD + Intake relative to maintenance (2.37 - 0.050xDMD)"]
[null,null,{"$f":"1.3+(0.112*C109)+(C128*(2.37-(0.05*C109)))","v":6.6270402955910601}]
[]
[null,"Daily Methane Yield =","M = 20.7 x I / 1000"]
[]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"20.7*C117/1000","v":0.36288290829440567}]
[]
[]
[]
[null,"Cow nos",{"$f":"C12","v":450}]
[null,"Methane loss (kg)",{"$f":"C136*C140*365","v":59603.517687356129}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C141*'Emission factors'!C4/1000","v":1668.8984952459716}]
[]
[null,"Total change in emissions (t CO2e)",{"$f":"C97-C142","v":-20.195891744524261}]
[]
[]
[null,"Calculations to determine the new daily intake based on the change in diet DMD and the methodology as incorporated into DairyMod (Johnson 2005)"]
[]
[null,null,null,"Digestibility","Intake"]
[null,null,"Max (as defined by the methodology)",0.8,20]
[]
[null,null,"Min (as defined by the methodology)",0.3,6]
[]
[]
[]
[null,"Curvature",1.5]
[null,null,null,null,{"$f":"(((1+$C$156)*$D$150 - $D$152))/$C$156","v":1.1333333333333333}]
[]
[]
[null,null,null,null,{"$f":"(D170-0.3)^1.5","v":1.1180339887498938E-2},{"$f":"E158-D170","v":-0.35},{"$f":"F160*E160","v":-3.9131189606246277E-3},{"$f":"G160/G161","v":1.3834964763236642E-2}]
[null,null,null,null,{"$f":"(0.8-0.3)^1.5","v":0.35355339059327379},{"$f":"E158-0.8","v":-0.8},{"$f":"E161*F161","v":-0.28284271247461906}]
[]
[]
[null,null,null,"Digestibility",null,null,null,"Intake estimate"]
[null,null,null,0.3,{"$f":"((D165-$D$152)^$C$156)*($E$157-D165)","v":0},{"$f":"(($D$150-$D$152)^$C$156)*(($E$157-$D$150))","v":0.11785113019775791},{"$f":"E165/F165","v":0},{"$f":"$E$152+(($E$150-$E$152)*G165)","v":6}]
[null,null,null,0.31,{"$f":"((D166-$D$152)^$C$156)*($E$157-D166)","v":8.2333333333333347E-4},{"$f":"(($D$150-$D$152)^$C$156)*(($E$157-$D$150))","v":0.11785113019775791},{"$f":"E166/F166","v":6.9862149981230913E-3},{"$f":"$E$152+(($E$150-$E$152)*G166)","v":6.0978070099737236}]
[null,null,null,0.32,2.300454061460237E-3,0.11785113019775791,1.9520000000000023E-2,6.2732800000000006]
[null,null,null,0.33,4.1742424462409989E-3,0.11785113019775791,3.5419621680644796E-2,6.4958747035290267]
[null,null,null,0.34,6.3466666666666741E-3,0.11785113019775791,5.3853252455167526E-2,6.7539455343723453]
[null,null,null,0.35,8.7579329118741677E-3,0.11785113019775791,7.4313525013956855E-2,7.0403893501953956]
[null,null,null,0.36,1.1365632406513941E-2,0.11785113019775791,9.6440588965435059E-2,7.350168245516091]
[null,null,null,0.37,1.4137131172121804E-2,0.11785113019775791,0.11995753581997265,7.679405501479617]
[null,null,null,0.38,1.7045987471803716E-2,0.11785113019775791,0.1446400000000001,8.0249600000000019]
[null,null,null,0.39,2.0070000000000005E-2,0.11785113019775791,0.17029959718096815,8.384194360533554]
[null,null,null,0.4,2.3190036174568118E-2,0.11785113019775791,0.19677398201998153,8.7548357482797421]
[null,null,null,0.41,2.638927791526112E-2,0.11785113019775791,0.22392044837397046,9.1348862772355872]
[null,null,null,0.42,2.9652709825579184E-2,0.11785113019775791,0.25161158637868813,9.5225622093016344]
[null,null,null,0.43,3.2966757161992412E-2,0.11785113019775791,0.27973221051570024,9.9162509472198028]
[null,null,null,0.44,3.6319021034285734E-2,0.11785113019775791,0.30817711271280362,10.314479577979251]
[null,null,null,0.45,3.9698079298626038E-2,0.11785113019775791,0.33684937286567734,10.715891220119483]
[null,null,null,0.46,4.3093333333333345E-2,0.11785113019775791,0.36565905868718762,11.119226821620627]
[null,null,null,0.47,4.6494887771548477E-2,0.11785113019775791,0.39452220520523301,11.523310872873262]
[null,null,null,0.48,4.9893454480522785E-2,0.11785113019775791,0.42335999999999996,11.92704]
[null,null,null,0.49,5.3280274753212162E-2,0.11785113019775791,0.45209812297774477,12.329373721688427]
[null,null,null,0.5,5.6647055429994687E-2,0.11785113019775791,0.48066620434559387,12.729326860838313]
[null,null,null,0.51,5.9985915846971945E-2,0.11785113019775791,0.50899737445295345,13.125963242341349]
[null,null,null,0.52,6.3289343319217511E-2,0.11785113019775791,0.5370278860543467,13.518390404760854]
[null,null,null,0.53,6.6550155438502845E-2,0.11785113019775791,0.56469679439500997,13.90575512153014]
[null,null,null,0.54,6.9761467874464925E-2,0.11785113019775791,0.59194568399473968,14.287239575926355]
[null,null,null,0.55000000000000004,7.2916666666666713E-2,0.11785113019775791,0.61871843353822953,14.662058069535213]
[null,null,null,0.56000000000000005,7.6009384215956474E-2,0.11785113019775791,0.64496101215499868,15.029454170169981]
[null,null,null,0.56999999999999995,7.9033478349367858E-2,0.11785113019775791,0.67062130177917845,15.388698224908499]
[null,null,null,0.57999999999999996,8.1983013958854767E-2,0.11785113019775791,0.69564894134901112,15.739085178886155]
[null,null,null,0.59,8.4852246811082652E-2,0.11785113019775791,0.71999518942837382,16.079932651997233]
[null,null,null,0.6,8.7635609200826553E-2,0.11785113019775791,0.74361280247182393,16.410579234605535]
[null,null,null,0.61,9.0327697179645727E-2,0.11785113019775791,0.76645592645630978,16.730382970388337]
[null,null,null,0.62,9.2923259138328163E-2,0.11785113019775791,0.78848000000000007,17.038720000000001]
[null,null,null,0.63,9.5417185558996656E-2,0.11785113019775791,0.80964166740601995,17.334983343684279]
[null,null,null,0.64,9.7804499782871854E-2,0.11785113019775791,0.82989870032432289,17.618581804540518]
[null,null,null,0.65,0.10008034966410184,0.11785113019775791,0.84920992693208686,17.888938977049214]
[null,null,null,0.66,0.10224,0.11785113019775791,0.86753516770215156,18.145492347830121]
[null,null,null,0.67,0.1042788256444125,0.11785113019775791,0.88483517696800484,18.387692477552068]
[null,null,null,0.68,0.10619230522447889,0.11785113019775791,0.90107158960872813,18.615002254522196]
[null,null,null,0.69,0.10797601539230829,0.11785113019775791,0.9162068722728508,18.826896211819911]
[null,null,null,0.7,0.10962562555250381,0.11785113019775791,0.93020427863991262,19.022859900958778]
[null,null,null,0.71,0.11113689301437614,0.11785113019775791,0.94302780828563071,19.202389315998829]
[null,null,null,0.72,0.11250565852436045,0.11785113019775791,0.95464216877320074,19.364990362824813]
[null,null,null,0.73,0.11372784213981102,0.11785113019775791,0.96501274064128295,19.510178368977961]
[null,null,null,0.74,0.11479943941016825,0.11785113019775791,0.97410554500013002,19.637477630001818]
[null,null,null,0.75,0.11571651783561411,0.11785113019775791,0.98188721348228181,19.746420988751943]
[null,null,null,0.76,0.11647521357687127,0.11785113019775791,0.9883249603242853,19.836549444539994]
[null,null,null,0.77,0.11707172839284848,0.11785113019775791,0.9933865563817541,19.907411789344557]
[null,null,null,0.78,0.11750232678547264,0.11785113019775791,0.99704030490246498,19.958564268634511]
[null,null,null,0.79,0.11776333333333334,0.11785113019775791,0.99925501890158175,19.989570264622145]
[null,null,null,0.8,0.11785113019775791,0.11785113019775791,1,20]
[]
[null,null,null,"Intake estimate (kg DM/cow.day)"]
[null,"Your farm digestibility (% DM as a fraction)",{"$f":"C17/100","v":0.75735294117647056},{"$f":"VLOOKUP(C218,D165:H215,5,TRUE)","v":19.746420988751943}]
[null,"Strategy Digestibility (% DM as a fraction)",{"$f":"C20/100","v":0.78},{"$f":"VLOOKUP(C219,D165:H215,5,TRUE)","v":19.958564268634511}]
[null,null,"Change in intake (kg DM/cow.day)",{"$f":"D219-D218","v":0.21214327988256798}]
[]
[]
[null,"Source: Chapter 7 Animal intake and metabolism (IMJ Consultants: Armidale, Australia)"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Your farm system"]
[null,"Waste Methane Calculation"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!D275","v":6.5403772921409517E-2}]
[]
[null,"Cow nos",{"$f":"C12","v":450}]
[null,"Methane loss (kg)",{"$f":"C268*C270*365","v":10742.569702341514}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C271*'Emission factors'!C4/1000","v":300.79195166556241}]
[]
[]
[null,"Strategy farm system"]
[null,"Waste Methane Calculation"]
[]
[null,"VS = (I x (1 - DMD) + (0.04 x I))x (1 - A)",{"$f":"(C117*(1-C20%)+(0.04*C117))*(1-0.08)","v":4.1933136069575765}]
[]
[null,"M = VS x Bo x MCF x r ",{"$f":"C278*'Your Farm'!C263*'Your Farm'!AO249%*'Your Farm'!C264","v":6.09002785021521E-2}]
[]
[null,"Cow nos",{"$f":"$C$12","v":450}]
[null,"Methane loss (kg)",{"$f":"C280*C282*365","v":10002.870743978483}]
[null,"Grand Total - Waste tCO2-e",{"$f":"C283*'Emission factors'!C4/1000","v":280.08038083139752}]
[]
[null,"Change in waste methane emissions (t CO2e/annum)",{"$f":"C272-C284","v":20.711570834164888}]
[]
[null,"Your farm system"]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D131/'Emission factors'!C5*1000","v":363.87062818996156}]
[]
[null,"Manure during storage and spread"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D132/'Emission factors'!C5*1000","v":81.952816446037048}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D133/'Emission factors'!C5*1000","v":391.41535284178627}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C290+C293+C296","v":837.23879747778483}]
[]
[null,"Grand Total - Waste N2O tCO2-e",{"$f":"C299*'Emission factors'!C5/1000","v":221.86828133161299}]
[]
[null,"Strategy farm system"]
[]
[null,"Faecal nitrous oxide calculation","Seasons","Milkers",null,null,null,null,{"$f":"I173","v":0},"Inventory reference"]
[]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP",null,null,null,null,null,"4B.1a_4"]
[null,null,"Annual",{"$f":"C117*C22%","v":2.9801977975869072},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25",null,null,null,null,null,"4B.1a_5"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 "]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen"]
[null,null,"Annual",{"$f":"(0.3*((D308*(1-((C20+10)/100))))+(0.105*((C110)*C117*0.008))+(0.0152*C117))/6.25","v":8.6834767927127604E-2},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP x 1.03 / 6.38) + ({0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)}) /6.25",null,null,null,null,null,"4B.1a_6"]
[]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)",null,null,null,null,null,null,"Table 6.A.7"]
[null,null,null,"Milking Cows"]
[null,1,"Victoria",590]
[null,2,"New.South.Wales",590]
[null,3,"Tasmania",590]
[null,4,"Queensland",590]
[null,5,"South.Australia",590]
[null,6,"Western.Australia",590]
[null,7,"Northern.Territory",590]
[null,null,"Selected",{"$f":"VLOOKUP('Your Farm'!$D$12,$C$319:$H$325,2,FALSE)","v":590}]
[null,null,"Z",{"$f":"IF(D326>0,C13/D326,0)","v":0.84745762711864403}]
[]
[null,null,"Annual",{"$f":"((0.032*C108*1.03/6.38)+((0.212-0.008*(C128-2)-((0.14-0.008*(C128-2))/(1+EXP(-6*(D327-0.4)))))*(C14*0.92))/6.25)","v":0.10255441410782583},null,null,null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4  x W^0.75) / 6.25]",null,null,null,null,null,"4B.1a_7"]
[null,null,"Annual",{"$f":"(D308/6.25)-D329-D313-((1.1*10^-4*C13^0.75)/6.25)","v":0.28558149215529632},null,null,null,null,"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6",null,null,null,null,null,"4B.1a_8a"]
[]
[null,null,"Annual",{"$f":"(365*C12*D313)*10^-6","v":1.4262610632030708E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6",null,null,null,null,null,"4B.1a_8b"]
[]
[null,null,"Annual",{"$f":"(365*C12*D332)*10^-6","v":4.6906760086507418E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen excreted (AE)",null,"AE =AF + AU"]
[]
[null,null,"Annual",{"$f":"D336+D340","v":6.1169370718538126E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"The total emissions of nitrous oxide from different manure management systems (Total MMS)",null,"E = AE x MMS x EF x Cg"]
[null,null,null,"Emission factor (EF) = N2O-N kg/N excreted for the different manure management systems"]
[null,null,null,"MMS = The fraction of AE that is managed in different manure management systems"]
[]
[null,"Manure Management Systems  (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"$D$344*'Your Farm'!AK249%","v":6.6062920376021182E-3},null,null,0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"$D$344*'Your Farm'!AL249%","v":5.5052433646684315E-4},null,null,0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"$D$344*'Your Farm'!AM249%","v":1.2233874143707625E-4},null,null,0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"$D$344*'Your Farm'!AN249%","v":2.5691135701786014E-3},null,null,5.0000000000000001E-3]
[]
[null,"MMS 14= Pasture range and paddock","Annual",{"$f":"$D$344*'Your Farm'!AJ249%","v":5.1321102032853491E-2},null,null,0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D351,D353,D355,D357,D359)","v":6.1169370718538132E-2},null,null,"Gg N/farm/annum"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D351*G351)+(D353*G353)+(D355*G355)+(D357*G357))*44/28","v":2.0185892337117586E-5},null,null,"Gg N2O-Nkg/N excreted)"]
[]
[null,"Indirect storage waste volatilised",null,"MNATMOS = (FN + UN) x FracGASM",null,null,"FracGASM (kg N2O-N/kg N excreted)"]
[]
[null,"MMS 1 = Anaerobic lagoon",null,{"$f":"D351*G367","v":2.3122022131607414E-3},null,null,0.35]
[]
[null,"MMS 3a= Sump and dispersal",null,{"$f":"D353*G369","v":3.8536703552679025E-5},null,null,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock",null,{"$f":"D355*G371","v":2.4467748287415251E-5},null,null,0.2]
[]
[null,"MMS 4= Solid storage ",null,{"$f":"D357*G373","v":7.7073407105358036E-4},null,null,0.3]
[]
[null,"MMS 14= Pasture range and paddock",null,{"$f":"D359*G375","v":0},null,null,0]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D367:D373)*G378*44/28","v":2.9167364824275943E-5},null,null,5.8999999999999999E-3]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D378)*'Emission factors'!C5*10^3","v":7.7293516784331242},null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,"FracWET "]
[null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D357*G383*G385","v":5.1382271403572031E-5},null,null,"FracLEACH"]
[null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,"EF"]
[null,null,null,{"$f":"D384*G387*44/28","v":8.8817926283317366E-7},null,null,1.0999999999999999E-2]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D387)*'Emission factors'!C5*10^3","v":0.23536750465079101},null,null,"t CO2e/annum"]
[]
[null,"Data Input"]
[]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = (((AEMMS=1-13) - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[]
[null,"MN Soil for lagoon","Annum",{"$f":"(($D$344*'Your Farm'!AK249%)*(1-$G351-$G367))-0","v":4.2940898244413772E-3}]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"(($D$344*'Your Farm'!AL249%)*(1-$G353-$G369))-0","v":5.119876329141641E-4}]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"(($D$344*'Your Farm'!AM249%)*(1-$G355-$G371))-0","v":9.7870993149661004E-5}]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$344*'Your Farm'!AN249%)*(1-$G357-$G373))-D384","v":1.7341516598705559E-3}]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D400:D406)","v":6.6381001103757581E-3}]
[]
[null,"N2O emissions from animal waste in storage","E = MN soil x EF x Cg"]
[null,null,"EF (manure) ",5.0299999999999997E-3]
[null,null,"Annum",{"$f":"D408*D411*44/28","v":5.2469439872441526E-5}]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D336*'Your Farm'!AJ249%","v":1.1966330320273765E-2}]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D340*'Your Farm'!AJ249%","v":3.9354771712579728E-2}]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D416+D420)*D423*44/28","v":3.225897842065077E-4}]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D412+D426","v":3.750592240789492E-4}]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil"]
[null,null,"FracGASM = ",0.21]
[]
[null,"Animal waste","Annum",{"$f":"(D408+D416+D420)*D433","v":1.2171432450078143E-2}]
[]
[null,null,"E = M x EF x Cg"]
[null,null,"M = mass of N volatilised from subset k"]
[null,null,"EF ",4.0000000000000001E-3]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D435*D439*44/28","v":7.650614682906261E-5},null,null,"Gg N2O/farm/year"]
[null,"Total CO2e emissions from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D441*'Emission factors'!C5","v":2.0274128909701591E-2},null,null,"Gg CO2-e/farm/year"]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,"FracWET =",1]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,"FracLEACH = ",0.24]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)"]
[]
[null,null,"Annum",{"$f":"SUM(D408,D420,D416)*H444*H445","v":1.3910208514375019E-2}]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg"]
[null,null,"M = mass of N lost through leaching and runoff"]
[null,null,"EF",1.0999999999999999E-2]
[]
[null,"Animal waste","Annum",{"$f":"D449*D453*44/28","v":2.4044789003419673E-4},null,null,"Gg N2O/farm/year"]
[]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"D455*'Emission factors'!C5","v":6.3718690859062135E-2},null,null,null,"Gg CO2-e/farm/year"]
[]
[]
[]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"D426*10^6","v":322.58978420650772}]
[]
[null,"Manure during storage and spread"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"(D412+D363)*10^6","v":72.655332209559106}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"(D378+D387+D455+D441)*10^6","v":347.00958095036844}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C462+C465+C468","v":742.25469736643527}]
[]
[null,"Grand Total - Waste N2O tCO2-e",{"$f":"C471*'Emission factors'!C5/1000","v":196.69749480210535}]
[]
[null,"Change in waste N2O emissions (t CO2e/annum)",{"$f":"C301-C473","v":25.170786529507637}]
[]
[]
[null,"Your farm",null,"Emissions per day"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C97","v":1648.7026035014474},{"$f":"C479/365","v":4.5169934342505407}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C272","v":300.79195166556241},{"$f":"C480/365","v":0.82408753880976005}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C301","v":221.86828133161299},{"$f":"C481/365","v":0.60785830501811777}]
[null,"Fert N2O (t CO2e/farm per annum)",0,{"$f":"C482/365","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C479:C482)","v":2171.362836498623},{"$f":"C483/365","v":5.9489392780784192}]
[]
[null,"Strategy"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C142","v":1668.8984952459716},{"$f":"C486/365","v":4.5723246445095116}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C284","v":280.08038083139752},{"$f":"C487/365","v":0.76734350912711646}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C473","v":196.69749480210535},{"$f":"C488/365","v":0.53889724603316536}]
[null,"Fert N2O (t CO2e/farm per annum)",0,{"$f":"C489/365","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C486:C489)","v":2145.6763708794742},{"$f":"C490/365","v":5.8785653996697924}]
[]
[null,"Reduction due to strategy",null,"Emissions reduction for the duration of activation"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C479-C486","v":-20.195891744524261},{"$f":"(C493/365)*$C$24","v":-19.91923569322941}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C480-C487","v":20.711570834164888},{"$f":"(C494/365)*$C$24","v":20.427850685751668}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C481-C488","v":25.170786529507637},{"$f":"(C495/365)*$C$24","v":24.825981234582876}]
[null,"Fert N2O (t CO2e/farm per annum)",{"$f":"C482-C489","v":0},{"$f":"(C496/365)*$C$24","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C493:C496)","v":25.686465619148265},{"$f":"(C497/365)*$C$24","v":25.334596227105138}]

{"sheet":"Improved Diet DMD by Supplement","index":25,"n_rows":383,"n_cols":10,"rows_kept":383,"cut":false,"hidden":false,"merged":[[56,1,57,2],[0,1,0,8],[3,1,8,8],[1,0,1,9]]}
[null,"Reducing the GHG Emission Intensity of Milk Production by Feeding Higher Quality Supplements"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of adopting the strategy of feeding of  supplements higher in  digestibility and/or lower in protein to improve milk production and thus reduce the GHG emissions intensity of milk production.  Improving diet digestibility will result in increase diet intake and therefore enteric methane production.  However the improved diet will also supply additional energy to improve milk production and thus dilute the increased GHG emissions.  This spreadsheet estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm.  The 'Your farm system data relevant to this abatement strategy' cells are linked to the your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in energy intake and milk production and the 'GHG and economic results' cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols."]
[]
[]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Average liveweight of milking cow (kg)",{"$f":"'Your Farm'!D18","v":500}]
[null,"Enter liveweight gain (kg/day)",0]
[null,"Current milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300}]
[null,"Digestibility of the 'Your farm' diet (%)",{"$f":"'Your Farm'!F44","v":75.735294117647058}]
[null,"Crude protein of the 'Your farm' diet (%)",{"$f":"'Your Farm'!H44","v":18.632352941176471}]
[null,"Key variables for the strategy farm"]
[null,"Enter amount of additional supplement to be fed (kg DM/cow.day)",{"$f":"C69/10","v":2}]
[]
[null,"Enter digestibility of the additional supplement fed (%) ",{"$f":"C70/10","v":82}]
[]
[null,"Enter crude protein of the additional supplement fed (%)",{"$f":"C71/10","v":12}]
[]
[null,"Enter estimated substitution rate ",{"$f":"C72/100","v":1}]
[]
[null,"Enter number of days the supplement is fed (days /year)",{"$f":"C73/1","v":150}]
[]
[null,"Enter cost of additional supplementary feed ($/t DM)",{"$f":"C74/1","v":200}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C75/1000","v":0.67500000000000004}]
[]
[null,"Enter milk price for when supplements fed ($/litre)",{"$f":"C76/1000","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C77/100","v":35}]
[]
[null,"Variation in production"]
[null,"Estimated  change in ME intake (MJ/cow.day)",{"$f":"C143","v":2.0097176470588352}]
[null,"Estimated additional milk produced (litres/farm)",{"$f":"C144*C28*C12","v":24664.71657754025}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"D379","v":-3.5019872545812278}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",{"$f":"D380","v":2.5414875884101793}]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",{"$f":"D381","v":4.4609960662638928}]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",{"$f":"D382","v":0}]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"D383","v":3.5004964000928442}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"(C46/'Your Farm'!K150*100)","v":9.8894738648001634E-2}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"(C42+C43)/SUM('Your Farm'!D129,'Your Farm'!D130)*100","v":-4.926916382635213E-2}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"SUM(C44)/SUM('Your Farm'!D131,'Your Farm'!D132,'Your Farm'!D133)*100","v":2.0106506615050188}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"IF(C46>0,C46*C36,0)","v":122.51737400324954}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"C20*C12*C28*C30/1000","v":27000}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C50>1,C50-C51,C51*-1)","v":-26877.482625996752}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"C40*C34","v":16648.683689839669}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C50>1,C50-C51+C53,C53-C51)","v":-10228.798936157084}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C88","v":-5.0512587339047316E-3}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter amount of additional supplement to be fed (kg DM/cow.day)",20]
[null,"Enter digestibility of the additional supplement (%)",820]
[null,"Enter crude protein of the additional supplement (%)",120]
[null,"Enter estimated substitution rate (%)",100]
[null,"Number of days activated",150]
[null,"Cost of the new supplement ($/t DM)",200]
[null,"Enter milk price ($/ litre)",675]
[null,"Enter seasonal milk price when supplement fed ($/litre)",675]
[null,"Enter on farm price received for a t CO2e ($)",3500]
[]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C50","v":122.51737400324954}]
[null,"Implementation cost",{"$f":"C51","v":27000}]
[null,"Additional milk income",{"$f":"C53","v":16648.683689839669}]
[null,"Total farm benefit",{"$f":"C54","v":-10228.798936157084}]
[]
[]
[null,"Total milk income",{"$f":"C12*C15*C16*C32","v":2025000.0000000005}]
[null,"Carbon credit benefit as % of milk income",{"$f":"C84/C87","v":-5.0512587339047316E-3}]
[]
[]
[]
[null,"Your farm system"]
[null,"Enteric Methane Calculation"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!D250","v":0.35849154240083653}]
[]
[null,"Cow nos",{"$f":"C12","v":450}]
[null,"Methane loss (kg)",{"$f":"C94*C96*365","v":58882.235839337402}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C97*'Emission factors'!C4/1000","v":1648.7026035014474}]
[]
[]
[]
[]
[null,"Strategy farm system"]
[null,"Enteric Methane Calculation"]
[null,"Feed Intake =","I = (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2 * MR+ MI (MR = 1.1 for milkers and 1.0 for all other stock)"]
[null,"Feed Intake =",{"$f":"(1.185+(0.00454*$C$13)-(0.0000026*($C$13)^2)+((0.315*$C$14)))^2*1.1+C110","v":17.40794423720477}]
[]
[null,"Energy for Milk =","MI = MP x 1.03 xNE / k / qm / 18.4"]
[null,"= Milk Production x 3.054 MJ Net Energy/kg milk / 0.6 / (0.00795 DMD - 0.0014)/18.4"]
[null,null,{"$f":"(C145*1.03*3.054)/0.6/((0.00795*C138)-0.0014)/18.4","v":8.7531167372047687}]
[]
[null,"Gross Energy Intake =","GEI = (I x 18.4)"]
[]
[null,null,{"$f":"(C106*18.4)","v":320.30617396456773}]
[]
[null,"Intake relative to maintenance","L =I ÷ (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2; where LWG=0)"]
[null,null,{"$f":"C106/(1.185+(0.00454*$C$13)-(0.0000026*($C$13)^2)+(0.315*$C$14))^2","v":2.2124922375316256}]
[]
[null,"% gross energy intake as methane =","Y = 1.3 + 0.112D + L(2.37 - 0.050D) "]
[null,"Y = 1.3 + 0.112xDMD + Intake relative to maintenance (2.37 - 0.050xDMD)"]
[null,null,{"$f":"1.3+(0.112*C138)+C117*(2.37-(0.05*C138))","v":6.6487670826832348}]
[]
[null,"Daily Methane Yield =","M = 20.7 x I / 1000"]
[]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"20.7*C106/1000","v":0.36034444571013874}]
[]
[null,"Cow nos",{"$f":"C12","v":450}]
[null,"Methane loss (kg)",{"$f":"C125*C127*365","v":59186.575207890295}]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C128*'Emission factors'!C4/1000","v":1657.2241058209283}]
[]
[]
[]
[]
[null,"Change in milk production"]
[null,"Substitution rate",{"$f":"C26","v":1}]
[null,"ME of current",{"$f":"(C17*0.1604)-1.037","v":11.110941176470586},"ME = ((Your farm DMD% x 0.1604) - 1.037)"]
[null,"ME of diet total",{"$f":"'Your Farm'!D242*C136","v":192.42407922115487},"ME of your farm diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Digestibility of new diet",{"$f":"(C22*C20/(C140))+(C17*(C140-C20)/C140)","v":76.458766760244075},"((DMD% of new supp) x kg DM new supp / daily intake strategy diet (kg DM.cow.day)) + ((DMD% your farm diet + (daily intake strategy diet (kg DM/cow.day) - kg DM new supp) / daily intake strategy diet (kg DM.cow.day)"]
[null,"Crude protein of new diet",{"$f":"(C24*C20/(C140))+(C18*(C140-C20)/C140)","v":17.866422983873061},"((CP% of new supp) x kg DM new supp / daily intake strategy diet (kg DM.cow.day)) + ((CP% your farm diet + (daily intake strategy diet (kg DM/cow.day) - kg DM new supp) / daily intake strategy diet (kg DM.cow.day)"]
[null,"Estimate intake new diet",{"$f":"C20+('Your Farm'!D242-(C20*C135))","v":17.318432000040413},"kg DM new supp + (kg DM your farm intake (kg DM/cow.day) - (kg DM new supp x substitution rate (as a fraction so why divided by 100))"]
[null,"ME of new diet",{"$f":"C138*0.1604-1.037","v":11.226986188343147},"ME of strategy diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"ME total ",{"$f":"C140*C141","v":194.4337968682137},"ME of strategy diet (MJ/kg DM) x daily intake (kg DM/cow.day)"]
[null,"Additional ME",{"$f":"C142-C137","v":2.0097176470588352},"ME intake strategy diet - ME intake your farm diet (MJ/kg DM)"]
[null,"Additional Milk (litres per cow)",{"$f":"C143/5.5","v":0.36540320855615183},"MJ/ litre of milk constant used for all varying fat/protein milk concentrations"]
[null,"New milk production figure",{"$f":"C144+(C15*C16/365)","v":18.630243391204559},"Your farm milk (litres/cow.day) + additional strategy milk (litres/cow.day)"]
[null,"Total additional milk production farm",{"$f":"(C144*C12*C28)*(0.2534+(0.1226*'Your Farm'!R225)+(0.0776*'Your Farm'!R226))","v":25377.526886631167}]
[null,"Average additional daily milk",{"$f":"C146/365","v":69.527470922277175}]
[null,"Average additional daily milk per cow over the year",{"$f":"C147/C12","v":0.15450549093839372}]
[]
[]
[null,"Your farm system"]
[null,"Waste Methane Calculation"]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"'Your Farm'!D275","v":6.5403772921409517E-2}]
[]
[null,"Cow nos",{"$f":"C12","v":450}]
[null,"Methane loss (kg)",{"$f":"C153*C155*365","v":10742.569702341514},"Methane loss over the number of days the strategy is implemented"]
[null,"Grand Total - Enteric tCO2-e",{"$f":"C156*'Emission factors'!C4/1000","v":300.79195166556241}]
[]
[]
[null,"Strategy farm system"]
[null,"Waste Methane Calculation"]
[]
[null,"VS =(I x (1 - DMD) +(0.04 x I))x (1 - A)",{"$f":"(C106*(1-C138%)+(0.04*C106))*(1-0.08)","v":4.4108135226459986}]
[]
[null,"M = VS x Bo x MCF x r ",{"$f":"C163*'Your Farm'!C263*'Your Farm'!AO249%*'Your Farm'!C264","v":6.4059070493679274E-2}]
[]
[null,"Cow nos",{"$f":"$C$12","v":450}]
[null,"Methane loss (kg)",{"$f":"C165*C167*365","v":10521.70232858682},"Methane loss over the number of days the strategy is implemented"]
[null,"Grand Total - Waste tCO2-e",{"$f":"C168*'Emission factors'!C4/1000","v":294.60766520043097}]
[]
[null,"Change in waste methane emissions (t CO2e/annum)",{"$f":"C157-C169","v":6.1842864651314358}]
[]
[null,"Your farm system"]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D131/'Emission factors'!C5*1000","v":363.87062818996156}]
[]
[null,"Manure during storage and spreading"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D132/'Emission factors'!C5*1000","v":81.952816446037048}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"'Your Farm'!D133/'Emission factors'!C5*1000","v":391.41535284178627}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C175+C178+C181","v":837.23879747778483}]
[]
[null,"Grand Total - Waste N2O tCO2-e",{"$f":"C184*'Emission factors'!C5/1000","v":221.86828133161299},"t CO2e/herd for the duration of the strategy"]
[]
[]
[null,"Strategy farm system"]
[]
[null,"Faecal nitrous oxide calculation","Seasons","Milkers",null,null,null,null,{"$f":"#REF!","v":{"$error":"#REF!"}},"Inventory reference"]
[]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP",null,null,null,null,null,"4B.1a_4"]
[null,null,"Annual",{"$f":"C106*C139%","v":3.1101769502157595},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25",null,null,null,null,null,"4B.1a_5"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 "]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen"]
[null,null,"Annual",{"$f":"(0.3*((D194*(1-((C138+10)/100))))+(0.105*((C141)*C106*0.008))+(0.0152*C106))/6.25","v":8.8818591440071024E-2},null,null,null,null,"kg/head/day"]
[]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP x 1.03 / 6.38) + {0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)} /6.25",null,null,null,null,null,"4B.1a_6"]
[]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)",null,null,null,null,null,null,"Table 6.A.7"]
[null,null,null,"Milking Cows"]
[null,1,"Victoria",590]
[null,2,"New.South.Wales",590]
[null,3,"Tasmania",590]
[null,4,"Queensland",590]
[null,5,"South.Australia",590]
[null,6,"Western.Australia",590]
[null,7,"Northern.Territory",590]
[null,null,"Selected",{"$f":"VLOOKUP('Your Farm'!$D$12,$C$205:$H$211,2,FALSE)","v":590}]
[null,null,"Z",{"$f":"IF(D212>0,C13/D212,0)","v":0.84745762711864403}]
[]
[null,null,"Annual",{"$f":"((0.032*C145*1.03/6.38)+((0.212-0.008*(C117-2)-((0.14-0.008*(C117-2))/(1+EXP(-6*(D213-0.4)))))*(C14*0.92)/6.25))","v":9.6246523851740165E-2},null,null,null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4  x W^0.75) / 6.25]",null,null,null,null,null,"4B.1a_7"]
[null,null,"Annual",{"$f":"(D194/6.25)-D215-D199-((1.1*10^-4*C13^0.75)/6.25)","v":0.31070222331905495},null,null,null,null,"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6",null,null,null,null,null,"4B.1a_8a"]
[]
[null,null,"Annual",{"$f":"(365*C12*D199)*10^-6","v":1.4588453644031666E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6",null,null,null,null,null,"4B.1a_8b"]
[]
[null,null,"Annual",{"$f":"(365*C12*D218)*10^-6","v":5.1032840180154769E-2},null,null,null,null,"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen excreted (AE)",null,"AE =AF + AU"]
[]
[null,null,"Annual",{"$f":"D226+D222","v":6.5621293824186439E-2}]
[]
[null,"The total emissions of nitrous oxide from different manure management systems (Total MMS)",null,"E = AE x MMS x EF x Cg"]
[null,null,null,"Emission factor (EF) = N2O-N kg/N excreted for the different manure management systems"]
[null,null,null,"MMS = The fraction of AE that is managed in different manure management systems"]
[]
[null,"Manure Management Systems  (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"$D$230*'Your Farm'!AK249%","v":7.0870997330121366E-3},null,null,0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"$D$230*'Your Farm'!AL249%","v":5.9059164441767798E-4},null,null,0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"$D$230*'Your Farm'!AM249%","v":1.3124258764837289E-4},null,null,0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"$D$230*'Your Farm'!AN249%","v":2.7560943406158304E-3},null,null,5.0000000000000001E-3]
[]
[null,"MMS 14= Pasture range and paddock","Annual",{"$f":"$D$230*'Your Farm'!AJ249%","v":5.505626551849243E-2},null,null,0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D237,D239,D241,D243,D245)","v":6.5621293824186452E-2},null,null,"Gg N/farm/annum"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D237*$G$237)+(D239*$G$239)+(D241*$G$241)+(D243*$G$243))*44/28","v":2.1655026961981528E-5},null,null,"Gg N2O-Nkg/N excreted)"]
[]
[null,"Indirect storage waste volatilised",null,"MNATMOS = (FN + UN) x FracGASM",null,null,"FracGASM (kg N2O-N/kg N excreted)"]
[]
[null,"MMS 1 = Anaerobic lagoon",null,{"$f":"D237*G253","v":2.4804849065542477E-3},null,null,0.35]
[]
[null,"MMS 3a= Sump and dispersal",null,{"$f":"D239*G255","v":4.134141510923746E-5},null,null,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock",null,{"$f":"D241*G257","v":2.6248517529674579E-5},null,null,0.2]
[]
[null,"MMS 4= Solid storage ",null,{"$f":"D243*G259","v":8.2682830218474906E-4},null,null,0.3]
[]
[null,"MMS 14= Pasture range and paddock",null,{"$f":"D245*G261","v":0},null,null,0]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D253:D259)*G264*44/28","v":3.1290173410775181E-5},null,null,5.8999999999999999E-3]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D264)*'Emission factors'!C5*10^3","v":8.2918959538554216},null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,"FracWET "]
[null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D243*G269*G271","v":5.5121886812316611E-5},null,null,"FracLEACH"]
[null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,"EF"]
[null,null,null,{"$f":"D270*G273*44/28","v":9.5282118632718711E-7},null,null,1.0999999999999999E-2]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D273)*'Emission factors'!C5*10^3","v":0.25249761437670459},null,null,"t CO2e/annum"]
[]
[null,"Data Input"]
[]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = (((AEMMS=1-13) - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[]
[null,"MN Soil for lagoon","Annum",{"$f":"(($D$230*'Your Farm'!$AK249%)*(1-$G237-$G253))-0","v":4.6066148264578893E-3}]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"(($D$230*'Your Farm'!$AL249%)*(1-$G239-$G255))-0","v":5.4925022930844044E-4}]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"(($D$230*'Your Farm'!$AM249%)*(1-$G241-$G257))-0","v":1.0499407011869831E-4}]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$230*'Your Farm'!$AN249%)*(1-$G243-$G259))-D270","v":1.8603636799156857E-3}]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D286:D292)","v":7.1212228058007134E-3}]
[]
[null,"N2O emissions from animal waste in storage","E = MN soil x EF x Cg"]
[null,null,"EF (manure) ",5.0299999999999997E-3]
[null,null,"Annum",{"$f":"D294*D297*44/28","v":5.6288179692136205E-5}]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D222*'Your Farm'!AJ249%","v":1.2239712607342568E-2}]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D226*'Your Farm'!AJ249%","v":4.2816552911149858E-2}]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D302+D306)*D309*44/28","v":3.4606795468766668E-4}]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D298+D312","v":4.0235613437980289E-4}]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil"]
[null,null,"FracGASM = ",0.21]
[]
[null,"Animal waste","Annum",{"$f":"(D294+D302+D306)*D319","v":1.3057272548101559E-2}]
[]
[null,null,"E = M x EF x Cg"]
[null,null,"M = mass of N volatilised from subset k"]
[null,null,"EF ",4.0000000000000001E-3]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D321*D325*44/28","v":8.2074284588066953E-5},null,null,"Gg N2O/farm/year"]
[null,"Total CO2e emissions from atmospheric deposition (indirect ammonia)","Annum",{"$f":"D327*'Emission factors'!C5","v":2.1749685415837744E-2},null,null,"Gg CO2-e/farm/year"]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,"FracWET =",1]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,"FracLEACH = ",0.24]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)"]
[]
[null,null,"Annum",{"$f":"SUM(D294,D306,D302)*H330*H331","v":1.4922597197830352E-2}]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg"]
[null,null,"M = mass of N lost through leaching and runoff"]
[null,null,"EF",1.0999999999999999E-2]
[]
[null,"Animal waste","Annum",{"$f":"D335*D339*44/28","v":2.5794775156249606E-4},null,null,"Gg N2O/farm/year"]
[]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"D341*'Emission factors'!C5","v":6.8356154164061461E-2},null,null,null,"Gg CO2-e/farm/year"]
[]
[]
[]
[null,"Dung & urine voided onto pastures"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"D312*10^6","v":346.06795468766666}]
[]
[null,"Manure during storage and spread"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"(D249+D298)*10^6","v":77.943206654117731}]
[]
[null,"Indirect N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"(D264+D273+D327+D341)*10^6","v":372.26503074766538}]
[]
[null,"Total N waste"]
[null,"N2O (kg N2O/farm/annum)",{"$f":"C348+C351+C354","v":796.27619208944975}]
[]
[null,"Grand Total - Waste N2O tCO2-e",{"$f":"C357*'Emission factors'!C5/1000","v":211.01319090370419},"t CO2e/herd for the duration of the strategy"]
[]
[null,"Change in waste N2O emissions (t CO2e/annum)",{"$f":"C186-C359","v":10.855090427908806}]
[]
[]
[null,"Your farm",null,"Emissions per day"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C98","v":1648.7026035014474},{"$f":"C365/365","v":4.5169934342505407}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C157","v":300.79195166556241},{"$f":"C366/365","v":0.82408753880976005}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C186","v":221.86828133161299},{"$f":"C367/365","v":0.60785830501811777}]
[null,"Fert N2O (t CO2e/farm per annum)",0,{"$f":"C368/365","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C365:C368)","v":2171.362836498623},{"$f":"C369/365","v":5.9489392780784192}]
[]
[null,"Strategy"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C129","v":1657.2241058209283},{"$f":"C372/365","v":4.5403400159477485}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C169","v":294.60766520043097},{"$f":"C373/365","v":0.80714428822035877}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C359","v":211.01319090370419},{"$f":"C374/365","v":0.57811833124302514}]
[null,"Fert N2O (t CO2e/farm per annum)",0,{"$f":"C375/365","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C372:C375)","v":2162.8449619250637},{"$f":"C376/365","v":5.9256026354111331}]
[]
[null,"Reduction due to strategy",null,"Emissions reduction for the duration of activation"]
[null,"Enteric CH4 (t CO2e/herd per annum)",{"$f":"C365-C372","v":-8.5215023194809874},{"$f":"(C379/365)*$C$28","v":-3.5019872545812278}]
[null,"Waste CH4 (t CO2e/herd per annum)",{"$f":"C366-C373","v":6.1842864651314358},{"$f":"(C380/365)*$C$28","v":2.5414875884101793}]
[null,"Waste N2O (t CO2e/herd per annum)",{"$f":"C367-C374","v":10.855090427908806},{"$f":"(C381/365)*$C$28","v":4.4609960662638928}]
[null,"Fert N2O (t CO2e/farm per annum)",{"$f":"C368-C375","v":0},{"$f":"(C382/365)*$C$28","v":0}]
[null,"Total (t CO2e/farm per annum)",{"$f":"SUM(C379:C382)","v":8.5178745735592543},{"$f":"(C383/365)*$C$28","v":3.5004964000928442}]

{"sheet":"N Fertiliser Inhibitor Coated","index":26,"n_rows":125,"n_cols":4,"rows_kept":125,"cut":false,"hidden":false,"merged":[[57,1,58,2],[0,1,0,8],[1,0,1,9],[3,1,7,8]]}
[null,"Coating N Fertilisers with Nitrification Inhibitors"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of adopting the strategy of reducing the direct and indirect nitrous oxide emissions by coating nitrogen fertilisers  with nitrification inhibitors.  This strategy can potentially result in additional pasture production which could impact on enteric CH4 emissions.  This spreadsheet estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm.  The 'Your farm system data relevant to this abatement strategy' cells are linked to your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in milk production and the 'GHG and economic results' cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols."]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Enter liveweight gain (kg/day)",0]
[null,"Current milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length",{"$f":"'Your Farm'!D35","v":300}]
[null,"Enter N fertiliser applied to pastures (t N/annum)",{"$f":"'Your Farm'!D376*1000","v":55}]
[null,"Key variables for the strategy farm"]
[null,"Enter % annual N fertiliser purchased that is coated with an inhibitor",{"$f":"C72/100","v":0.3}]
[]
[null,"Enter % of the coated fertiliser applied when inhibitor is reducing N2O emissions",{"$f":"C74/100","v":1}]
[]
[null,"Enter % reduction of N2O emissions with inhibitor applied to fertiliser",{"$f":"C75/100","v":0.4}]
[]
[null,"Enter cost of uncoated fertiliser ($ / t N)",{"$f":"C76/1","v":1300}]
[]
[null,"Enter cost of coated fertiliser ($ / t N)",{"$f":"C77/1","v":1500}]
[]
[null,"Enter additional pasture growth achieved with the inhibitor (kg DM/ha per annum)",{"$f":"C78/1","v":200}]
[]
[null,"Enter area of farm that the coated fertiliser is applied to (ha)",{"$f":"C79/1","v":100}]
[]
[null,"Enter feed quality of the additional pasture (MJ ME/kg DM)",{"$f":"C80/10","v":11}]
[]
[null,"Enter utilisation efficiency of additional pasture (%)",{"$f":"C81/1","v":75}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C82/1000","v":0.67500000000000004}]
[]
[null,"Enter milk price for when increased pasture ME/ diet DMD is available ($/ litre)",{"$f":"C83/1000","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C84/100","v":35}]
[]
[null,"Variation in production"]
[null,"Estimated additional milk produced (litres/farm per annum)",{"$f":"C113","v":31793.010000000006}]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",{"$f":"-1*C111","v":-8.6939999999999991}]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",0]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",0]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",{"$f":"C107","v":23.450242200000002}]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"SUM(C43:C46)","v":14.756242200000003}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"(C47/'Your Farm'!K150*100)","v":0.41688793502456029}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"(C43)/SUM('Your Farm'!D129)*100","v":-0.52732372603379396}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"IF(SUM('Your Farm'!J134,'Your Farm'!J135)>0,SUM(C46)/SUM('Your Farm'!J134,'Your Farm'!J135)*100,\"\")","v":11.401652156306945}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"IF(C47>0,C47*C38,0)","v":516.46847700000012}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"(C24-C22)*C16*C14","v":3300}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C51>1,C51-C52,C52*-1)","v":-2783.5315229999997}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"C36*C41","v":21460.281750000006}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C51>1,C51-C52+C54,C54-C52)","v":18676.750227000004}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C97","v":9.2230865318518509E-3}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter % annual N fertiliser purchased that is coated with a N inhibitor",30]
[null,"Enter period of time the coated inhibitor is effective (days/annum)",120]
[null,"Enter efficacy of inhibitor coated fertiliser (%)",100]
[null,"Enter % reduction of N2O emissions with N inhibitor applied to fertiliser",40]
[null,"Enter cost of the uncoated N fertiliser ($/t)",1300]
[null,"Enter cost of coated N fertiliser ($/t)",1500]
[null,"Enter additional pasture production (kg DM/ha.annum)",200]
[null,"Enter area of farm that the NI fertiliser is applied (ha)",100]
[null,"Enter feed quality of the additional pasture (MJ/kg DM)",110]
[null,"Utilisation of the additional pasture (%)",75]
[null,"Average annual milk price ($/litre)",675]
[null,"Enter seasonal milk price when inhibitor is used ($/litre)",675]
[null,"Enter on farm price received for a t CO2e ($)",3500]
[]
[]
[]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C51","v":516.46847700000012}]
[null,"Implementation cost",{"$f":"C52","v":3300}]
[null,"Additional milk income",{"$f":"C54","v":21460.281750000006}]
[null,"Total farm benefit",{"$f":"C55","v":18676.750227000004}]
[]
[]
[null,"Total milk income",{"$f":"C10*C12*C13*C34","v":2025000.0000000005}]
[null,"Carbon credit benefit as % of milk income",{"$f":"C93/C96","v":9.2230865318518509E-3}]
[]
[]
[null,"Your farm system"]
[null,"Nitrogen fertiliser applied to pastures (t/annum)",{"$f":"C14","v":55}]
[null,"Your farm direct N2O emissions from N fertilisers (t CO2e/annum)",{"$f":"(C101*0.59%)*1.57*'Emission factors'!C5","v":135.00822500000001},"t Fert N x 0.4% (emission factor for pastures) x 1.57 (convert from elemental to molecular N2O) x GWP (convert to CO2e)"]
[null,"Your farm indirect N2O emissions from N fertiliser (leached)",{"$f":"C101*0.24*0.011*1.57*'Emission factors'!C5","v":60.41046},"t Fert N x 0.24 (FracLEACH constant for Gg N/Gg applied) x 0.011 (constant for Gg N2O-N/Gg N) x 1.57 (constant to convert from elemental to molecular N2O) x GWP (convert to CO2e)"]
[null,"Your farm total direct and indirect N2O emissions from N fertiliser (t CO2e/annum)",{"$f":"C103+C102","v":195.41868500000001},"Sum of direct and indirect N2O emissions"]
[null,"Strategy direct and indirect N2O emissions (t CO2e/annum)",{"$f":"C104-C107","v":171.96844280000002}]
[]
[null,"Reduction in N2O emissions (t CO2e/annum)",{"$f":"C104*C16*C18*C20","v":23.450242200000002},"Your farm N2O emissions x % fertiliser coated with the inhibitor x % of time inhibitor is effective x efficacy of the nitrification inhibitor"]
[]
[null,"Additional feed eaten (kg DM/annum)",{"$f":"C26*C32/100*C28","v":15000},"additional grass (kg/ha) x utilisation rate of consuming the grass (as a %) x ha of land inhibitor fertiliser applied to "]
[null,"Methane production from kg DM eaten (kg CH4)",{"$f":"20.7*C109/1000","v":310.5},"Based on NGGI of 20.7 g CH4 per kg DM intake (or equivalent to 20 kg/tonne DM)"]
[null,"Additional methane (t CO2 e/annum)",{"$f":"C110/1000*'Emission factors'!C4","v":8.6939999999999991},"x GWP to convert from kg CH4 to t CO2e"]
[]
[null,"Additional milk produced (kg FPCM/herd per annum)",{"$f":"((C26*C28*C30*(C32/100))/5.5*1.03)*(0.2534+(0.1226*'Your Farm'!R225)+(0.0776*'Your Farm'!R226))","v":31793.010000000006},"kg additional grass per ha x ha x ME of the pasture x utilisation of the pasture (as a % so why divided by 100) divided 5.5 (MJ/litre milk) *1.03 to get kg milk for the FPCM equation to follow"]
[]
[]
[null,"Your farm milk production (kgs FPCM/annum)",{"$f":"'Your Farm'!R229","v":3179301.0000000005},"Number of milkers x milk production per cow.day x 365 days"]
[null,"Your farm GHG emissions (t CO2e/annum)",{"$f":"C104","v":195.41868500000001},"Your farm direct and indirect N2O emissions"]
[null,"Your farm GHG emissions intensity per annum (kg CO2e/litre FPCM)",{"$f":"C117*1000/C116","v":6.146592757338798E-2}]
[]
[]
[null,"Strategy milk production (litres FPCM/annum)",{"$f":"C116+C113","v":3211094.0100000002},"Your farm milk production + additional milk produced "]
[null,"Strategy GHG emissions (t CO2e/annum)",{"$f":"C104-C107","v":171.96844280000002},"Your farm N2O emissions - change in N2O emissions"]
[null,"Your farm GHG emissions intensity (kg CO2e/litre FPCM)",{"$f":"C122*1000/C121","v":5.3554471549090522E-2}]
[]
[null,"Reduction in emissions intensity per annum (kg CO2e/litre milk)",{"$f":"C118-C123","v":7.9114560242974571E-3}]

{"sheet":"N Inhibitor Applied to Feed","index":27,"n_rows":150,"n_cols":3,"rows_kept":150,"cut":false,"hidden":false,"merged":[[49,1,50,2],[0,1,0,8],[3,1,8,8],[1,0,1,9]]}
[null,"Feeding Nitrification Inhibitors to the Milking Herd"]
[]
[]
[null,"This spreadsheet is setup to help producers examine the validity of adopting the strategy of feeding a source of nitrification inhibitor to cows to be excreted with the urine to reduce direct and indirect nitrous oxide emissions from urine patches. This spread sheets estimates the potential level of abatement that can be achieved and calculates the overall potential economic benefit to the farm.  The 'Your farm system data relevant to this abatement strategy' cells are linked to your farm data entered by the user.  The 'Key variables for the strategy farm' green cells must be entered and refer to the abatement strategy under review.  The 'Variation in production' cells are estimations of changes in milk production and the 'GHG and economic results' cells are a summary of the results.  Details on the data required and any underlining assumptions are given by clicking on the pale blue question mark symbols."]
[]
[]
[]
[]
[]
[]
[null,"Your farm system data relevant to this abatement strategy"]
[null,"Your farm number of milkers",{"$f":"'Your Farm'!D16","v":450}]
[null,"Average liveweight of milking cow (kg)",{"$f":"'Your Farm'!D18","v":500}]
[null,"Enter liveweight gain (kg/day)",0]
[null,"Current milk production (litres/cow.day)",{"$f":"'Your Farm'!R231","v":22.222222222222225}]
[null,"Average lactation length",{"$f":"'Your Farm'!D35","v":300}]
[null,"Digestibility of the 'Your farm' diet (%)",{"$f":"'Your Farm'!F44","v":75.735294117647058}]
[null,"Crude protein of the 'Your farm' diet (%)",{"$f":"'Your Farm'!H44","v":18.632352941176471}]
[null,"Key variables for the strategy farm"]
[null,"Enter time cows spend grazing on pastures (% of year)",{"$f":"C65/1","v":85}]
[]
[null,"Enter number of days per year the inhibitor is effective (days/year)",{"$f":"C66/1","v":315}]
[]
[null,"Enter efficacy of nitrification inhibitor (%)",{"$f":"C67/1","v":30}]
[]
[null,"Enter cost to implement strategy ($ per cow per annum)",{"$f":"C68/10","v":6}]
[]
[null,"Enter average annual milk price ($/ litre)",{"$f":"C69/1000","v":0.67500000000000004}]
[]
[null,"Enter on farm price received for a t CO2e ($)",{"$f":"C70/100","v":35}]
[]
[null,"Variation in production"]
[null,"Estimated additional milk produced (litres/farm)",0]
[null,"GHG and economic results"]
[null,"Reduction in enteric CH4 emissions (t CO2e/annum)",0]
[null,"Reduction in animal waste CH4 emissions (t CO2e/annum)",0]
[null,"Reduction in animal waste N2O emissions (t CO2e/annum)",{"$f":"C145","v":42.363442909458527}]
[null,"Reduction in N fertiliser N2O emissions (t CO2e/annum)",0]
[null,"Total reduction in farm GHG emissions (t CO2e/annum)",{"$f":"SUM(C35:C38)","v":42.363442909458527}]
[null,"Reduction in net emissions, relative to the 'Your farm' system (%)",{"$f":"(C39/'Your Farm'!K150*100)","v":1.1968364300129888}]
[null,"Reduction in CH4 emissions, relative to the 'Your farm' system (%)",{"$f":"(C36)/SUM('Your Farm'!D130)*100","v":0}]
[null,"Reduction in N2O emissions, relative to the 'Your farm' system (%)",{"$f":"C37/SUM('Your Farm'!D131:D133)*100","v":19.093960910140407}]
[null,"Calculated potential carbon credit ($ per farm)",{"$f":"IF(C39>0,C39*C30,0)","v":1482.7205018310485}]
[null,"Calculated expense to implement the strategy ($ per farm)",{"$f":"(C26*C12)","v":2700}]
[null,"Benefit as stand alone abatement ($ per farm)",{"$f":"IF(C43>1,C43-C44,C44*-1)","v":-1217.2794981689515}]
[null,"Estimated additional milk income ($ per farm)",{"$f":"C33*C28","v":0}]
[null,"Estimated total farm benefit from strategy ($ per farm)",{"$f":"IF(C43>1,C43-C44+C46,C46-C44)","v":-1217.2794981689515}]
[null,"Carbon credit total farm benefit income as % of your farm milk income",{"$f":"C47/C80","v":-6.01125678108124E-4}]
[]
[null,"Click to return to the 'Your Farm' worksheet"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Up/down arrows"]
[null,"Enter % of the year cows grazing pasture",85]
[null,"Enter days/annum the strategy is effective",315]
[null,"Enter efficacy of the NI (%)",30]
[null,"Enter cost to implement strategy ($ per cow)",60]
[null,"Enter milk price ($/ litre)",675]
[null,"Enter on farm price received for a t CO2e ($)",3500]
[]
[]
[null,"Data for graph","Change in income & costs based on reduction in total farm GHG emissions ($ per annum)"]
[null,"Carbon credit income ",{"$f":"C39*C30","v":1482.7205018310485}]
[null,"Implementation cost",{"$f":"(C26*C12)","v":2700}]
[null,"Additional milk income",{"$f":"C46","v":0}]
[null,"Total farm benefit",{"$f":"C47","v":-1217.2794981689515}]
[]
[]
[null,"Total milk income",{"$f":"C12*C15*C16*C28","v":2025000.0000000005}]
[null,"Carbon credit benefit as % of milk income",{"$f":"C77/C80","v":-6.01125678108124E-4}]
[]
[]
[]
[]
[]
[null,"Methane Calculation (NECESSARY TO ESTIMATE DAILY INTAKES)"]
[null,"Feed Intake =","I = (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2 * MR+ MI (MR = 1.1 for milkers and 1.0 for all other stock)"]
[null,"Feed Intake =",{"$f":"(1.185+(0.00454*$C$13)-(0.0000026*($C$13)^2)+((0.315*$C$14)))^2*1.1+C93","v":17.318432000040413}]
[]
[null,"Energy for Milk =","MI = MP x NE / k / qm / 18.4"]
[null,"= Milk Production x 1.03 x 3.054 MJ Net Energy/kg milk / 0.6 / (0.00795 DMD - 0.0014)/18.4"]
[null,null,{"$f":"((C15*1.03*C16/365)*3.054)/0.6/((0.00795*C17)-0.0014)/18.4","v":8.663604500040412}]
[]
[null,"Gross Energy Intake =","GEI = (I x 18.4)"]
[]
[null,null,{"$f":"(C89*18.4)","v":318.65914880074359}]
[]
[null,"Intake relative to maintenance","L =I ÷ (1.185 + 0.00454W - 0.0000026W2 + 0.315LWG)2; where LWG=0)"]
[null,null,{"$f":"C89/(1.185+(0.00454*C13)-(0.0000026*(C13)^2)+(0.315*0))^2","v":2.2011155277265146}]
[]
[null,"% gross energy intake as methane =","Y = 1.3 + 0.112D + L(2.37 - 0.050D) "]
[null,"Y = 1.3 + 0.112xDMD + Intake relative to maintenance (2.37 - 0.050xDMD)"]
[null,null,{"$f":"1.3+(0.112*C17)+C100*(2.37-(0.05*C17))","v":6.6638901479239347}]
[]
[null,"Daily Methane Yield =","M = 20.7 x I /1000"]
[]
[null,"Daily Methane Yield =(kg CH4/hd/d)",{"$f":"20.7*C89/1000","v":0.35849154240083653}]
[]
[]
[]
[null,"Your farm farm system N2O emissions calculations"]
[null,"Crude protein intake (CPI)","CPIijk = Iijk x CPijk"]
[null,null,{"$f":"C89*C18/100","v":3.2268313741251773}]
[]
[null,"Nitrogen excreted in faeces"," F = {0.3(CPI x (1-[(DMD+10)/100])) + 0.105(ME x I x 0.008) + (0.0152 x I)}/6.25 x 1000"]
[null,null,{"$f":"((0.3*(C114*(1-((C17+10)/100))))+(0.105*(C120*C89*0.008))+((0.0152*C89)))/6.25*1000","v":90.074527103666838}]
[]
[null,"ME","ME = (DMD*0.1604)-1.037"]
[null,null,{"$f":"(0.1604*C17)-1.037","v":11.110941176470586}]
[]
[null,"The amount of nitrogen that is retained by the body (NRijk g/head/day)","NR = {(0.032 x MP x 1.03 / 6.38) + ({0.212-0.008(L - 2) - [(0.140-0.008(L - 2)) / (1+exp (-6(Z - 0.4)))]} x (LWG x 0.92)})/6.25 x 1000"]
[null,null,{"$f":"((0.032*C15*1.03/6.38)+((0.212-0.008*(C100-2)-((0.14-0.008*(C100-2))/(1+EXP(-6*(C125-0.4)))))*(C14*0.92))/6.25*1000)","v":0.1148032044583769}]
[]
[null,"z relative size",{"$f":"C13/590","v":0.84745762711864403}]
[]
[]
[null,"Nitrogen excreted in Urine g/head/day","U = (CPI/6.25 x 1000) - NR - F - [(1.1 x 10-4  x W0.75)/6.25 x 1000]"]
[null,null,{"$f":"(C114/6.25*1000)-C123-C117-((1.1*10^-4*C13^0.75)/6.25*1000)","v":424.24271612824788}]
[]
[]
[null,"Direct N2O emissions"]
[null,"Your farm total urinary N emitted (Gg N/herd/annum)",{"$f":"C129*C12*365*10^-9","v":6.9681866124064712E-2}]
[null,"Your farm total N2O emissions  (t CO2/year)",{"$f":"C133*C20/100*0.4/100*1.57*'Emission factors'!C5*1000","v":98.569877363118238}]
[null,"Strategy direct N2O emissions",{"$f":"C134*(100-C24)%","v":68.998914154182756}]
[null,"Reduction in direct N2O emissions with this strategy for 12 months (t CO2e/annum)",{"$f":"C134-C135","v":29.570963208935481}]
[null,"Reduction in direct N2O emissions with this strategy for activation period(t CO2e/annum)",{"$f":"C136/365*C22","v":25.520146330999115}]
[]
[null,"Indirect N2O emissions from leaching"]
[null,"Total indirect leached from urinary N emitted from pastures (t CO2e/annum)",{"$f":"C133*C20/100*0.24*0.011*1.57*'Emission factors'!C5*1000","v":65.05611905965803}]
[null,"Strategy indirect N2O emissions (t CO2e/annum)",{"$f":"C140*(100-C24)%","v":45.539283341760616}]
[null,"Reduction in indirect N2O emissions from leaching with this strategy for 12 months (t CO2e/annum)",{"$f":"C140-C141","v":19.516835717897415}]
[null,"Reduction in indirect N2O emissions from leaching with this strategy for activation period (t CO2e/annum)",{"$f":"C142/365*C22","v":16.843296578459412}]
[]
[null,"Total reduction in N2O emissions for the activation period  (t CO2e/annum)",{"$f":"C143+C137","v":42.363442909458527}]
[]
[null,"Total your farm N2O emissions (t CO2e/annum)",{"$f":"C134+C140","v":163.62599642277627}]
[null,"Total strategy N2O emissions (t CO2e/annum)",{"$f":"C135+C141","v":114.53819749594336}]
[null,"Total reduction in N2O emissions (t CO2e/annum)",{"$f":"C147-C148","v":49.087798926832903}]
[null,"% reduction",{"$f":"C149/C147","v":0.30000000000000016}]

{"sheet":"1990 Methodology Comparison","index":28,"n_rows":604,"n_cols":55,"rows_kept":604,"cut":false,"hidden":false,"merged":[[201,18,201,19],[74,2,74,3],[75,5,75,6],[76,2,76,3],[35,3,35,4],[35,5,35,6],[35,7,35,8],[36,3,36,4],[36,5,36,6],[36,7,36,8],[37,3,37,4],[37,5,37,6],[37,7,37,8],[38,3,38,4],[38,5,38,6],[38,7,38,8],[7,3,7,5],[9,3,9,5],[28,3,28,4],[28,5,28,6],[11,5,11,6],[30,5,30,6],[32,5,32,6],[34,3,34,4],[34,5,34,6],[34,7,34,8],[39,3,39,4],[39,5,39,6],[39,7,39,8],[40,1,41,1],[40,3,40,4],[40,5,40,6],[40,7,40,8],[41,3,41,4],[41,5,41,6],[41,7,41,8],[72,2,72,3],[46,2,46,3],[46,6,46,8],[47,4,47,5],[47,7,48,8],[62,4,62,5],[62,6,62,7],[67,4,67,5],[67,6,67,7],[69,6,69,7],[111,5,112,5],[111,6,112,6],[79,2,79,4],[79,5,79,6],[80,1,81,1],[85,1,87,8],[102,5,102,6],[0,1,0,10],[1,0,1,11],[533,4,533,5],[578,6,578,7],[111,7,112,7],[111,9,112,9],[111,10,112,10],[111,11,112,11],[515,3,515,4],[515,5,515,6],[515,7,515,8],[107,5,107,6],[111,8,112,8],[111,1,111,2],[111,3,112,3],[111,4,112,4]]}
[null,"1990 National Greenhouse Gas Inventory (NGGI) Methodology"]
[]
[]
[null,"This spreadsheet is protected and linked back to the 'Your farm' sheet.  It is used to compare the old NGGI methodology from 1990 (GWPs of 21 and 310) to the current GWPs"]
[null,"NGGI methodology with GWPs of 28 for methane and 265 for nitrous oxide"]
[]
[]
[null,"Farmer details:","Owner or sharefarmer ID",{"$f":"'Your Farm'!D8:F8","v":"Bill and Wendy Smith"},null,null,"Supplier Number",{"$f":"'Your Farm'!H8","v":"256758T1"}]
[]
[null,null,"Address",{"$f":"'Your Farm'!D10:F10","v":"1234 Main Rd, Colac VIC 3250"},null,null,"Year reviewed",{"$f":"'Your Farm'!H10","v":"24/25"}]
[]
[null,null,"Choose your state in Australia",{"$f":"'Your Farm'!D12","v":"Victoria"},null,"Choose your RDP region",null,{"$f":"'Your Farm'!H12","v":"Victoria- South West"}]
[]
[null,"Livestock dynamics",null,"Milking Cows","Heifers >1 yr age","Heifers <1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","Calves",{"$f":"'Your Farm'!H224","v":"Calves sold post-weaning "}]
[]
[null,null,"Livestock numbers",{"$f":"'Your Farm'!D16","v":450},{"$f":"'Your Farm'!E16","v":120},{"$f":"'Your Farm'!F16","v":125},{"$f":"'Your Farm'!G16","v":8},{"$f":"'Your Farm'!H16","v":100},{"$f":"'Your Farm'!I16","v":0},null,"head"]
[]
[null,null,"Liveweight",{"$f":"'Your Farm'!D18","v":500},{"$f":"'Your Farm'!E18","v":350},{"$f":"'Your Farm'!F18","v":150},{"$f":"'Your Farm'!G18","v":600},{"$f":"'Your Farm'!H18","v":200},{"$f":"'Your Farm'!I18","v":0},null,"kg/head"]
[]
[null,null,"Liveweight gain ",null,{"$f":"'Your Farm'!E20","v":0.7},{"$f":"'Your Farm'!F20","v":0.7},null,{"$f":"'Your Farm'!H20","v":1},{"$f":"'Your Farm'!I20","v":0},null,"kg/day"]
[]
[null,null,"Number of stock sold each year",{"$f":"'Your Farm'!D22","v":115},{"$f":"'Your Farm'!E22","v":10},{"$f":"'Your Farm'!F22","v":0},{"$f":"'Your Farm'!G22","v":4},{"$f":"'Your Farm'!H22","v":100},{"$f":"'Your Farm'!I22","v":0},{"$f":"'Your Farm'!J22","v":215},"head"]
[]
[null,null,"Liveweight at point of sale",{"$f":"'Your Farm'!D24","v":550},{"$f":"'Your Farm'!E24","v":425},{"$f":"'Your Farm'!F24","v":0},{"$f":"'Your Farm'!G24","v":600},{"$f":"'Your Farm'!H24","v":400},{"$f":"'Your Farm'!I24","v":0},{"$f":"'Your Farm'!J24","v":105},"kg/head"]
[]
[null,null,null,null,null,null,null,null,null,{"$f":"SUMPRODUCT(D22:J22,D24:J24)/1000","v":132.47499999999999},"t LW/annum sold"]
[]
[null,"Milk production "]
[null,null,"Select option for milk production",{"$f":"'Your Farm'!D31:E31","v":"litres per herd per annum"},null,"Amount of milk produced",null,{"$f":"'Your Farm'!H31","v":3000000},{"$f":"IF(S207=\"1\",\"litres of milk\",\"kg milksolids\")","v":"litres of milk"}]
[]
[null,null,"Average annual milk fat (%)",{"$f":"'Your Farm'!D33","v":4.3},"%","Average annual milk protein (%)",null,{"$f":"'Your Farm'!H33","v":3.2},"%"]
[]
[null,null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300},"days","Average milk production (litres/cow per day)",null,{"$f":"P204","v":22.222222222222225}]
[]
[null,"Milkers average annual diet intakes and quality",null,"Intake (kg DM/day)",null,"Dry matter digestibility (DMD; %)",null,"Crude protein (CP; %)"]
[null,null,"Pastures",{"$f":"'Your Farm'!D38:E38","v":12},null,{"$f":"'Your Farm'!F38:G38","v":75},null,{"$f":"'Your Farm'!H38:I38","v":20}]
[null,"Estimated intake based ","Concentrates/ grain",{"$f":"'Your Farm'!D39:E39","v":2.5},null,{"$f":"'Your Farm'!F39:G39","v":85},null,{"$f":"'Your Farm'!H39:I39","v":12}]
[null,"on data entry","Silage",{"$f":"'Your Farm'!D40:E40","v":1.5},null,{"$f":"'Your Farm'!F40:G40","v":70},null,{"$f":"'Your Farm'!H40:I40","v":16.5}]
[null,{"$f":"P208 &\" kg DM/cow.day\"","v":"17.1 kg DM/cow.day"},"Hay",{"$f":"'Your Farm'!D41:E41","v":0},null,{"$f":"'Your Farm'!F41:G41","v":0},null,{"$f":"'Your Farm'!H41:I41","v":0}]
[null,null,"By-products",{"$f":"'Your Farm'!D42:E42","v":0},null,{"$f":"'Your Farm'!F42:G42","v":0},null,{"$f":"'Your Farm'!H42:I42","v":0}]
[null,"Click here for help regarding feed quality","Other",{"$f":"'Your Farm'!D43:E43","v":1},null,{"$f":"'Your Farm'!F43:G43","v":70},null,{"$f":"'Your Farm'!H43:I43","v":22}]
[null,null,"Total (kg DM/day) or average (%)",{"$f":"SUM(D36:E41)","v":17},null,{"$f":"P206","v":75.735294117647058},null,{"$f":"P207","v":18.632352941176471}]
[]
[null,"Average annual dry matter digestibility (DMD) for all other stock (%)",null,{"$f":"'Your Farm'!R247","v":75},"%"]
[null,"Average annual crude protein (CP) for all other stock (%)",null,{"$f":"'Your Farm'!R248","v":20},"%"]
[]
[null,"Fertilisers"]
[null,null,"How do you which to enter the fertiliser rates?",null,{"$f":"'Your Farm'!E50","v":"tonnes of element per annum"},null,null,"Click here to work out fertiliser rates"]
[]
[null,null,"Area of N fertiliser (ha)",null,null,null,"Rate of N fertiliser"]
[null,"Area of pastures fertilised with N (ha)",{"$f":"IF('Your Farm'!C53=\"\",\"\",'Your Farm'!C53)","v":""},"ha","Amount of N applied to pastures",null,{"$f":"'Your Farm'!G53","v":55},{"$f":"IF($T$196=\"1\",\"kg per ha per annum\",\"t per annum\")","v":"t per annum"}]
[]
[null,"Area of crops fertilised with N (ha)",{"$f":"IF('Your Farm'!C55=\"\",\"\",'Your Farm'!C55)","v":""},"ha","Amount of N applied to crops",null,{"$f":"'Your Farm'!G55","v":0},{"$f":"H51","v":"t per annum"}]
[]
[null,null,null,null,"Percentage of N fertiliser that is urea",null,{"$f":"'Your Farm'!G57","v":95},"%"]
[]
[null,null,"Area of PKS & lime fertiliser (ha)",null,"Rate of P fertiliser","Rate of K fertiliser","Rate of S fertiliser","Rate of lime/dolomite"]
[null,"Area of pastures fertilised with PKS & lime (ha)",{"$f":"IF('Your Farm'!C60=\"\",\"\",'Your Farm'!C60)","v":""},"Rate of PKS & lime  ",{"$f":"'Your Farm'!G60","v":10},{"$f":"'Your Farm'!H60","v":3},{"$f":"'Your Farm'!I60","v":3},{"$f":"'Your Farm'!J60","v":150},{"$f":"H51","v":"t per annum"}]
[]
[null,"Area of crops fertilised with PKS & lime (ha)",{"$f":"IF('Your Farm'!C62=\"\",\"\",'Your Farm'!C62)","v":""},"Rate of PKS & lime   ",{"$f":"'Your Farm'!G62","v":0},{"$f":"'Your Farm'!H62","v":0},{"$f":"'Your Farm'!I62","v":0},{"$f":"'Your Farm'!J62","v":0},{"$f":"H51","v":"t per annum"}]
[]
[null,"Energy consumption"]
[null,"Annual Electricity Use (kWh)",{"$f":"'Your Farm'!C65","v":175000},"kWh","Where does your electricity come from?",null,"Brown Coal-Victorian "]
[]
[null,"Annual Diesel/ unleaded petrol (litres)",{"$f":"'Your Farm'!G65+DieselUseContractors","v":15000},"litres"]
[]
[null,"Purchased supplementary feed "]
[null,"Pasture, cereal or legume hay (t DM)",{"$f":"'Your Farm'!C72","v":200},"t DM","Pasture, cereal or legume silage (t DM)",null,{"$f":"'Your Farm'!G72","v":0},null,"t DM"]
[]
[null,"Grain/ concentrates (t DM)",{"$f":"'Your Farm'!C76","v":700},"t DM","By-products (t DM)",null,{"$f":"'Your Farm'!G76:H76","v":180},null,"t DM"]
[]
[null,"Carbon sequestration in tree plantations"]
[null,"How are you estimating this?",{"$f":"'Your Farm'!C81","v":"Based on data entered here"},null,null,"Area of trees (ha)",{"$f":"'Your Farm'!G81","v":10},"Age of trees",{"$f":"'Your Farm'!I81","v":15}]
[]
[null,"Choose your region in Australia",{"$f":"'Your Farm'!C83","v":"South West VIC"}]
[null,null,null,null,null,"Amount of carbon sequestered using other tools",null,{"$f":"IF('Your Farm'!H84=\"\",\"\",'Your Farm'!H84)","v":6.5},"t CO2e/ha"]
[null,"Choose the type of trees planted",{"$f":"'Your Farm'!C85","v":"Mixed species (Environmental Plantings)"}]
[]
[null,"Manure management"]
[null,null,"Choose which option you are using to estimate how animal waste is handled",null,null,{"$f":"'Your Farm'!F88","v":"Default state factors and fractions"},null,"Volatile solids ",{"$f":"D249","v":3.8097545146218383}]
[null,"Percentage waste to each manure system "]
[null,null,"Lagoon","Liquid/Slurry","Daily spread","Solid storage","Drylot","Digester","Pasture"]
[null,"Milkers",{"$f":"AH222","v":6},{"$f":"AI222","v":0.5},{"$f":"AK222","v":1.5},{"$f":"AJ222","v":0},{"$f":"0","v":0},{"$f":"0","v":0},{"$f":"AL222","v":92}]
[null,"All other stock",{"$f":"IF($G$80=1,0,AH225)","v":0},{"$f":"IF($G$80=1,0,AI225)","v":0},{"$f":"IF($G$80=1,0,AK225)","v":0},{"$f":"IF($G$80=1,0,AJ225)","v":0},{"$f":"0","v":0},{"$f":"0","v":0},{"$f":"IF($G$80=1,100,AL225)","v":100}]
[]
[null,"Only answer the following questions if you which to enter your own farm management practices to estimate the percentage of waste to each of the abovementioned manure management systems.  In addition, you must have selected the User-defined factors and fractions option in the drop-down list at the beginning of this section otherwise the results with still reflect the default state-based fractions and factors.  "]
[]
[]
[]
[null,"Milkers",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water",null,null,null,null,{"$f":"'Your Farm'!G99","v":4},{"$f":"'Your Farm'!H99","v":300}]
[]
[null,"Percentage of waste that is flushed and then drains to the paddock with no treatment/ removal of solids ",null,null,null,null,{"$f":"'Your Farm'!G101","v":0},"%"]
[null,"Percentage of waste that is flushed and then spread daily from a sump/dispersal system (with or without removal of solids)",null,null,null,null,{"$f":"'Your Farm'!G102","v":0},"%"]
[null,"Balance assumed to be flushed and then enter a pond/lagoon system",null,null,null,null,{"$f":"'Your Farm'!G103","v":100}]
[]
[null,"Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator) to remove a proportion of solids?",null,null,null,null,{"$f":"'Your Farm'!G105","v":"YES"}]
[null,"If yes, what percentage of the waste is removed via the pre-treatment process?",null,null,null,null,25,"%"]
[]
[null,null,null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spend on a feedpad or loafing area or are housed (TMR farm) ",null,null,null,null,{"$f":"'Your Farm'!G109","v":2},{"$f":"'Your Farm'!H109","v":150}]
[]
[null,"Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled",null,null,null,{"$f":"'Your Farm'!F111:G111","v":"Scraped & stockpiled "},null,"Integrated MCF %",{"$f":"AO222","v":6.5025000000000004}]
[]
[null,"Heifers- For simplicity here, when 'Your farm' Heifers > 1 yr of age are on a feedpad, this is assumed for all stock here",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum the heifers spend in yards or are housed where the waste is deposited",null,null,null,null,{"$f":"'Your Farm'!C115","v":2},{"$f":"'Your Farm'!C116","v":150}]
[]
[null,"Select the option which best describes how this waste from the feedpad or loafing area is best handled",null,null,null,{"$f":"'Your Farm'!F119:G119","v":"Scraped & stockpiled "},null,"Integrated MCF %",{"$f":"AO225","v":1}]
[]
[]
[null,"Results for the baseline 'Your farm' system when using the 1990 methodology"]
[null,null,null,{"$f":"D14","v":"Milking Cows"},{"$f":"E14","v":"Heifers >1 yr age"},{"$f":"F14","v":"Heifers <1 yr age"},{"$f":"G14","v":"Mature bulls"},"Other stock < 1 yr age ","Other stock > 1 yr age","N fertiliser","Total GHG (tonnes CO2e/annum)","% GHG of total GHG"]
[]
[null,"Methane","Enteric fermentation",{"$f":"SUM(D237:D237)*21*10^3","v":1316.0101221895964},176.92023007598519,104.5546699860169,15.025769127982727,106.40773973324538,0,null,{"$f":"SUM(D114:I114)","v":1718.9185311128267},{"$f":"K114/($K$127-$K$130)","v":0.52483731053677352}]
[null,null,"Manure management",{"$f":"SUM(D262:D262)*21*10^3","v":135.75982120887858},2.4069257358193141,1.4399756249860802,0.1980564688578067,1.4868740293263361,0,null,{"$f":"SUM(D115:I115)","v":141.29165306786811},4.3140573479900059E-2]
[null,"Nitrous oxide","Dung & urine voided onto pastures",{"$f":"SUM(D424:D424)*310*10^3","v":128.25709614548765},19.36893722932556,10.550993672932671,1.6644243213628567,10.703409255817025,0,null,{"$f":"SUM(D116:I116)","v":170.54486062492575},5.2072453904087768E-2]
[null,null,"Direct from manure (storage & spread)",{"$f":"SUM(D326,D379)*310*10^3","v":20.635046897846003},0,0,0,0,0,null,{"$f":"SUM(D117:I117)","v":20.635046897846003},6.3004978541096567E-3]
[null,null,"Indirect N waste",{"$f":"(SUM(D461:D461)+SUM(D495:D495))*310*10^3","v":189.86389012280242},26.667894521236676,14.464122155465189,2.2959277135339162,14.66032586697909,0,null,{"$f":"SUM(D118:I118)","v":247.95216038001729},7.5707220930000679E-2]
[null,null,"Direct N fertiliser",null,null,null,null,null,null,{"$f":"C360","v":107.17142857142856},{"$f":"J119","v":107.17142857142856},3.2722647013059929E-2]
[null,null,"Indirect N fertiliser",null,null,null,null,null,null,{"$f":"(SUM(D456:D459)+SUM(D490:D493))*310*10^3","v":127.26607142857144},{"$f":"J120","v":127.26607142857144},3.8858143328008674E-2]
[null,"Carbon dioxide ","Electricity ",null,null,null,null,null,null,null,{"$f":"C573","v":245},7.4805837946411338E-2]
[null,null,"Diesel and unleaded petrol",null,null,null,null,null,null,null,{"$f":"C566+C567","v":50.503758779999991},1.5420310183597257E-2]
[null,"Pre-farm gate embedded (Scope 3)","Grain/ concentrates",null,null,null,null,null,null,null,{"$f":"E595","v":210},6.4119289668352578E-2]
[null,null,"Forages",null,null,null,null,null,null,null,{"$f":"E597-E595","v":50},1.5266497540083945E-2]
[null,null,"Fertilisers",null,null,null,null,null,null,null,{"$f":"E604","v":156.5019420289855},4.7784730260077346E-2]
[]
[null,"Total GHG emissions with 1990 NGGI methodology",null,{"$f":"SUM(D114:D125)","v":1790.5259765646108},225.36398756236673,131.00976143940085,19.18417763173731,133.25834888536781,0,234.4375,3245.785452892469,"t CO2e/annum"]
[null,"% of total GHG emissions",null,{"$f":"D127/SUM($K$114:$K$125)","v":0.55164643583234696},{"$f":"E127/SUM($K$114:$K$125)","v":6.9432804734993955E-2},4.0363037958239666E-2,5.9104885119998932E-3,4.1055809393259542E-2,0,7.2228279842428258E-2]
[]
[null,"Carbon sequestration","Tree plantings, with negative figures representing amount of carbon sequestered",null,null,null,null,null,null,null,{"$f":"'Your Farm'!K148","v":-29.360000000000028}]
[]
[null,"Net GHG emissions with the 1990 methodology",null,null,null,null,null,null,null,null,{"$f":"K127+K130","v":3216.4254528924689}]
[]
[null,{"$f":"_xlfn.CONCAT(\"GHG emissions intensity after \",ROUND(O260*100,0),\"% of net emissions are allocated to milk production based on energy allocation\")","v":"GHG emissions intensity after 86% of net emissions are allocated to milk production based on energy allocation"},null,null,null,null,null,null,null,null,{"$f":"Q257","v":0.86649773478680325},"kg CO2e/kg FPCM"]
[null,{"$f":"_xlfn.CONCAT(\"GHG emissions intensity after \",ROUND(O260*100,0),\"% of net emissions are allocated to milk production based on energy allocation\")","v":"GHG emissions intensity after 86% of net emissions are allocated to milk production based on energy allocation"},null,null,null,null,null,null,null,null,{"$f":"Q258","v":12.24380939869075},"kg CO2e/kg milksolids"]
[null,{"$f":"_xlfn.CONCAT(\"GHG emissions intensity after \",ROUND(O261*100,0),\"% of net emissions are allocated to meat production based on energy allocation\")","v":"GHG emissions intensity after 14% of net emissions are allocated to meat production based on energy allocation"},null,null,null,null,null,null,null,null,{"$f":"Q259","v":3.4841920225480316},"kg CO2e/kg liveweight meat"]
[]
[null,"Net GHG emissions with current 2025 methodology",null,{"$f":"'Your Farm'!D145","v":2171.3628364986225},{"$f":"'Your Farm'!E145","v":215.17221153684002},{"$f":"'Your Farm'!F145","v":103.58217669913},{"$f":"'Your Farm'!G145","v":17.826012811101776},{"$f":"'Your Farm'!H145","v":105.97591070923193},null,{"$f":"'Your Farm'!J145","v":205.67407142857144},{"$f":"'Your Farm'!K150","v":3539.6184346593436},"t CO2e/annum"]
[]
[null,"Change in GHG emissions with the new 2025 NGGI methodology      ",null,null,null,null,null,null,null,null,{"$f":"K132-K138","v":-323.19298176687471},"t CO2e/annum"]
[null,"% change in GHG emissions with the new 2025 NGGI methodology   ",null,null,null,null,null,null,null,null,{"$f":"(K132-K138)/K132*100","v":-10.048203712485657},"%"]
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[null,null,"State","Victoria","New South Wales","Tasmania","Queensland","South Australia","Western Australia",null,null,null,null,"Milk production",null,null,null,"N fertiliser rates","kg of element per ha per annum",null,"Graphs",null,null,null,null,null,"Manure management",1,"Default state factors and fractions",null,null,null,"Milkers- dairy",null,null,"Heifers",null,null,null,null,null,"Milkers",null,null,null,"Heifers",null,null,null,"MCF calculations- milkers"]
[null,1,"Victoria","North East VIC","Northern NSW","North East TAS","Northern QLD","South East SA","South West WA",null,null,null,null,null,null,null,null,null,"tonnes of element per annum",null,"Enteric methane",{"$f":"L114","v":0.52483731053677352},null,null,null,null,null,2,"User-defined factors and fractions",null,null,null,"Hours per day at dairy",{"$f":"G91","v":4},null,null,"Hours per day ",null,{"$f":"G106","v":2},null,null,"% to grazing",null,{"$f":"1-((AH195/24*AH196/365)+(AH200/24*AH201/365))","v":0.82876712328767121},null,"% to grazing",{"$f":"1-(AM195/24*AM196/365)","v":0.96575342465753422},null,null,null,"Lagoon","Liquid/slurry","Solid storage","Daily spread","Voided pasture"]
[null,2,"New.South.Wales","Northern VIC ","Southern NSW","Central North & Midlands","Southern QLD","Murray River region",null,null,null,null,null,"Litres per annum",null,{"$f":"IF(S207=\"1\",H29,0)","v":3000000},null,"Selected",{"$f":"E48","v":"tonnes of element per annum"},{"$f":"IF(S196=\"kg of element per ha per annum\",\"1\",\"2\")","v":"2"},"Waste methane",{"$f":"L115","v":4.3140573479900059E-2},null,null,null,null,null,"Selected",{"$f":"IF(F80=\"\",1,IF(F80=AC194,1,2))","v":1},null,null,null,"Days per annum at dairy",{"$f":"H91","v":300},null,null,"Days per annum",null,{"$f":"H106","v":150},null,null,"% from dairy & spread daily",null,{"$f":"(AH195/24*AH196/365*AH197/100)*IF(Z201=2,(1-Z203%),1)","v":0},null,"% spread daily",{"$f":"IF(AL208=2,AM195/24*AM196/365,0)","v":0},null,1,"Victoria",90,35,4,0.5,1]
[null,3,"Tasmania","Mallee VIC","Inland & Murray Dairy","North West TAS",null,null,null,null,null,null,null,"MS per annum",null,{"$f":"IF(S207=\"2\",H29,0)","v":0},null,null,null,null,"Direct N2O waste",{"$f":"L116+L117","v":5.8372951758197428E-2},null,null,null,null,null,null,null,null,null,null,"% spread daily from sump",{"$f":"G93","v":0},null,null,"% spread daily",null,{"$f":"IF(AL208=1,AH197,0)","v":0},null,null,"% from dairy & spread daily & treated so its solid storage",null,{"$f":"(AH195/24*AH196/365*AH197/100)*IF(Z201=1,0,Z203%)","v":0},null,"% of spread daily to SS",{"$f":"IF(AM208=2,AM195/24*AM196/365*AM197/100)*IF(Z201=2,Z203%,0)","v":0},null,2,"New.South.Wales",90,35,4,0.5,1]
[null,4,"Queensland","East Gippsland",null,"Southern TAS",null,null,null,null,null,null,null,"Fat %",null,{"$f":"(IF(D31=\"\",4,D31))","v":4.3},null,null,null,null,"Direct N2O N fertiliser",{"$f":"L119","v":3.2722647013059929E-2},null,null,null,null,null,null,null,null,null,null,"% drain to paddock",{"$f":"G94","v":0},null,null,null,null,null,null,null,"% from dairy & to lagoon (no pre-treatment)",null,{"$f":"IF(Z201=1,(AH195/24*AH196/365*AH199/100),(AH195/24*AH196/365*AH199/100)*(1-Z203%))","v":0.10273972602739725},null,"% to lagoon (no pre-treatment)",{"$f":"IF(AL208=3,(AM195/24*AM196/365)*IF(Z201=2,(1-Z203%),1),0)","v":0},null,3,"Tasmania",90,35,4,0.5,1]
[null,5,"South.Australia","South & West Gippsland",null,null,null,null,null,null,null,null,null,"Protein %",null,{"$f":"IF(H31=\"\",3.3,H31)","v":3.2},null,null,null,null,"Indirect N2O waste",{"$f":"L118","v":7.5707220930000679E-2},null,"Pre-treat",1,"NO",null,null,null,null,null,null,"% to lagoon",{"$f":"100-AH197-AH198","v":100},null,null,null,null,null,null,null,"% from dairy & to lagoon (pre-treated & to solid storage fraction)",null,{"$f":"IF(Z201=1,0,(AH195/24*AH196/365*AH199/100)*Z203%)","v":3.4246575342465752E-2},null,"% to lagoon (pre-treated & to solid storage)",{"$f":"IF(AL208=3,(AM195/24*AM196/365*IF(Z201=2,Z203%,0)),0)","v":0},null,4,"Queensland",90,35,5,1,2]
[null,6,"Western.Australia","South West VIC",null,null,null,null,null,null,null,null,null,"DGAS estimated kg MS if litres entered",null,{"$f":"IF(P196=0,P197,(P196*(P198+P199)/100))","v":225000},null,"Tree sequestration","No estimate of carbon sequestration",null,"Indirect N2O N fertiliser",{"$f":"L120","v":3.8858143328008674E-2},null,null,2,"YES",null,null,null,null,null,null,"Hours per day on feedpad",{"$f":"G101","v":2},null,null,null,null,null,null,null,"% from feedpad spread daily",null,{"$f":"IF(AG208=1,(AH200/24*AH201/365),0)*IF(Z201=2,(1-Z203%),1)","v":0},null,"% wet-lotted (to solid storage)",{"$f":"IF(AL208=4,AM195/24*AM196/365,0)","v":3.4246575342465752E-2},null,5,"South.Australia",90,35,4,0.5,1]
[null,7,null,null,null,null,null,null,null,null,null,null,null,"DGAS estimated litres per annum",null,{"$f":"IF(P196=0,(P197/((P198+P199)/100)),P196)","v":3000000},null,null,"Based on data entered here",null,"Energy consumption",{"$f":"L121+L122","v":9.0226148130008593E-2},null,null,"Selected",{"$f":"IF(G97=\"\",1,IF(G97=Z199,1,2))","v":2},null,null,null,null,null,null,"Days per annum on feedpad",{"$f":"H101","v":150},null,null,null,null,null,null,null,"% of feedpad spread daily going to SS",null,{"$f":"IF(AG208=1,(AH200/24*AH201/365)*IF(Z201=2,Z203%,0),0)","v":0},null,"% sum solid storage",{"$f":"AU197+AU199+AU200","v":3.4246575342465752E-2},null,6,"Western.Australia",90,35,4,0.5,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"FPCM (kg per annum)",null,{"$f":"(P201*1.03)*(0.2534+0.1226*P198+0.0776*P199)","v":3179301.0000000005},null,null,"Carbon sequestered using other tools",null,"Pre-farm embedded",{"$f":"SUM(L123:L125)","v":0.12717051746851388},null,null,null,null,null,null,null,null,null,null,"Milkers- feedpad",null,null,"Heifers- feedpad",null,null,null,null,null,"% from feedpad to lagoon without treatment",null,{"$f":"IF(AG208=2,(AH200/24*AH201/365*IF(Z201=2,(1-Z203%),1)),0)","v":0},null,"% liquid/ slurry",{"$f":"IF(AL208=1,(AM195/24)*(AM196/365),0)","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"kg milk per cow per day",null,{"$f":"ROUND((P202/D16/D33),1)","v":23.6},null,"Selected",{"$f":"IF(C73=S200,1,IF(C73=S201,2,3))","v":2},null,null,null,null,"% removed with pre-treatment",null,{"$f":"G98","v":25},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% from feedpad and to lagoon but with pre-treatment to make it solid storage",null,{"$f":"(IF(AG208=2,(AH200/24*AH201/365*IF(Z201=2,Z203%,0)),0))","v":0},null,null,null,null,"Selected",{"$f":"VLOOKUP($D$12,$AX$196:$BC$202,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$AX$196:$BC$202,2,FALSE)","v":90},{"$f":"VLOOKUP($D$12,$AX$196:$BC$202,3,FALSE)","v":35},{"$f":"VLOOKUP($D$12,$AX$196:$BC$202,4,FALSE)","v":4},{"$f":"VLOOKUP($D$12,$AX$196:$BC$202,5,FALSE)","v":0.5},{"$f":"VLOOKUP($D$12,$AX$196:$BC$202,6,FALSE)","v":1}]
[null,"Selected State",{"$f":"D12","v":"Victoria"},"Selected Region",{"$f":"H12","v":"Victoria- South West"},null,"Calves sold","Calves sold soon after birth ",null,null,null,null,null,"litres per cow per day",null,{"$f":"(P201/D16/D33)","v":22.222222222222225},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,"Flushed & drains daily to the paddock",null,null,"Feedpad waste- heifers",1,"Flushed & drains daily to the paddock",null,null,null,"% from feedpad wet-lotted (solid storage)",null,{"$f":"(IF(AG208=3,(AH200/24*AH201/365),0))","v":0}]
[null,null,null,null,null,null,null,"Calves sold post-weaning ",null,null,null,null,null,null,null,null,null,"Milk production","litres per herd per annum",null,null,null,null,null,null,null,null,null,null,null,null,2,"Flushed & spread daily from a sump",null,null,null,2,"Flushed & spread daily from a sump",null,null,null,"% from feedpad dry-lotted",null,{"$f":"IF(AG208=4,(AH200/24*AH201/365),0)","v":3.4246575342465752E-2},null,null,null,null,"Milker MCF",null,{"$f":"AY203*AR208","v":9.2465753424657535},{"$f":"AZ203*AR207","v":0},{"$f":"BA203*AR206","v":0.13698630136986301},{"$f":"BB203*AR209","v":0},{"$f":"BC203*AR195","v":0.82876712328767121}]
[null,null,null,null,null,null,"Selected",{"$f":"'Your Farm'!H223","v":2},null,null,null,null,null,"Average DMD",null,{"$f":"((D36*F36)+(D37*F37)+(D38*F38)+(D39*F39)+(D40*F40)+(D41*F41))/D42","v":75.735294117647058},null,null,"kg milksolids per herd per annum",null,null,null,null,null,null,null,null,null,null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,"% sum solid storage",null,{"$f":"AR197+AR201+AR204+AR199+AR203","v":3.4246575342465752E-2},null,null,null,null,"Integrated MCF",null,null,null,null,null,{"$f":"SUM(AY205:BC205)","v":10.212328767123287}]
[null,null,null,null,null,null,null,{"$f":"IF(H206=1,H204,H205)","v":"Calves sold post-weaning "},null,null,null,null,null,"Average CP",null,{"$f":"((D36*H36)+(D37*H37)+(D38*H38)+(D39*H39)+(D40*H40)+(D41*H41))/D42","v":18.632352941176471},null,"Selected",{"$f":"IF(D29=S205,\"1\",\"2\")","v":"1"},null,null,null,null,null,null,null,null,null,null,null,null,4,"Scrapped & stockpiled ",null,null,null,4,"Scrapped & stockpiled ",null,null,null,"% liquid/slurry (comparative to drain to paddock)",null,{"$f":"(AH195/24)*(AH196/365)*(AH198/100)","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Average intake required",null,{"$f":"ROUND((1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2*1.1+((P204*D33/365)*3.054/0.6/(0.00795*P206-0.0014)/18.4),1)","v":17.100000000000001},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(F103=AG204,1,IF(F103=AG205,2,IF(F103=AG206,3,4)))","v":4},null,null,null,"Selected",{"$f":"IF(F108=AL204,1,IF(F108=AL205,2,IF(F108=AL206,3,4)))","v":4},null,null,null,"% sum lagoon",null,{"$f":"AR198+AR202","v":0.10273972602739725},null,null,null,null,"Other stock MCF",null,{"$f":"AY203*AU198","v":0},{"$f":"AZ203*AU202","v":0},{"$f":"BA203*AU201","v":0.13698630136986301},{"$f":"BB203*AU196","v":0},{"$f":"BC203*AU195","v":0.96575342465753422}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% sum spread daily",null,{"$f":"AR196+AR200","v":0},null,null,null,null,"Integrated MCF",null,null,null,null,null,{"$f":"SUM(AY208:BC208)","v":1.1027397260273972}]
[null,"Your farm GHG emissions estimations",null,null,null,null,null,null,null,null,null,null,null,"Net GHG emissions (kg)",null,{"$f":"K132*1000","v":3216425.4528924688}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"EI (kg FPCM)",null,{"$f":"P210/P202","v":1.0116769229753548},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lagoon","Liquid/slurry","Solids storage","Daily spread","Voided onto pastures",null,null,"Integrated MCF"]
[null,"Methane Calculation","Seasons",{"$f":"D14","v":"Milking Cows"},"Heifers >1 yr age","Heifers <1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","Units","Inventory reference",null,null,"EI (kg MS)",null,{"$f":"P210/P200","v":14.295224235077638},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,"Victoria",6,0.5,0,1.5,92,null,null,6.5025000000000004]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,"New.South.Wales",6,0.5,0,1.5,92,null,null,6.5025000000000004]
[null,"Feed Intake",null,"I = (1.185 +(0.00454 x W) - (0.0000026 x (W)^2) + ((0.315 x LWG)))^2 x MR + MI",null,null,null,null,null,null,"4A.1a_1",null,null,"FPCM (kg per annum based on IDF equation)",null,{"$f":"P202","v":3179301.0000000005},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,"Tasmania",6,0.5,0,1.5,92,null,null,6.5025000000000004]
[null,null,"Annual",{"$f":"(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*D20)))^2*1.1+D219","v":17.066094004893607},{"$f":"(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*E20)))^2*1+E219","v":7.1609759999999989},{"$f":"(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*F20)))^2*1+F219","v":4.1127840000000004},{"$f":"(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*G20)))^2*1+G219","v":8.8387289999999989},{"$f":"(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*H20)))^2*1+H219","v":5.3084159999999994},{"$f":"(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*I20)))^2*1+I219","v":1.4042250000000001},"kg DM/head/day",null,null,null,"Meat production",null,"Cull cows","Heifers < 1","Heifers > 1","Bulls","Other stock < 1","Other stock > 1",null,null,null,null,null,null,null,null,null,null,4,"Queensland",3,0,0,7,90,null,null,4.57]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Cull cows",null,{"$f":"IF(AND(D22>0,D24=\"\"),(D22*D18),(D22*D24))","v":63250},4250,0,2400,40000,0,null,null,null,null,null,null,null,null,null,null,5,"South.Australia",10,0.5,0,1,88.5,null,null,10.07]
[null,"Additional intake for milk production",null,"MI = MP x NE / k / qm / 18.4",null,null,null,null,null,null,null,null,null,"Total meat",null,{"$f":"SUM(P216:U216)","v":109900},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"Western.Australia",2,0,0,6,92,null,null,2.75]
[null,null,null,"MP x 3.054 (MJ net energy/kg milk) / 0.6 / (0.00795 x DMD - 0.0014) / 18.4",null,null,null,null,null,null,"4A.1a_2"]
[null,null,"Annual",{"$f":"(P204*D33/365)*3.054/0.6/((0.00795*F42)-0.0014)/18.4","v":8.4112665048936055},{"$f":"0*3.054/0.6/(0.00795*D44-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D45-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D44-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D44-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D44-0.0014)/18.4","v":0},"kg DM/head/day"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default fractions",{"$f":"C204","v":"Victoria"},{"$f":"VLOOKUP($D$12,$AG$212:$AO$218,2,FALSE)","v":6},{"$f":"VLOOKUP($C$204,$AG$212:$AO$218,3,FALSE)","v":0.5},{"$f":"VLOOKUP($C$204,$AG$212:$AO$218,4,FALSE)","v":0},{"$f":"VLOOKUP($C$204,$AG$212:$AO$218,5,FALSE)","v":1.5},{"$f":"VLOOKUP($C$204,$AG$212:$AO$218,6,FALSE)","v":92},null,null,{"$f":"VLOOKUP($C$204,$AG$212:$AO$218,9,FALSE)","v":6.5025000000000004}]
[null,"Gross Energy Intake (GEI)",null,"GEI = I x 18.4",null,null,null,null,null,null,"4A.1a_3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milker User defined fractions",null,{"$f":"AR208*100","v":10.273972602739725},{"$f":"AR207*100","v":0},{"$f":"AR206*100","v":3.4246575342465753},{"$f":"AR209*100","v":0},{"$f":"AR195*100","v":82.876712328767127},null,null,{"$f":"BC206","v":10.212328767123287}]
[null,null,"Annual",{"$f":"D215*18.4","v":314.01612969004236},131.76195839999997,75.675225600000005,162.63261359999996,97.674854399999987,25.83774,"MJ/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for milkers",null,{"$f":"IF($AC$196=1,AH220,AH221)","v":6},{"$f":"IF($AC$196=1,AI220,AI221)","v":0.5},{"$f":"IF($AC$196=1,AJ220,AJ221)","v":0},{"$f":"IF($AC$196=1,AK220,AK221)","v":1.5},{"$f":"IF($AC$196=1,AL220,AL221)","v":92},null,null,{"$f":"IF($AC$196=1,AO220,AO221)","v":6.5025000000000004}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default fractions",null,0,0,0,0,100,null,null,{"$f":"IF(OR(D12=\"Queensland\",D12=\"Northern.Territory\"),2,1)","v":1}]
[null,"Intake relative to maintenance",null,"L = I / (1.185 + 0.00454 x W - 0.0000026 x W^2 + (0.315 x 0))^2",null,null,null,null,null,null,"4A.1a_4",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock User defined fraction",null,{"$f":"AU198*100","v":0},{"$f":"AU202*100","v":0},{"$f":"AU201*100","v":3.4246575342465753},{"$f":"AU196*100","v":0},{"$f":"AU195*100","v":96.575342465753423},null,null,{"$f":"BC209","v":1.1027397260273972}]
[null,null,"Annual",{"$f":"D215/(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2","v":2.1690442016762281},1.1876605782065544,1.2588653776622303,1,1.3418234679879608,1,"kg DM/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock",null,{"$f":"IF($AC$196=1,AH223,AH224)","v":0},{"$f":"IF($AC$196=1,AI223,AI224)","v":0},{"$f":"IF($AC$196=1,AJ223,AJ224)","v":0},{"$f":"IF($AC$196=1,AK223,AK224)","v":0},{"$f":"IF($AC$196=1,AL223,AL224)","v":100},null,null,{"$f":"IF($AC$196=1,AO223,AO224)","v":1}]
[]
[null,"% of GEI that is yielded as methane (Y)",null,"Y = 1.3 + 0.112 x DMD + L x (2.37 - 0.050 x DMD) ",null,null,null,null,null,null,"4A.1a_5"]
[null,null,"Annual",{"$f":"1.3+(0.112*F42)+D225*(2.37-(0.05*F42))","v":6.7093276707428267},{"$f":"1.3+(0.112*D44)+E225*(2.37-(0.05*D44))","v":8.0610284020749567},{"$f":"1.3+(0.112*D44)+F225*(2.37-(0.05*D44))","v":7.9627657788261237},{"$f":"1.3+(0.112*D44)+G225*(2.37-(0.05*D44))","v":8.32},{"$f":"1.3+(0.112*D44)+H225*(2.37-(0.05*D44))","v":7.8482836141766157},{"$f":"1.3+(0.112*D44)+I225*(2.37-(0.05*D44))","v":8.32},"%",null,null,null,"New IDF (2022)-aligned method of estimating milk and meat allocations and emissions intensities"]
[]
[null,"Daily Methane Yield (M)",null,"M = Y / 100 x GEI / F",null,null,null,null,null,null,"4A.1a_6",null,null,"Liveweight Cull Cows (inc bulls)",{"$f":"D22*D24+G22*G24","v":65650}]
[null,null,null,"Y / 100 x GEI / 55.22 (MJ/kg CH4)",null,null,null,null,null,null,null,null,null,"Liveweight Calves at Birth",{"$f":"IF(H206=1,J22*J24,0)","v":0}]
[null,null,"Annual",{"$f":"D228/100*D222/55.22","v":0.38153515175461228},0.19234641234614611,0.10912424786537969,0.24503863548569352,0.13882288288746952,3.8929735023542189E-2,"kg CH4/head/day",null,null,null,"Liveweight Calves Weaned",{"$f":"IF(H206=2,J22*J24,0)","v":22575}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Liveweight Fattened Dairy Livestock",{"$f":"SUMPRODUCT(E22:F22,E24:F24)","v":4250}]
[null,"Annual Australian methane production (Gg) for all classes of dairy cattle across all states",null,null,null,null,null,null,null,null,null,null,null,"Liveweight Fattened Other Livestock",{"$f":"SUMPRODUCT(H22:I22,H24:I24)","v":40000}]
[null,null,null,"E =(365 x N x M) x 10^-6",null,null,null,null,null,null,"4A.1a_7",null,null,"Total Liveweight Sold",{"$f":"SUM(O230:O234)","v":132475}]
[]
[null,null,"Annual",{"$f":"(365*D16*D232)*10^-6","v":6.2667148675695061E-2},8.4247728607611989E-3,4.9787938088579481E-3,7.1551281561822505E-4,5.067035225392637E-3,0,"Gg CH4/farm/annum",null,null,null,null,"Factor","Dairy","% of Dairy Meat","All Meat","% of All Meat"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Cull Cows",15,{"$f":"O230*O238","v":984750},{"$f":"P238/$P$243","v":0.71873004287929931},{"$f":"O230*O238","v":984750},{"$f":"R238/$R$243","v":0.54402320281748495}]
[null,"Grand Total",{"$f":"SUM(D237:I237)","v":8.1853263386325065E-2},null,null,null,null,null,null,"Gg CH4/year/farm",null,null,null,"Energy Demand Calves at Birth",27.5,{"$f":"O231*O239","v":0},{"$f":"P239/$P$243","v":0},{"$f":"O231*O239","v":0},{"$f":"R239/$R$243","v":0}]
[null,"Grand Total ",{"$f":"C239*21","v":1.7189185311128263},null,null,null,null,null,null,"Gg CO2-e/year/farm",null,null,null,"Energy Demand Calves Weaned",15,{"$f":"O232*O240","v":338625},{"$f":"P240/$P$243","v":0.24714898275704772},{"$f":"O232*O240","v":338625},{"$f":"R240/$R$243","v":0.18707271597265382}]
[null,"Grand Total ",{"$f":"C240*10^3","v":1718.9185311128263},null,null,null,null,null,null,"t CO2-e/year/farm",null,null,null,"Energy Demand Fattened Dairy Livestock",11,{"$f":"O233*O241","v":46750},{"$f":"P241/$P$243","v":3.4120974363652953E-2},{"$f":"O233*O241","v":46750},{"$f":"R241/$R$243","v":2.582694565292452E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Fattened Other Livestock",11,null,{"$f":"P242/$P$243","v":0},{"$f":"O234*O242","v":440000},{"$f":"R242/$R$243","v":0.24307713555693666}]
[null,"Methane from waste",null,{"$f":"D14","v":"Milking Cows"},"Heifers >1 yr age","Heifers <1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","units","Inventory reference",null,null,"Total Energy Demand Meat",null,{"$f":"SUM(P238:P242)","v":1370125},{"$f":"SUM(Q238:Q242)","v":0.99999999999999989},{"$f":"SUM(R238:R242)","v":1810125},{"$f":"SUM(S238:S242)","v":1}]
[null,"Ash content (A)",0.08,null,null,null,null,null,null,"fraction"]
[null,"Emission potential (Bo)",0.24,null,null,null,null,null,null,"m3 CH4/kg VS",null,null,null,"Energy Demand Milk",3.1,{"$f":"P202*O245","v":9855833.1000000015},null,{"$f":"P245","v":9855833.1000000015}]
[null,"Density of methane (r)",0.66200000000000003,null,null,null,null,null,null,"kg/m3"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Energy Demand",null,{"$f":"P245+P243","v":11225958.100000001},null,{"$f":"R245+R243","v":11665958.100000001}]
[null,"Volatile solids (VS) ","VS = I x (1 - DMD) x (1 - A)",null,null,null,null,null,null,null,"4B.1a_1"]
[null,null,"Annual",{"$f":"D215*(1-(F42/100))*(1-$C$244)","v":3.8097545146218383},{"$f":"E215*(1-(D44/100))*(1-$C$244)","v":1.6470244799999998},{"$f":"F215*(1-(D44/100))*(1-$C$244)","v":0.94594032000000017},{"$f":"G215*(1-(D44/100))*(1-$C$244)","v":2.0329076699999997},{"$f":"H215*(1-(D44/100))*(1-$C$244)","v":1.22093568},{"$f":"I215*(1-(D44/100))*(1-$C$244)","v":0.32297175},"kg/head/day",null,null,null,"% Milk of Energy",null,{"$f":"P245/P247","v":0.87795028381586426},null,{"$f":"R245/R247","v":0.84483700485774937}]
[]
[null,"Methane production from manure","M = VS x Bo x MCF x r ",null,null,null,null,null,null,null,"4B.1a_2",null,null,"Milk only C02 (Electricity + Pre-farmgate feed+ purchased milkers and heifers)",{"$f":"K121+K123+K124+AC234","v":505}]
[null,null,"MCF = Integrated methane conversion factor - based on the proportion  of different manure management regimes",null,null,null,null,null,null,null,null,null,null,"Meat only CO2 (Other Livestock = purchased bulls and Other stock)",{"$f":"H127+I127+AE234","v":133.25834888536781}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Dairy Livestock CO2 (Dairy Livestock)",{"$f":"SUM(D127:G127)","v":2166.0839031981159}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"General Farm CO2 (Fertiliser + Fuel - Trees)",{"$f":"K119+K120+K122+K125+K130","v":412.08320080898545}]
[null,null,"Methane for each manure management system and MCF associated, for each class of cattle separately",null,null,null,null,null,null,null,null,null,null,"Total Farm CO2",{"$f":"SUM(O251:O254)","v":3216.4254528924694}]
[]
[null,null,"Annual",{"$f":"D249*$C$245*$AO$222%*$C$246","v":3.9359229168334731E-2},{"$f":"E249*$C$245*$AO$225%*$C$246","v":2.6167924938239992E-3},{"$f":"F249*$C$245*$AO$225%*$C$246","v":1.5029099804160003E-3},{"$f":"G249*$C$245*$AO$225%*$C$246","v":3.2298837060959996E-3},{"$f":"H249*$C$245*$AO$225%*$C$246","v":1.939822608384E-3},{"$f":"I249*$C$245*$AO$225%*$C$246","v":5.1313751640000001E-4},"kg CH4/head/day",null,null,null,"Total milk CO2 allocated emissions",{"$f":"O251+O253*P249+O254*R249","v":2754.8571147054186},null,{"$f":"O257*1000/P202","v":0.86649773478680325},"kg CO2 / kg FPCM"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Total meat CO2 allocated emissions",{"$f":"O252+O253*(1-P249)+O254*(1-R249)","v":461.56833818705047},null,{"$f":"O257*1000/P200","v":12.24380939869075},"kg CO2 / kg MS"]
[null,"The annual methane production (Gg) from the manure of dairy cattle",null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"O258*1000/O235","v":3.4841920225480316},"kg CO2 / kg LW"]
[null,null,"Total = (365 x N x M) x 10^-6",null,null,null,null,null,null,null,"4B.1a_3",null,null,"% of total CO2 allocated to milk ",{"$f":"O257/O255","v":0.85649649123004812}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"% of total CO2 allocated to meat",{"$f":"O258/O255","v":0.14350350876995174}]
[null,null,"Annual",{"$f":"(365*D16*D257)*10^-6","v":6.46475339089898E-3},1.1461551122949115E-4,6.8570267856480014E-5,9.4312604218003184E-6,7.0803525206016E-5,0,"Gg CH4/farm/annum"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Meat AllocationDetail","kg LW sold",null,"tonnes of CO2","% of Meat","% of CO2","kg CO2 / kg LW"]
[null,"Grand total",{"$f":"SUM(D262:I262)","v":6.7281739556127674E-3},null,null,null,null,null,null,"Gg CH4/farm/year",null,null,null,"Cull Cows/bulls",{"$f":"O230","v":65650},null,{"$f":"$O$253*(1-$P$249)*Q238+$O$254*(1-$R$249)*S238","v":224.7954862086859},{"$f":"Q264/$Q$269","v":0.48702536030014171},{"$f":"R264*$O$261","v":6.9889848063020288E-2},{"$f":"Q264*1000/O264","v":3.4241505896220246}]
[null,"Grand total",{"$f":"C264*21","v":0.14129165306786812},null,null,null,null,null,null,"Gg CO2-e/farm/year",null,null,null,"Calves at Birth",0,null,{"$f":"$O$253*(1-$P$249)*Q239+$O$254*(1-$R$249)*S239","v":0},{"$f":"Q265/$Q$269","v":0},{"$f":"R265*$O$261","v":0},{"$error":"#DIV/0!"}]
[null,"Grand total",{"$f":"C265*10^3","v":141.29165306786811},null,null,null,null,null,null,"t CO2-e/farm/year",null,null,null,"Calves Weaned",22575,null,{"$f":"$O$253*(1-$P$249)*Q240+$O$254*(1-$R$249)*S240","v":77.300199560717203},{"$f":"Q266/$Q$269","v":0.16747292473382633},{"$f":"R266*$O$261","v":2.4032952323270115E-2},3.4241505896220241]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Fattened Dairy Livestock",4250,null,{"$f":"$O$253*(1-$P$249)*Q241+$O$254*(1-$R$249)*S241","v":10.671936004321978},{"$f":"Q267/$Q$269","v":2.3121031321687361E-2},{"$f":"R267*$O$261","v":3.317949121042091E-3},2.5110437657228184]
[null,"Faecal nitrous oxide calculation","Seasons",{"$f":"D14","v":"Milking Cows"},{"$f":"E14","v":"Heifers >1 yr age"},{"$f":"F14","v":"Heifers <1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},{"$f":"H14","v":"Other stock < 1 yr age "},"Units","Inventory reference",null,null,"Fattened Other Livestock",40000,null,{"$f":"O252+O254*(1-R249)*S242","v":148.80071641332538},{"$f":"Q268/$Q$269","v":0.32238068364434458},{"$f":"R268*$O$261","v":4.6262759262619239E-2},3.7200179103331341]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Meat",132475,null,{"$f":"SUM(Q264:Q268)","v":461.56833818705047},{"$f":"SUM(R264:R268)","v":1},{"$f":"SUM(S264:S268)","v":0.14350350876995174},3.4841920225480316]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP",null,null,null,null,null,null,"4B.1a_4"]
[null,null,"Annual",{"$f":"D215*H42%","v":3.1798148682647356},{"$f":"E215*D45%","v":1.4321951999999998},{"$f":"F215*D45%","v":0.82255680000000009},{"$f":"G215*D45%","v":1.7677457999999999},{"$f":"H215*D45%","v":1.0616831999999998},{"$f":"I215*D45%","v":0.28084500000000001},"kg/head/day"]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25",null,null,null,null,null,null,"4B.1a_5"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 "]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen"]
[null,null,"Annual",{"$f":"(0.3*((D271*(1-((F42+10)/100))))+(0.105*((0.1604*F42-1.037)*D215*0.008))+(0.0152*D215))/6.25","v":8.8762097341949189E-2},{"$f":"(0.3*((E271*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*E215*0.008))+(0.0152*E215))/6.25","v":3.8307348944179198E-2},{"$f":"(0.3*((F271*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*F215*0.008))+(0.0152*F215))/6.25","v":2.2001170206412804E-2},{"$f":"(0.3*((G271*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*G215*0.008))+(0.0152*G215))/6.25","v":4.7282420165356796E-2},{"$f":"(0.3*((H271*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*H215*0.008))+(0.0152*H215))/6.25","v":2.8397154808627194E-2},{"$f":"(0.3*((I271*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*I215*0.008))+(0.0152*I215))/6.25","v":7.5118443451200004E-3},"kg/head/day"]
[]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP) + {0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)} /6.25",null,null,null,null,null,null,"4B.1a_6"]
[]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)",null,null,null,null,null,null,null,"Table 6.A.7"]
[null,null,null,"Milking Cows","Heifers >1","Heifers <1","Mature bulls","Dairy Bulls <1","Dairy Bulls >1"]
[null,1,"Victoria",550,550,550,770,770,770]
[null,2,"New.South.Wales",580,580,580,770,770,770]
[null,3,"Tasmania",550,550,550,770,770,770]
[null,4,"Queensland",580,580,580,770,770,770]
[null,5,"South.Australia",550,550,550,770,770,770]
[null,6,"Western.Australia",550,550,550,770,770,770]
[null,7,"Northern.Territory",550,550,550,770,770,770]
[null,"Selected",{"$f":"VLOOKUP($D$12,$C$282:$H$288,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($C$204,$C$282:$H$288,2,FALSE)","v":550},{"$f":"VLOOKUP($C$204,$C$282:$H$288,3,FALSE)","v":550},{"$f":"VLOOKUP($C$204,$C$282:$H$288,4,FALSE)","v":550},{"$f":"VLOOKUP($C$204,$C$282:$H$288,5,FALSE)","v":770},{"$f":"VLOOKUP($C$204,$C$282:$H$288,6,FALSE)","v":770},{"$f":"VLOOKUP($C$204,$C$282:$I$288,7,FALSE)","v":770}]
[null,null,"Z",{"$f":"IF(D289>0,D18/D289,0)","v":0.90909090909090906},0.63636363636363635,0.27272727272727271,0.77922077922077926,0.25974025974025972,0]
[]
[null,null,"Annual",{"$f":"((0.032*(P204*D33/365))+(0.212-0.008*(D225-2)-((0.14-0.008*(D225-2))/(1+EXP(-6*(D$290-0.4)))))*(0*0.92))/6.25","v":9.3515981735159848E-2},{"$f":"((0.032*0)+(0.212-0.008*(E225-2)-((0.14-0.008*(E225-2))/(1+EXP(-6*(E$290-0.4)))))*(E20*0.92))/6.25","v":1.0361645950646335E-2},{"$f":"((0.032*0)+(0.212-0.008*(F225-2)-((0.14-0.008*(F225-2))/(1+EXP(-6*(F$290-0.4)))))*(F20*0.92))/6.25","v":1.7675940697833025E-2},{"$f":"((0.032*0)+(0.212-0.008*(G225-2)-((0.14-0.008*(G225-2))/(1+EXP(-6*(G$290-0.4)))))*(0*0.92))/6.25","v":0},{"$f":"((0.032*0)+(0.212-0.008*(H225-2)-((0.14-0.008*(H225-2))/(1+EXP(-6*(H$290-0.4)))))*(H20*0.92))/6.25","v":2.5540745990623968E-2},{"$f":"((0.032*0)+(0.212-0.008*(I225-2)-((0.14-0.008*(I225-2))/(1+EXP(-6*(I$290-0.4)))))*(I20*0.92))/6.25","v":0},"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4  x W^0.75) / 6.25]",null,null,null,null,null,null,"4B.1a_7"]
[null,null,"Annual",{"$f":"(D271/6.25)-D292-D276-((1.1*10^-4*D18^0.75)/6.25)","v":0.32463132642159326},0.17905806097975227,9.1177612822313694E-2,0.23342324346170468,0.11499539112288647,3.7423355654880003E-2,"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6",null,null,null,null,null,null,"4B.1a_8a"]
[]
[null,null,"Annual",{"$f":"(365*D16*D276)*10^-6","v":1.4579174488415154E-2},1.6778618837550489E-3,1.0038033906675842E-3,1.3806466688284183E-4,1.0364961505148927E-3,0,"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6",null,null,null,null,null,null,"4B.1a_8b"]
[]
[null,null,"Annual",{"$f":"(365*D16*D295)*10^-6","v":5.3320695364746692E-2},7.8427430709131496E-3,4.1599785850180626E-3,6.8159587090817762E-4,4.1973317759853562E-3,0,"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen excreted (AE)",null,"AE =AF + AU"]
[]
[null,null,"Annual",{"$f":"D299+D303","v":6.7899869853161848E-2},9.5206049546681989E-3,5.163781975685647E-3,8.1966053779101945E-4,5.2338279265002488E-3,0,"Gg N/farm/annum"]
[]
[null,"The total emissions of nitrous oxide from different manure management systems (Total MMS)",null,"E = AE x MMS x EF x Cg",null,null,null,null,null,null,"4B.1a_9c"]
[null,null,null,"Emission factor (EF) = N2O-N kg/N excreted for the different manure management systems",null,null,null,null,null,null,"Table 6.12"]
[null,null,null,"MMS = The fraction of AE that is managed in different manure management systems"]
[]
[null,"Manure Management Systems  (MMS)",null,"Total emissions",null,null,null,null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS = 1 Anaerobic lagoon","Annual",{"$f":"D307*$C$83%*$J$314*44/28","v":6.4019877290124037E-6},{"$f":"E307*$C$84%*$J$314*44/28","v":0},{"$f":"F307*$C$84%*$J$314*44/28","v":0},{"$f":"G307*$C$84%*$J$314*44/28","v":0},{"$f":"H307*$C$84%*$J$314*44/28","v":0},{"$f":"I307*$C$84%*$J$314*44/28","v":0},1E-3]
[]
[null,"MMS = 2 Liquid systems","Annual",{"$f":"D307*$D$83%*$J$316*44/28","v":5.3349897741770027E-7},{"$f":"E307*$D$84%*$J$316*44/28","v":0},{"$f":"F307*$D$84%*$J$316*44/28","v":0},{"$f":"G307*$D$84%*$J$316*44/28","v":0},{"$f":"H307*$D$84%*$J$316*44/28","v":0},{"$f":"I307*$D$84%*$J$316*44/28","v":0},1E-3]
[]
[null,"MMS = 3 Daily spread","Annual",{"$f":"D307*$E$83%*$J$318*44/28","v":0},{"$f":"E307*$E$84%*$J$318*44/28","v":0},{"$f":"F307*$E$84%*$J$318*44/28","v":0},{"$f":"G307*$E$84%*$J$318*44/28","v":0},{"$f":"H307*$E$84%*$J$318*44/28","v":0},{"$f":"I307*$E$84%*$J$318*44/28","v":0},0]
[]
[null,"MMS = 4 Solid storage and drylot","Annual",{"$f":"D307*($F$83%+$G$83%)*$J$320*44/28","v":0},{"$f":"E307*($F$84%+$G$84%)*$J$320*44/28","v":0},{"$f":"F307*($F$84%+$G$84%)*$J$320*44/28","v":0},{"$f":"G307*($F$84%+$G$84%)*$J$320*44/28","v":0},{"$f":"H307*($F$84%+$G$84%)*$J$320*44/28","v":0},{"$f":"I307*($F$84%+$G$84%)*$J$320*44/28","v":0},0.02]
[]
[null,"MMS = 5 Digester","Annual",{"$f":"D307*$H$83%*$J$322*44/28","v":0},{"$f":"E307*$H$84%*$J$322*44/28","v":0},{"$f":"F307*$H$84%*$J$322*44/28","v":0},{"$f":"G307*$H$84%*$J$322*44/28","v":0},{"$f":"H307*$H$84%*$J$322*44/28","v":0},{"$f":"I307*$H$84%*$J$322*44/28","v":0},1E-3]
[]
[null,"MMS = 8 Pasture range and paddock","Annual",{"$f":"D307*$I$83%*$J$324*44/28","v":0},{"$f":"E307*$I$84%*$J$324*44/28","v":0},{"$f":"F307*$I$84%*$J$324*44/28","v":0},{"$f":"G307*$I$84%*$J$324*44/28","v":0},{"$f":"H307*$I$84%*$J$324*44/28","v":0},{"$f":"I307*$I$84%*$J$324*44/28","v":0},0]
[]
[null,"Total emissions (E)","Annual",{"$f":"SUM(D314,D316,D318,D320,D322,D324)","v":6.9354867064301036E-6},0,0,0,0,0,"Gg N2O/farm/annum"]
[]
[null,"Total emissions (exc pasture)","Annual",{"$f":"SUM(D314,D316,D318,D320,D322)","v":6.9354867064301036E-6},0,0,0,0,0,"Gg N2O/farm/annum"]
[]
[null,"Grand total",{"$f":"SUM(D326:I326)","v":6.9354867064301036E-6},null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total",{"$f":"C330*310","v":2.1500008789933321E-3},null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total",{"$f":"C331*10^3","v":2.1500008789933323},null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"Data Input",null,null,null,null,null,null,null,"Units","Inventory reference"]
[null,"N2O emissions from synthetic fertiliser"]
[null,"Mass of fertiliser applied (M)","M = TM x FN",null,null,null,null,null,null,null,"4D1_1"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,"Gg N"]
[null,null,"FN = fraction of N applied to production system",null,null,null,null,null,null,null,"Appendix 6.H.1"]
[]
[null,"N Fertiliser Pastures",null,{"$f":"IF($T$196=\"1\",($C$51*G51*10^-6),(G51*10^-3))","v":5.5E-2},null,null,null,null,null,"Gg N/annum"]
[null,"N Fertiliser Crops",null,{"$f":"IF($T$196=1,$C$53*G53*10^-6,G53*10^-3)","v":0},null,null,null,null,null,"Gg N/annum"]
[]
[null,"Annual N2O emissions from the addition of synthetic fertiliser (E)","E = (M x EF x Cg)",null,null,null,null,null,null,"Gg N2O/annum","4D1_2"]
[null,null,"EF = Emission factor",null,null,null,null,null,null,"Gg N2O-N/Gg N","Table 6.22"]
[]
[null,"Production system","Emission factor",null,"N Fertiliser Pastures",null,{"$f":"D340*$C$349*44/28","v":3.4571428571428573E-4},null,null,"Gg N2O/annum"]
[null,"Irrigated pasture",4.0000000000000001E-3,null,"N Fertiliser crops",null,{"$f":"D341*$C$350*44/28","v":0},null,null,"Gg N2O/annum"]
[null,"Irrigated crop",2.1000000000000001E-2]
[null,"Non-irrigated pasture",4.0000000000000001E-3]
[null,"Non-irrigated crop",3.0000000000000001E-3]
[null,"Sugar cane",1.2500000000000001E-2]
[null,"Cotton",5.0000000000000001E-3]
[null,"Horticulture",2.1000000000000001E-2]
[]
[]
[]
[]
[null,"Grand total from fertiliser application",{"$f":"SUM(G346:G347)","v":3.4571428571428573E-4},null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C358*310","v":0.10717142857142857},null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C359*10^3","v":107.17142857142856},null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"N2O emissions from animal waste (manure) applied to soils"]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = ((AE x MMS) - (E / Cg) - MNatm",null,null,null,null,null,null,null,"4D1_3"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"E = total emissions of N2O from different manure management systems (total MMS)"]
[null,null,"MNatm = mass of animal wastes N volatilised"]
[]
[null,null,null,{"$f":"D14","v":"Milking Cows"},"Heifers >1 yr age","Heifers <1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age"]
[null,"AE x MMS","Annum",{"$f":"D307*SUM($C$83:$H$83)%","v":5.431989588252948E-3},{"$f":"E307*SUM($C$84:$H$84)%","v":0},{"$f":"F307*SUM($C$84:$H$84)%","v":0},{"$f":"G307*SUM($C$84:$H$84)%","v":0},{"$f":"H307*SUM($C$84:$H$84)%","v":0},{"$f":"I307*SUM($C$84:$H$84)%","v":0}]
[]
[null,"E / Cg","Annum",{"$f":"D328/(44/28)","v":4.4134915404555203E-6},0,0,0,0,0]
[]
[null,"Mnatm (Total stored animal waste volatilised)","Annum",{"$f":"SUM(O451:T451)","v":1.6329918699685424E-3},{"$f":"SUM(O453:T453)","v":0},{"$f":"SUM(O455:T455)","v":0},{"$f":"SUM(O457:T457)","v":0},{"$f":"SUM(O459:T459)","v":0},{"$f":"SUM(O461:T461)","v":0}]
[]
[null,"Subtotal (MN soil)","Annum",{"$f":"D369-D371-D373","v":3.7945842267439497E-3},0,0,0,0,0]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg",null,null,null,null,null,null,null,"4D1_4"]
[null,null,"EF (manure) ",0.01]
[null,null,"Annum",{"$f":"D375*$D$378*44/28","v":5.9629180705976354E-5},0,0,0,0,0,"Gg N2O/farm/season"]
[]
[null,"Biological nitrogen fixation","M = P x R x DM x CC x NC",null,null,null,null,null,null,null,"4D1_5"]
[null,null,"M = mass of N fixed by crops and pastures",null,null,null,null,null,null,"Gg N","Not used currently"]
[null,null,"P = annual production of crop",null,null,null,null,null,null,"Gg"]
[null,null,"R = residue to crop ratio",null,null,null,null,null,null,"kg crop residue/kg crop"]
[null,null,"DM = dry matter content ",null,null,null,null,null,null,"kg dry weight/kg crop residue"]
[null,null,"CC = mass fraction of carbon in crop residue"]
[null,null,"NC = nitrogen to carbon ratio in crop residue"]
[]
[null,"Annual N2O production from N fixing crops","E = M x EF x Cg",null,null,null,null,null,null,"Gg N2O","4D1_6"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[null,"The application of crop residues"]
[null,"The mass of N in crop residues returned to soils ","M = P x R x DM x CC x NC x (1- F - FFOD)",null,null,null,null,null,null,null,"4D1_7"]
[null,null,"M = mass of N in crop residues",null,null,null,null,null,null,null,"Not used currently"]
[null,null,"F = fraction of the crop that is burnt"]
[null,null,"FFOD = fraction of the crop that is removed"]
[]
[null,"Annual N2O production from crop residues ","E = M x EF x Cg",null,null,null,null,null,null,"Gg N2O","4D1_8"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[]
[null,"Annual N2O production from cultivation of histosols","E = A x EF x Cg x 10^-6",null,null,null,null,null,null,"Gg N2O","4D1_9"]
[null,null,"A = area of cultivated histosols ",null,null,null,null,null,null,"ha","Not used currently"]
[null,null,"EF = 8",null,null,null,null,null,null,"kg N2O-N/ha"]
[]
[]
[]
[null,"Animal production"]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock",null,null,null,null,null,null,null,null,"4D2"]
[null,null,"FN soil = AF x MMS",null,null,null,null,null,null,null,"4D2_1"]
[]
[null,null,"Annum",{"$f":"D299*I$83%","v":1.3412840529341942E-2},{"$f":"E299*$I$84%","v":1.6778618837550489E-3},{"$f":"F299*$I$84%","v":1.0038033906675842E-3},{"$f":"G299*$I$84%","v":1.3806466688284183E-4},{"$f":"H299*$I$84%","v":1.0364961505148927E-3},{"$f":"I299*$I$84%","v":0},"Gg N/farm/season"]
[]
[null,null,"UN soil = AU x MMS",null,null,null,null,null,null,null,"4D2_2"]
[]
[null,null,"Annum",{"$f":"D303*$I$83%","v":4.9055039735566956E-2},{"$f":"E303*$I$84%","v":7.8427430709131496E-3},{"$f":"F303*$I$84%","v":4.1599785850180626E-3},{"$f":"G303*$I$84%","v":6.8159587090817762E-4},{"$f":"H303*$I$84%","v":4.1973317759853562E-3},{"$f":"I303*$I$84%","v":0},"Gg N/farm/season"]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)",null,null,null,null,null,null,null,"4D2_3"]
[null,null,"EF (faeces)",5.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D414*$D$421*44/28)+(D418*$D$422*44/28)","v":4.1373256821125045E-4},6.248044267524375E-5,3.403546346107313E-5,5.3691107140737313E-6,3.4527126631667822E-5,0,"Gg N2O/farm/season"]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D379+D424","v":4.7336174891722679E-4},6.248044267524375E-5,3.403546346107313E-5,5.3691107140737313E-6,3.4527126631667822E-5,0,"Gg N2O/farm/season"]
[]
[null,"Grand total",{"$f":"SUM(D427:I427)","v":6.097738923992852E-4},null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total",{"$f":"C429*310","v":0.18902990664377842},null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total",{"$f":"C430*10^3","v":189.02990664377842},null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"Atmospheric nitrogen deposition","M = TM x FracGASF",null,null,null,null,null,null,null,"4D3_1"]
[null,null,"M = mass of synthetic fertiliser volatilised ",null,null,null,null,null,null,"Gg N"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,"Gg N"]
[null,null,"FracGASF =0.1",null,null,null,null,null,null,"Gg N/Gg applied",null,null,"Mass of animal waste volatilised","MMS","Lagoon (%)","Liquid/Slurry (%)","Daily Spread (%)","Solid storage (%)","Drylot (%)","Digester (%)","Pasture range and paddock (%)"]
[]
[null,"Fertiliser","Pastures",{"$f":"D340*0.1","v":5.5000000000000005E-3},null,null,null,null,null,"Gg N/farm/annum",null,null,"Animal waste fraction volatilised",null,0.35,0.4,7.0000000000000007E-2,0.3,0.2,0,0.2]
[null,null,"Crops",{"$f":"D341*0.1","v":0},null,null,null,null,null,"Gg N/farm/annum",null,null,"Animal waste produced (milker)","Annum",{"$f":"$D$307*C83%","v":4.073992191189711E-3},3.3949934926580925E-4,1.0184980477974278E-3,0,0,0,6.2467880264908904E-2]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Animal waste produced (heifers >1)","Annum",{"$f":"$E$307*C84%","v":0},0,0,0,0,0,9.5206049546681989E-3]
[]
[null,"The mass of animal waste volatilised ","M = AE x MMS x FracGASM",null,null,null,null,null,null,null,"4D3_2",null,"Animal waste produced (heifers <1)","Annum",{"$f":"$F$307*C84%","v":0},0,0,0,0,0,5.163781975685647E-3]
[null,null,"FracGASM = the fraction of N volatilised in each MMS",null,null,null,null,null,null,null,"Table 6.31"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Animal waste produced (mature bulls)","Annum",{"$f":"$G$307*C84%","v":0},0,0,0,0,0,8.1966053779101945E-4]
[null,"Animal waste","Annum",{"$f":"SUM(O451:U451)","v":1.4126567922950323E-2},{"$f":"SUM(O453:U453)","v":1.9041209909336399E-3},{"$f":"SUM(O455:U455)","v":1.0327563951371295E-3},{"$f":"SUM(O457:U457)","v":1.639321075582039E-4},{"$f":"SUM(O459:U459)","v":1.0467655853000498E-3},{"$f":"SUM(O461:U461)","v":0},"Gg N/farm/season"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Animal waste produced (bulls < 1)","Annum",{"$f":"$H$307*C84%","v":0},0,0,0,0,0,5.2338279265002488E-3]
[null,"The mass of savanna burning and field burning of agricultural residue NOx-N emissions that volatilise (M)","M = E / (46/14)",null,null,null,null,null,null,"Gg N","4D3_3"]
[null,null,"E = NOx emissions from savanna burning and field burning of agricultural residues",null,null,null,null,null,null,"Gg NOx","Not used currently",null,"Animal waste produced (bulls > 1)","Annum",{"$f":"$I$307*C84%","v":0},0,0,0,0,0,0]
[null,null,"46/14 = factor to convert elemental mass of NOx to molecular mass"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Animal waste volatilised (milker)","Annum",{"$f":"O439*O$438","v":1.4258972669163987E-3},1.3579973970632371E-4,7.129486334581995E-5,0,0,0,1.2493576052981781E-2]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","E = M x EF x Cg",null,null,null,null,null,null,null,"4D3_4"]
[null,null,"M = mass of N volatilised from subset k",null,null,null,null,null,null,"Gg N",null,null,"Animal waste volatilised (heifers >1)","Annum",{"$f":"O441*O$438","v":0},0,0,0,0,0,1.9041209909336399E-3]
[null,null,"EF = 0.01",null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Animal waste volatilised (heifers <1)","Annum",{"$f":"O443*O$438","v":0},0,0,0,0,0,1.0327563951371295E-3]
[null,"Fertiliser","Pastures",{"$f":"D438*0.01*44/28","v":8.6428571428571433E-5},null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D439*0.01*44/28","v":0},null,null,null,null,null,"Gg N2O/farm/annum",null,null,"Animal waste volatilised (mature bulls)","Annum",{"$f":"O445*O$438","v":0},0,0,0,0,0,1.639321075582039E-4]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Animal waste volatilised (bulls < 1)","Annum",{"$f":"O447*O$438","v":0},0,0,0,0,0,1.0467655853000498E-3]
[]
[null,"Animal waste","Annum",{"$f":"D446*0.01*44/28","v":2.2198892450350509E-4},2.9921901286100057E-5,1.6229029066440606E-5,2.5760759759146325E-6,1.6449173483286494E-5,0,"Gg N2O/farm/annum",null,null,"Animal waste volatilised (bulls > 1)","Annum",{"$f":"O449*O$438","v":0},{"$f":"P449*P$438","v":0},0,0,{"$f":"S449*S$438","v":0},0,0]
[]
[null,"Total","Annum",{"$f":"SUM(D456:D457)+SUM(D461:I461)","v":3.735936757438183E-4},null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[null,"Grand total",{"$f":"SUM(D463:D463)","v":3.735936757438183E-4},null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from indirect ammonia losses",{"$f":"C465*310","v":0.11581403948058368},null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[null,"Leaching of organic nitrogen and subsequent denitrification in rivers and estuaries"]
[null,"The mass of fertiliser N applied to soils that is lost through leaching and runoff (M)","M = M x FracWET x FracLEACH",null,null,null,null,null,null,null,"4D3_5"]
[null,null,"M = mass of fertiliser in each production system",null,null,null,null,null,null,"Gg N"]
[null,null,"FracWET ="," fraction of N available for leaching and runoff",null,null,null,null,null,null,"Appendix 6.J.1"]
[null,null,"FracLEACH = ",0.3,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D340*0.3","v":1.6500000000000001E-2},null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D341*0.3","v":0},null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,null,null,null,"Gg N/farm/season","4D3_6"]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)",null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)",null,null,null,null,null,null,"Gg N/farm/season"]
[]
[null,null,"Annum",{"$f":"SUM(D375,D418,D414)*1*0.3","v":1.9878739347495854E-2},2.8561814864004596E-3,1.549134592705694E-3,2.458981613373058E-4,1.5701483779500746E-3,0,"Gg N/farm/season"]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg",null,null,null,null,null,null,null,"4D3_7"]
[null,null,"M = mass of N lost through leaching and runoff",null,null,null,null,null,null,"Gg N"]
[null,null,"EF = 0.0125 ",null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D474*0.0125*44/28","v":3.2410714285714291E-4},null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D475*0.0125*44/28","v":0},null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D484*0.0125*44/28","v":3.9047523718295431E-4},5.6103564911437603E-5,3.0429429499576129E-5,4.8301424548399354E-6,3.0842200281162179E-5,0,"Gg N2O/farm/season"]
[]
[null,"Total","Annum",{"$f":"SUM(D490:D491)+SUM(D495:I495)","v":8.3678771718711305E-4},null,null,null,null,null,"Gg N2O/farm/annum"]
[null,"Grand total",{"$f":"SUM(D497:D497)","v":8.3678771718711305E-4},null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"C498*310","v":0.25940419232800505},null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[]
[null,"Total CO2-e emissions from ammonia and nitrate",{"$f":"C466+C499","v":0.37521823180858871},null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Total CO2-e emissions from ammonia and nitrate",{"$f":"C502*10^3","v":375.21823180858871},null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[]
["Carbon sequestration potential of trees"]
[null,"Years",0,{"$f":"C507+1","v":1},{"$f":"D507+1","v":2},3,4,5,6,{"$f":"I507+1","v":7},{"$f":"J507+1","v":8},{"$f":"K507+1","v":9},{"$f":"L507+1","v":10},{"$f":"M507+1","v":11},12,13,{"$f":"P507+1","v":14},15,{"$f":"R507+1","v":16},17,{"$f":"T507+1","v":18},{"$f":"U507+1","v":19},20,21,22,23,24,25,26,27,28,29,30]
[]
[null,"High",0,2,5,19,41,68,98,128,159,188,217,244,269,293,316,333,356,374,391,407,422,436,449,461,472,482,492,502,510,518,526]
[null,"Med-High",0,0,1,5,16,32,52,75,98,122,146,169,191,213,234,254,272,290,306,322,337,351,364,377,388,399,410,420,430,439,447]
[null,"Med",0,0,1,5,10,19,29,41,54,68,83,99,115,131,147,163,179,196,211,227,242,258,273,287,301,316,329,343,356,369,382]
[null,"Med-Low",0,0,0,0,1,3,6,10,16,23,32,42,53,65,78,91,104,118,132,146,159,173,187,201,214,228,241,254,267,279,291]
[null,"Low",0,0,0,0,1,2,4,7,11,16,21,28,35,43,52,60,69,78,87,97,106,115,124,133,142,151,160,168,177,185,193]
[]
[null,null,"Rainfall","from","to","weight","C content","from","to"]
[null,"Counter","mm/yr","m3/ha/yr",null,"dry-tonne/ m3",null,"t CO2e/ha"]
[1,"None",0,0,0,0,0,0,0]
[2,"Generic softwoods",600,15,30,0.43,0.5,{"$f":"D518*F518*G518*3.7","v":11.932500000000001},{"$f":"E518*F518*G518*3.7","v":23.865000000000002}]
[3,"Pinus Radiata - Pine",600,15,30,0.43,0.5,{"$f":"D519*F519*G519*3.7","v":11.932500000000001},{"$f":"E519*F519*G519*3.7","v":23.865000000000002}]
[4,"Generic hardwood",{"$f":"AVERAGE(C521:C524)","v":775},15,32.5,0.63,0.5,17.482499999999998,37.878750000000004]
[5,"Eucalyptus globulus - Blue gum",700,15,35,0.63,0.5,{"$f":"D521*F521*G521*3.7","v":17.482499999999998},{"$f":"E521*F521*G521*3.7","v":40.792500000000004}]
[6,"Eucalyptus nitens - Shining gum",800,15,35,0.63,0.5,{"$f":"D522*F522*G522*3.7","v":17.482499999999998},{"$f":"E522*F522*G522*3.7","v":40.792500000000004}]
[7,"Eucalyptus saligna - Sydney blue gum",800,15,30,0.63,0.5,{"$f":"D523*F523*G523*3.7","v":17.482499999999998},{"$f":"E523*F523*G523*3.7","v":34.964999999999996}]
[8,"Eucalyptus grandis - Rose gum",800,15,30,0.63,0.5,{"$f":"D524*F524*G524*3.7","v":17.482499999999998},{"$f":"E524*F524*G524*3.7","v":34.964999999999996}]
[9,"Comybia maculata - Spotted gum",600,8,20,0.63,0.5,{"$f":"D525*F525*G525*3.7","v":9.3239999999999998},{"$f":"E525*F525*G525*3.7","v":23.31}]
[10,"Mixed hardwoods",{"$f":"AVERAGE(C527:C531)","v":530},3,8.8000000000000007,0.63,0.5,3.4964999999999997,10.256399999999999]
[11,"Acacia melanoxylon - Blackwood",750,4,10,0.63,0.5,{"$f":"D527*F527*G527*3.7","v":4.6619999999999999},{"$f":"E527*F527*G527*3.7","v":11.654999999999999}]
[12,"Eucalyptus camaldulensis - River red gum",500,5,10,0.63,0.5,{"$f":"D528*F528*G528*3.7","v":5.8274999999999997},{"$f":"E528*F528*G528*3.7","v":11.654999999999999}]
[13,"Eucalyptus sideroxylon - Ironbark",500,2,8,0.63,0.5,{"$f":"D529*F529*G529*3.7","v":2.331},{"$f":"E529*F529*G529*3.7","v":9.3239999999999998}]
[14,"Eucalyptus cladocalyx - Sugar gum",400,2,8,0.63,0.5,{"$f":"D530*F530*G530*3.7","v":2.331},{"$f":"E530*F530*G530*3.7","v":9.3239999999999998}]
[15,"Casuarina cunninghamiana - She oak",500,2,8,0.63,0.5,{"$f":"D531*F531*G531*3.7","v":2.331},{"$f":"E531*F531*G531*3.7","v":9.3239999999999998}]
["Selected",{"$f":"VLOOKUP(#REF!,$B$517:$I$531,1,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$517:$I$531,2,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$517:$I$531,3,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$517:$I$531,4,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$517:$I$531,5,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$517:$I$531,6,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$517:$I$531,7,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$517:$I$531,8,FALSE)","v":{"$error":"#REF!"}}]
[]
[null,"Rainfall Selection","t CO2e/ha",null,"Results",null,"Non-DGAS estimated",{"$f":"S203","v":2}]
[1,"High (>700)",{"$f":"IF(B538=\"High (>700)\",F535,FALSE)","v":{"$error":"#N/A"}},null,{"$f":"H532","v":{"$error":"#REF!"}},{"$f":"I532","v":{"$error":"#REF!"}}]
[2,"Med (500 - 700)",{"$f":"IF(B538=\"Med (500 - 700)\",AVERAGE(E535:F535),FALSE)","v":{"$error":"#N/A"}},null,null,null,"Carbon sequestered (t CO2/ha)",{"$f":"D77","v":0}]
[3,"Low (<500)",{"$f":"IF(B538=\"Low (<500)\",E535,FALSE)","v":{"$error":"#N/A"}}]
["Selected",{"$f":"VLOOKUP($H$73,B535:B537,1,FALSE)","v":{"$error":"#N/A"}},null,null,"Amount carbon sequested (t CO2/ha)",null,{"$f":"IF(H534=1,0,IF(H534=3,AVERAGE(C535:C537),H536))","v":0}]
[]
[]
[null,"Energy - Fuel and Electricity"]
[]
[null,"Data Input",null,null,null,"Units"]
[null,"Annual diesel consumption (F)",{"$f":"C65/1","v":15000},null,null,"L/year"]
[null,"Energy density for diesel (D)",38.6,null,null,"Gg/kL"]
[null,"Oxidation factor for CO2 (P)",99,null,null,"%"]
[null,"Emission factor for CO2 (ADO) (EF)",69.900000000000006,null,null,"Gg CO2/PJ"]
[null,"Annual electricity use (F)",{"$f":"C63","v":175000},null,null,"kWh"]
[null,"Emission factor (electricity) (EF)",{"$f":"E587","v":1.4E-3},null,null,"Tonnes CO2-e/KWh"]
[]
[]
[null,"CO2 emissions from diesel use","E = F x D x P x EF x 10^-6"]
[null,null,"F = annual diesel consumption"]
[null,null,"D = energy density for diesel"]
[null,null,"P = oxidation factor for CO2"]
[null,null,"EF = Emission factor"]
[]
[null,null,{"$f":"$C$544*$C$545*$C$546%*$C$547*10^-6","v":40.067378999999995},null,null,"Gg CO2"]
[]
[null,"CO2 emission factor for ADO",null,null,null,"g CO2/PJ"]
[null,null,"CH4","N2O","NOx","CO","NMVOC","SO2"]
[null,null,0.01,2E-3,1.36,0.54100000000000004,0.189,0.11600000000000001]
[]
[null,"CO2 emissions from diesel use for non-CO2 gasses",null,null,null,"t CO2-e"]
[null,null,{"$f":"$C$544*$C$545*$C$546%*C562*10^-6","v":5.7321000000000004E-3},1.14642E-3,0.77956560000000008,0.31010661,0.10833669,6.649236E-2]
[null,"Total CO2-e emissions from diesel use",{"$f":"C558+C565+D565+E565+F565+G565+H565","v":41.338758779999992},null,null,"t CO2-e"]
[null,"Manufacturing of diesel",{"$f":"C544/1000*0.611","v":9.1649999999999991}]
[]
[null,"CO2 emissions from electricity use","E = F x EF"]
[null,null,"F = Annual electricity use"]
[null,null,"EF = emission factor"]
[]
[null,null,{"$f":"C548*C549","v":245},null,null,"t CO2-e"]
[]
[null,"Total CO2-e emissions from diesel and electricity",{"$f":"C566+C573","v":286.33875877999998},null,null,"t CO2-e"]
[]
[null,"Australian Current Best Performance for Fuel Class"]
[null,"Fuel type","Thermal efficiency (%)","kg CO2/MWh","t CO2/kWh"]
[1,"Black Coal ",30,1000,{"$f":"D579*10^-6","v":1E-3}]
[2,"Brown Coal-Victorian ",25,1400,{"$f":"D580*10^-6","v":1.4E-3}]
[3,"Brown Coal-Sth Australia",30,1080,{"$f":"D581*10^-6","v":1.08E-3}]
[4,"Natural Gas-Steam ",5.9,510,5.0999999999999993E-4]
[5,"Natural Gas-Turbine",37.549999999999997,494,4.9399999999999997E-4]
[6,"Diesel ",37,681,6.8099999999999996E-4]
[7,"Cogen -Oil fired steam",83.8,314,3.1399999999999999E-4]
[8,"Hydro or other clean Power",null,0,0]
["Selected",{"$f":"VLOOKUP($G$63,$B$579:$E$586,1,FALSE)","v":"Brown Coal-Victorian "},{"$f":"VLOOKUP($G$63,$B$579:$E$586,2,FALSE)","v":25},{"$f":"VLOOKUP($G$63,$B$579:$E$586,3,FALSE)","v":1400},{"$f":"VLOOKUP($G$63,$B$579:$E$586,4,FALSE)","v":1.4E-3}]
[]
[]
[null,"Pre-farm embedded and fertiliser inputs"]
[]
[null,"Product","Amount (t DM)","Emission factor","GHG emissions (t CO2e)"]
[null,"Pasture hay",{"$f":"C68","v":200},0.25,{"$f":"C593*D593","v":50}]
[null,"Pasture silage",{"$f":"G68","v":0},0.25,{"$f":"C594*D594","v":0}]
[null,"Grain/concentrates",{"$f":"C70","v":700},0.3,{"$f":"C595*D595","v":210}]
[null,"By-products",{"$f":"G70","v":180},0,{"$f":"C596*D596","v":0}]
[null,"Total",null,null,{"$f":"SUM(E593:E596)","v":260}]
[]
[null,"N fertiliser (urea Emission factor)",{"$f":"(SUM(D340:D341)*10^3)","v":55},0.89100000000000001,{"$f":"C599/0.46*D599","v":106.53260869565217}]
[null,"P fertiliser (TSP emission factor)",{"$f":"IF($T$196=1,((E58*$C$58)+(E60*$C$60))/1000,(E58+E60))","v":10},0.83399999999999996,{"$f":"C600/0.18*D600","v":46.333333333333336}]
[null,"K fertiliser (MOP emission factor)",{"$f":"IF($T$196=1,((F58*$C$58)+(F60*$C$60))/1000,(F58+F60))","v":3},0.13100000000000001,{"$f":"C601/0.5*D601","v":0.78600000000000003}]
[null,"S fertiliser (TSP emission factor)",{"$f":"IF($T$196=1,((G58*$C$58)+(G60*$C$60))/1000,(G58+G60))","v":3},0.83399999999999996,{"$f":"C602/0.18*D602","v":13.9}]
[null,"Lime",{"$f":"IF($T$196=1,((H58*$C$58)+(H60*$C$60))/1000,(H58+H60))","v":150},1.9E-2,{"$f":"C603*D603","v":2.85}]
[null,"Total",null,null,{"$f":"IF(E600>E602,E600,E602)+E599+E601+E603","v":156.5019420289855}]

{"sheet":"2015 Methodology Comparison","index":29,"n_rows":611,"n_cols":56,"rows_kept":611,"cut":false,"hidden":false,"merged":[[199,19,199,20],[74,2,74,3],[75,5,75,6],[585,6,585,7],[522,3,522,4],[522,5,522,6],[522,7,522,8],[540,4,540,5],[110,10,111,10],[110,11,111,11],[106,5,106,6],[110,1,110,2],[110,3,111,3],[110,4,111,4],[110,5,111,5],[110,6,111,6],[110,7,111,7],[110,9,111,9],[80,1,81,1],[85,1,87,8],[101,5,101,6],[110,8,111,8],[72,2,72,3],[76,2,76,3],[79,2,79,4],[79,5,79,6],[67,4,67,5],[67,6,67,7],[69,6,69,7],[46,2,46,3],[46,6,46,8],[47,4,47,5],[47,7,48,8],[62,4,62,5],[62,6,62,7],[40,1,41,1],[40,3,40,4],[40,5,40,6],[40,7,40,8],[41,3,41,4],[41,5,41,6],[41,7,41,8],[38,3,38,4],[38,5,38,6],[38,7,38,8],[39,3,39,4],[39,5,39,6],[39,7,39,8],[36,3,36,4],[36,5,36,6],[36,7,36,8],[37,3,37,4],[37,5,37,6],[37,7,37,8],[1,0,1,11],[35,3,35,4],[35,5,35,6],[35,7,35,8],[7,3,7,5],[9,3,9,5],[28,3,28,4],[28,5,28,6],[30,5,30,6],[32,5,32,6],[34,3,34,4],[34,5,34,6],[34,7,34,8],[11,5,11,6]]}
[null,"2015 National Greenhouse Gas Inventory (NGGI) Methodology"]
[]
[]
[null,"This spreadsheet is protected and linked back to the 'Your farm' sheet.  It is used to compare the old NGGI methodology from 2017 (GWPs of 25 and 298) to the current GWPs"]
[null,"NGGI methodology from 2022 onwards, which contains GWPs of 28 for methane and 265 for nitrous oxide."]
[]
[]
[null,"Farmer details:","Owner or sharefarmer ID",{"$f":"'Your Farm'!D8:F8","v":"Bill and Wendy Smith"},null,null,"Supplier Number",{"$f":"'Your Farm'!H8","v":"256758T1"}]
[]
[null,null,"Address",{"$f":"'Your Farm'!D10:F10","v":"1234 Main Rd, Colac VIC 3250"},null,null,"Year reviewed",{"$f":"'Your Farm'!H10","v":"24/25"}]
[]
[null,null,"Choose your state in Australia",{"$f":"'Your Farm'!D12","v":"Victoria"},null,"Choose your RDP region",null,{"$f":"'Your Farm'!H12","v":"Victoria- South West"}]
[]
[null,"Livestock dynamics",null,"Milking Cows","Heifers >1 ","Heifers <1 ","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","Calves",{"$f":"'Your Farm'!H224","v":"Calves sold post-weaning "}]
[]
[null,null,"Livestock numbers",{"$f":"'Your Farm'!D16","v":450},{"$f":"'Your Farm'!E16","v":120},{"$f":"'Your Farm'!F16","v":125},{"$f":"'Your Farm'!G16","v":8},{"$f":"'Your Farm'!H16","v":100},{"$f":"'Your Farm'!I16","v":0},null,"head"]
[]
[null,null,"Liveweight",{"$f":"'Your Farm'!D18","v":500},{"$f":"'Your Farm'!E18","v":350},{"$f":"'Your Farm'!F18","v":150},{"$f":"'Your Farm'!G18","v":600},{"$f":"'Your Farm'!H18","v":200},{"$f":"'Your Farm'!I18","v":0},null,"kg/head"]
[]
[null,null,"Liveweight gain ",null,{"$f":"'Your Farm'!E20","v":0.7},{"$f":"'Your Farm'!F20","v":0.7},null,{"$f":"'Your Farm'!H20","v":1},{"$f":"'Your Farm'!I20","v":0},null,"kg/day"]
[]
[null,null,"Number of stock sold each year",{"$f":"'Your Farm'!D22","v":115},{"$f":"'Your Farm'!E22","v":10},{"$f":"'Your Farm'!F22","v":0},{"$f":"'Your Farm'!G22","v":4},{"$f":"'Your Farm'!H22","v":100},{"$f":"'Your Farm'!I22","v":0},{"$f":"'Your Farm'!J22","v":215},"head"]
[]
[null,null,"Liveweight at point of sale",{"$f":"'Your Farm'!D24","v":550},{"$f":"'Your Farm'!E24","v":425},{"$f":"'Your Farm'!F24","v":0},{"$f":"'Your Farm'!G24","v":600},{"$f":"'Your Farm'!H24","v":400},{"$f":"'Your Farm'!I24","v":0},{"$f":"'Your Farm'!J24","v":105},"kg/head"]
[]
[null,null,null,null,null,null,null,null,null,{"$f":"SUMPRODUCT(D22:J22,D24:J24)/1000","v":132.47499999999999},"t LW/annum sold"]
[]
[null,"Milk production "]
[null,null,"Select option for milk production",{"$f":"'Your Farm'!D31:E31","v":"litres per herd per annum"},null,"Amount of milk produced",null,{"$f":"'Your Farm'!H31","v":3000000},{"$f":"IF(T205=\"1\",\"litres of milk\",\"kg milksolids\")","v":"litres of milk"}]
[]
[null,null,"Average annual milk fat (%)",{"$f":"'Your Farm'!D33","v":4.3},"%","Average annual milk protein (%)",null,{"$f":"'Your Farm'!H33","v":3.2},"%"]
[]
[null,null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300},"days","Average milk production (litres/cow per day)",null,{"$f":"Q202","v":22.222222222222225}]
[]
[null,"Milkers average annual diet intakes and quality",null,"Intake (kg DM/day)",null,"Dry matter digestibility (DMD; %)",null,"Crude protein (CP; %)"]
[null,null,"Pastures",{"$f":"'Your Farm'!D38:E38","v":12},null,{"$f":"'Your Farm'!F38:G38","v":75},null,{"$f":"'Your Farm'!H38:I38","v":20}]
[null,"Estimated intake based ","Concentrates/ grain",{"$f":"'Your Farm'!D39:E39","v":2.5},null,{"$f":"'Your Farm'!F39:G39","v":85},null,{"$f":"'Your Farm'!H39:I39","v":12}]
[null,"on data entry","Silage",{"$f":"'Your Farm'!D40:E40","v":1.5},null,{"$f":"'Your Farm'!F40:G40","v":70},null,{"$f":"'Your Farm'!H40:I40","v":16.5}]
[null,{"$f":"Q206 &\" kg DM/cow.day\"","v":"17.1 kg DM/cow.day"},"Hay",{"$f":"'Your Farm'!D41:E41","v":0},null,{"$f":"'Your Farm'!F41:G41","v":0},null,{"$f":"'Your Farm'!H41:I41","v":0}]
[null,null,"By-products",{"$f":"'Your Farm'!D42:E42","v":0},null,{"$f":"'Your Farm'!F42:G42","v":0},null,{"$f":"'Your Farm'!H42:I42","v":0}]
[null,"Click here for help regarding feed quality","Other",{"$f":"'Your Farm'!D43:E43","v":1},null,{"$f":"'Your Farm'!F43:G43","v":70},null,{"$f":"'Your Farm'!H43:I43","v":22}]
[null,null,"Total (kg DM/day) or average (%)",{"$f":"SUM(D36:E41)","v":17},null,{"$f":"Q204","v":75.735294117647058},null,{"$f":"Q205","v":18.632352941176471}]
[]
[null,"Average annual dry matter digestibility (DMD) for all other stock (%)",null,{"$f":"'Your Farm'!R247","v":75},"%"]
[null,"Average annual crude protein (CP) for all other stock (%)",null,{"$f":"'Your Farm'!R248","v":20},"%"]
[]
[null,"Fertilisers"]
[null,null,"How do you which to enter the fertiliser rates?",null,{"$f":"'Your Farm'!E50","v":"tonnes of element per annum"},null,null,"Click here to work out fertiliser rates"]
[]
[null,null,"Area of N fertiliser (ha)",null,null,null,"Rate of N fertiliser"]
[null,"Area of pastures fertilised with N (ha)",{"$f":"IF('Your Farm'!C53=\"\",\"\",'Your Farm'!C53)","v":""},"ha","Amount of N applied to pastures",null,{"$f":"'Your Farm'!G53","v":55},{"$f":"IF($U$194=\"1\",\"kg per ha per annum\",\"t per annum\")","v":"t per annum"}]
[]
[null,"Area of crops fertilised with N (ha)",{"$f":"IF('Your Farm'!C55=\"\",\"\",'Your Farm'!C55)","v":""},"ha","Amount of N applied to crops",null,{"$f":"'Your Farm'!G55","v":0},{"$f":"H51","v":"t per annum"}]
[]
[null,null,null,null,"Percentage of N fertiliser that is urea",null,{"$f":"'Your Farm'!G57","v":95},"%"]
[]
[null,null,"Area of PKS & lime fertiliser (ha)",null,"Rate of P fertiliser","Rate of K fertiliser","Rate of S fertiliser","Rate of lime/dolomite"]
[null,"Area of pastures fertilised with PKS & lime (ha)",{"$f":"IF('Your Farm'!C60=\"\",\"\",'Your Farm'!C60)","v":""},"Rate of PKS & lime  ",{"$f":"'Your Farm'!G60","v":10},{"$f":"'Your Farm'!H60","v":3},{"$f":"'Your Farm'!I60","v":3},{"$f":"'Your Farm'!J60","v":150},{"$f":"H51","v":"t per annum"}]
[]
[null,"Area of crops fertilised with PKS & lime (ha)",{"$f":"IF('Your Farm'!C62=\"\",\"\",'Your Farm'!C62)","v":""},"Rate of PKS & lime  ",{"$f":"'Your Farm'!G62","v":0},{"$f":"'Your Farm'!H62","v":0},{"$f":"'Your Farm'!I62","v":0},{"$f":"'Your Farm'!J62","v":0},{"$f":"H51","v":"t per annum"}]
[]
[null,"Energy consumption"]
[null,"Annual Electricity Use (kWh)",{"$f":"'Your Farm'!C65","v":175000},"kWh","Where does your electricity come from?",null,"Brown Coal-Victorian "]
[]
[null,"Annual Diesel/ unleaded petrol (litres)",{"$f":"'Your Farm'!G65+DieselUseContractors","v":15000},"litres"]
[]
[null,"Purchased supplementary feed "]
[null,"Pasture, cereal or legume hay (t DM)",{"$f":"'Your Farm'!C72","v":200},"t DM","Pasture, cereal or legume silage (t DM)",null,{"$f":"'Your Farm'!G72:H72","v":0},null,"t DM"]
[]
[null,"Grain/ concentrates (t DM)",{"$f":"'Your Farm'!C76","v":700},"t DM","By-products (t DM)",null,{"$f":"'Your Farm'!G76:H76","v":180},null,"t DM"]
[]
[null,"Carbon sequestration in tree plantations"]
[null,"How are you estimating this?",{"$f":"'Your Farm'!C81","v":"Based on data entered here"},null,null,"Area of trees (ha)",{"$f":"'Your Farm'!G81","v":10},"Age of trees",{"$f":"'Your Farm'!I81","v":15}]
[]
[null,"Choose your region in Australia",{"$f":"'Your Farm'!C83","v":"South West VIC"}]
[null,null,null,null,null,"Amount of carbon sequestered using other tools",null,{"$f":"IF('Your Farm'!H84=\"\",\"\",'Your Farm'!H84)","v":6.5},"t CO2e/ha"]
[null,"Choose the type of trees planted",{"$f":"'Your Farm'!C85","v":"Mixed species (Environmental Plantings)"}]
[]
[null,"Manure management"]
[null,null,"Choose which option you are using to estimate how animal waste is handled",null,null,{"$f":"'Your Farm'!F88","v":"Default state factors and fractions"},null,"Volatile solids ",{"$f":"D239","v":4.5034035587869798}]
[null,"Percentage waste to each manure system "]
[null,null,"Anaerobic lagoon","Sump dispersal","Drain to paddock","Solid storage","Voided onto Pastures"]
[null,"Milkers",{"$f":"IF($AD$194=1,AI218,AI219)","v":11.6},{"$f":"IF($AD$194=1,AJ218,AJ219)","v":1.1000000000000001},{"$f":"IF($AD$194=1,AK218,AK219)","v":0.55000000000000004},{"$f":"IF($AD$194=1,AM218,AM219)","v":2.46},{"$f":"IF($AD$194=1,AH218,AH219)","v":84.29}]
[null,"All other stock",{"$f":"IF($AD$194=1,AI221,AI222)","v":0},{"$f":"IF($AD$194=1,AJ221,AJ222)","v":0},{"$f":"IF($AD$194=1,AK221,AK222)","v":0},{"$f":"IF($AD$194=1,AM221,AM222)","v":0},{"$f":"IF($AD$194=1,AH221,AH222)","v":100}]
[]
[null,"Only answer the following questions if you which to enter your own farm management practices to estimate the percentage of waste to each of the abovementioned manure management systems.  In addition, you must have selected the User-defined factors and fractions option in the drop-down list at the beginning of this section otherwise the results with still reflect the default state-based fractions and factors.  "]
[]
[]
[]
[null,"Milkers",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water",null,null,null,null,{"$f":"'Your Farm'!G99","v":4},{"$f":"'Your Farm'!H99","v":300}]
[]
[null,"Percentage of waste that is flushed and then drains to the paddock with no treatment/ removal of solids ",null,null,null,null,{"$f":"'Your Farm'!G101","v":0},"%"]
[null,"Percentage of waste that is flushed and then spread daily from a sump/dispersal system (with or without removal of solids)",null,null,null,null,{"$f":"'Your Farm'!G102","v":0},"%"]
[null,"Balance assumed to be flushed and then enter a pond/lagoon system",null,null,null,null,{"$f":"'Your Farm'!G103","v":100}]
[]
[null,"Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator) to remove a proportion of solids?",null,null,null,null,{"$f":"'Your Farm'!G105","v":"YES"}]
[]
[null,null,null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spend on a feedpad or loafing area or are housed (TMR farm) ",null,null,null,null,{"$f":"'Your Farm'!G109","v":2},{"$f":"'Your Farm'!H109","v":150}]
[]
[null,"Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled",null,null,null,{"$f":"'Your Farm'!F111:G111","v":"Scraped & stockpiled "},null,"Integrated MCF %",{"$f":"AO220","v":9.5751000000000008}]
[]
[null,"Heifers- For simplicity here, when 'Your farm' Heifers > 1 yr of age are on a feedpad, this is assumed for all stock here",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum the heifers spend in yards or are housed where the waste is deposited",null,null,null,null,{"$f":"'Your Farm'!C115","v":2},{"$f":"'Your Farm'!C116","v":150}]
[]
[null,"Select the option which best describes how this waste from the feedpad or loafing area is best handled",null,null,null,{"$f":"'Your Farm'!F119:G119","v":"Scraped & stockpiled "},null,"Integrated MCF %",{"$f":"AO223","v":1}]
[]
[]
[null,"Results for the baseline 'Your farm' system when using the 2015 methodology"]
[null,null,null,"Milking Cows","Heifers >1 yr age","Heifers <1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","N fertiliser","Total GHG (tonnes CO2e/annum)","% GHG of total GHG"]
[]
[null,"Methane","Enteric fermentation",{"$f":"SUM(D227:D227)*25*10^3","v":1472.055895983435},{"$f":"SUM(E227:E227)*25*10^3","v":162.31426250399997},{"$f":"SUM(F227,I227)*25*10^3","v":79.549470915000001},{"$f":"SUM(G227:G227)*25*10^3","v":13.356203391899996},{"$f":"SUM(H227,J227)*25*10^3","v":81.563758367999995},{"$f":"K227*25*10^3","v":0},null,{"$f":"SUM(D113:I113)","v":1808.839591162335},{"$f":"K113/($K$126)","v":0.54897745923721264}]
[null,null,"Manure management",{"$f":"SUM(D252)*25*10^3","v":288.28805817514075},{"$f":"SUM(E252)*25*10^3","v":3.4061929331186072},{"$f":"SUM(F252,I252)*25*10^3","v":1.6835820917262339},{"$f":"SUM(G252)*25*10^3","v":0.28028224325427603},{"$f":"SUM(H252,J252)*25*10^3","v":1.722598955166597},{"$f":"K252*25*10^3","v":0},null,{"$f":"SUM(D114:I114)","v":295.38071439840644},8.9647172082246318E-2]
[null,"Nitrous oxide","Dung & urine voided onto pastures",{"$f":"SUM(D435)*298*10^3","v":108.93748825434199},{"$f":"SUM(E435)*298*10^3","v":17.779154134367136},{"$f":"SUM(F435,I435)*298*10^3","v":7.6926499542241826},{"$f":"SUM(G435)*298*10^3","v":1.5353412816451211},{"$f":"SUM(H435,J435)*298*10^3","v":7.6922682013339427},{"$f":"K435*298*10^3","v":0},null,{"$f":"SUM(D115:I115)","v":143.63690182591236},4.359337433919401E-2]
[null,null,"Direct from manure (storage & spread)",{"$f":"(D314+D390)*298*10^3","v":36.202748684405798},{"$f":"(E314+E390)*298*10^3","v":0},{"$f":"(F314+I314+F390+I390)*298*10^3","v":0},{"$f":"(G314+G390)*298*10^3","v":0},{"$f":"(H314+J314+H390+J390)*298*10^3","v":0},{"$f":"(K314+K390)*298*10^3","v":0},null,{"$f":"SUM(D116:I116)","v":36.202748684405798},1.0987427015237635E-2]
[null,null,"Indirect N waste",{"$f":"SUM(D329,D338,D472,D506)*298*10^3","v":101.12560636753777},{"$f":"SUM(E329,E338,E472,E506)*298*10^3","v":13.556605027454943},{"$f":"SUM(F329,F338,F472,F506,I329,I338,I472,I506)*298*10^3","v":5.8656455900959381},{"$f":"SUM(G329,G338,G472,G506)*298*10^3","v":1.1706977272544046},{"$f":"SUM(H329,H338,H472,H506,J329,J338,J472,J506)*298*10^3","v":5.8653545035171302},{"$f":"SUM(K329,K338,K472,K506)*298*10^3","v":0},null,{"$f":"SUM(D117:I117)","v":127.58390921586019},3.8721338621224538E-2]
[null,null,"Direct N fertiliser",null,null,null,null,null,null,{"$f":"C368","v":103.02285714285715},{"$f":"J118","v":103.02285714285715},3.126713205193677E-2]
[null,null,"Indirect N fertiliser",null,null,null,null,null,null,{"$f":"(SUM(D467:D468)+SUM(D501:D502))*298*10^3","v":68.25264285714286},{"$f":"J119","v":68.25264285714286},2.0714474984408107E-2]
[null,"Carbon dioxide ","Electricity ",null,null,null,null,null,null,null,{"$f":"C580","v":245},7.4356774459303832E-2]
[null,null,"Diesel and unleaded petrol",null,null,null,null,null,null,null,{"$f":"C573+C574","v":50.503758779999991},1.5327741228373654E-2]
[null,"Pre-farm gate embedded (Scope 3)","Grain/ concentrates",null,null,null,null,null,null,null,{"$f":"E602","v":210},6.3734378107974721E-2]
[null,null,"Forages",null,null,null,null,null,null,null,{"$f":"E604-E602","v":50},1.5174851930470171E-2]
[null,null,"Fertilisers",null,null,null,null,null,null,null,{"$f":"E611","v":156.5019420289855},4.7497875942417625E-2]
[]
[null,"Total GHG emissions with 2015 NGGI methodology",null,{"$f":"SUM(D113:D124)","v":2006.6097974648615},197.05621459894064,94.791348551046354,16.342524644053796,96.843980028017668,0,171.27550000000002,3294.9250660959051,"t CO2e/annum"]
[null,"% of total GHG emissions",null,{"$f":"D126/SUM($K$113:$K$124)","v":0.60900013117520024},5.980597757035757E-2,2.8768893571034331E-2,4.9599078328715221E-3,2.9391861145651572E-2,0,5.1981607036344878E-2]
[]
[null,"Carbon sequestration","Tree plantings, with negative figures representing amount of carbon sequestered",null,null,null,null,null,null,null,{"$f":"'Your Farm'!K148","v":-29.360000000000028}]
[]
[null,"Net GHG emissions with 2015 NGGI methodology",null,null,null,null,null,null,null,null,{"$f":"K126+K129","v":3265.565066095905}]
[]
[null,{"$f":"_xlfn.CONCAT(\"GHG emissions intensity after \",ROUND(P258*100,0),\"% of net emissions are allocated to milk production based on mass allocation\")","v":"GHG emissions intensity after 87% of net emissions are allocated to milk production based on mass allocation"},null,null,null,null,null,null,null,null,{"$f":"R255","v":0.89078094790735929},"kg CO2e/kg FPCM"]
[null,{"$f":"_xlfn.CONCAT(\"GHG emissions intensity after \",ROUND(P258*100,0),\"% of net emissions are allocated to milk  production based on mass allocation\")","v":"GHG emissions intensity after 87% of net emissions are allocated to milk  production based on mass allocation"},null,null,null,null,null,null,null,null,{"$f":"R256","v":12.58693670427918},"kg CO2e/kg milksolids"]
[null,{"$f":"_xlfn.CONCAT(\"GHG emissions intensity after \",ROUND(P259*100,0),\"% of net emissions are allocated to meat production based on mass allocation\")","v":"GHG emissions intensity after 13% of net emissions are allocated to meat production based on mass allocation"},null,null,null,null,null,null,null,null,{"$f":"R257","v":3.2723480478059224},"kg CO2e/kg liveweight meat"]
[]
[null,"Net GHG emissions with current 2025 methodology",null,{"$f":"'Your Farm'!D145","v":2171.3628364986225},{"$f":"'Your Farm'!E145","v":215.17221153684002},{"$f":"'Your Farm'!F145","v":103.58217669913},{"$f":"'Your Farm'!G145","v":17.826012811101776},{"$f":"'Your Farm'!H145","v":105.97591070923193},null,{"$f":"'Your Farm'!J145","v":205.67407142857144},{"$f":"'Your Farm'!K150","v":3539.6184346593436},"t CO2e/annum"]
[]
[null,"Change in GHG emissions with the new 2025 NGGI methodology      ",null,null,null,null,null,null,null,null,{"$f":"K131-K137","v":-274.05336856343865},"t CO2e/annum"]
[null,"% change in GHG emissions with the new 2025 NGGI methodology   ",null,null,null,null,null,null,null,null,{"$f":"(K131-K137)/K131*100","v":-8.3922188967766882},"%"]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milk production",null,null,null,"N fertiliser rates","kg of element per ha per annum",null,"Graphs",null,null,null,null,null,"Manure management",1,"Default state factors and fractions",null,null,null,"Milkers- dairy",null,null,"Heifers",null,null,null,null,null,"Milkers",null,null,null,"Heifers",null,null,null,"MCF calculations- milkers"]
[null,null,"State","Victoria","New South Wales","Tasmania","Queensland","South Australia","Western Australia",null,null,null,null,null,null,null,null,null,null,"tonnes of element per annum",null,"Enteric methane",{"$f":"L113","v":0.54897745923721264},null,null,null,null,null,2,"User-defined factors and fractions",null,null,null,"Hours per day at dairy",{"$f":"G91","v":4},null,null,"Hours per day ",null,{"$f":"G105","v":2},null,null,"% to grazing",null,{"$f":"1-((AI193/24*AI194/365)+(AI198/24*AI199/365))","v":0.82876712328767121},null,"% to grazing",{"$f":"1-(AN193/24*AN194/365)","v":0.96575342465753422},null,null,null,"Lagoon","Sump and dispersal","Drains to paddock","Solids storage","Voided pasture"]
[null,1,"Victoria","North East VIC (e.g. Wangaratta)","Northern NSW","North East TAS","Northern QLD","South East SA","South West WA",null,null,null,null,null,"Litres per annum",null,{"$f":"IF(T205=\"1\",H29,0)","v":3000000},null,"Selected",{"$f":"E48","v":"tonnes of element per annum"},{"$f":"IF(T194=\"kg of element per ha per annum\",\"1\",\"2\")","v":"2"},"Waste methane",{"$f":"L114","v":8.9647172082246318E-2},null,null,null,null,null,"Selected",{"$f":"IF(F80=\"\",1,IF(F80=AD192,1,2))","v":1},null,null,null,"Days per annum at dairy",{"$f":"H91","v":300},null,null,"Days per annum",null,{"$f":"H105","v":150},null,null,"% from dairy & drains to paddock",null,{"$f":"(AI193/24)*(AI194/365)*(AI195/100)","v":0},null,"% drains to paddock",{"$f":"IF(AM206=1,AN193/24*AN194/365,0)","v":0},null,1,"Victoria",74,0.5,17,2,1]
[null,2,"New.South.Wales","Northern VIC ","Southern NSW","Central North & Midlands","Southern QLD","Murray River region",null,null,null,null,null,null,"MS per annum",null,{"$f":"IF(T205=\"2\",H29,0)","v":0},null,null,null,null,"Direct N2O waste",{"$f":"L115+L116","v":5.4580801354431649E-2},null,null,null,null,null,null,null,null,null,null,"% spread daily from sump",{"$f":"G93","v":0},null,null,null,null,null,null,null,"% from dairy & spread daily",null,{"$f":"(AI193/24*AI194/365*AI196/100)*IF(AA199=2,0.8,1)","v":0},null,"% spread sump/dispersal system",{"$f":"IF(AM206=2,AN193/24*AN194/365*IF(AA199=2,0.8,1),0)","v":0},null,2,"New.South.Wales",75,0.5,18,2,1]
[null,3,"Tasmania","Mallee VIC","Inland & Murray Dairy","North West TAS",null,null,null,null,null,null,null,null,"Fat %",null,{"$f":"(IF(D31=\"\",4,D31))","v":4.3},null,null,null,null,"Direct N2O N fertiliser",{"$f":"L118","v":3.126713205193677E-2},null,null,null,null,null,null,null,null,null,null,"% drain to paddock",{"$f":"G94","v":0},null,null,null,null,null,null,null,"% from dairy & spread daily & treated so its solid storage",null,{"$f":"(AI193/24*AI194/365*AI196/100)*IF(AA199=1,0,0.2)","v":0},null,"% of spread daily going to SS",{"$f":"IF(AM206=2,AN193/24*AN194/365)*IF(AA199=2,0.2,0)","v":0},null,3,"Tasmania",70,0.1,15,2,1]
[null,4,"Queensland","East Gippsland",null,"Southern TAS",null,null,null,null,null,null,null,null,"Protein %",null,{"$f":"IF(H31=\"\",3.3,H31)","v":3.2},null,null,null,null,"Indirect N2O waste",{"$f":"L117","v":3.8721338621224538E-2},null,"Pre-treat",1,"NO",null,null,null,null,null,null,"% to lagoon",{"$f":"100-AI195-AI196","v":100},null,null,null,null,null,null,null,"% from dairy & to lagoon (no pre-treatment)",null,{"$f":"IF(AA199=1,(AI193/24*AI194/365*AI197/100),(AI193/24*AI194/365*AI197/100)*0.8)","v":0.1095890410958904},null,"% to lagoon (no pre-treatment)",{"$f":"IF(AM206=3,(AN193/24*AN194/365*IF(AA199=2,0.8,1)),0)","v":0},null,4,"Queensland",77,0.5,24,2,1]
[null,5,"South.Australia","South & West Gippsland",null,null,null,null,null,null,null,null,null,null,"DGAS estimated kg MS if litres entered",null,{"$f":"IF(Q194=0,Q195,(Q194*(Q196+Q197)/100))","v":225000},null,"Tree sequestration","No estimate of carbon sequestration",null,"Indirect N2O N fertiliser",{"$f":"L119","v":2.0714474984408107E-2},null,null,2,"YES",null,null,null,null,null,null,"Hours per day on feedpad",{"$f":"G100","v":2},null,null,null,null,null,null,null,"% from dairy & to lagoon (pre-treated & to solid storage fraction)",null,{"$f":"IF(AA199=1,0,(AI193/24*AI194/365*AI197/100)*0.2)","v":2.7397260273972601E-2},null,"% to lagoon (pre-treated & to solid storage)",{"$f":"IF(AM206=3,AN193/24*AN194/365*IF(AA199=2,0.2,0),0)","v":0},null,5,"South.Australia",74,0.5,17,2,1]
[null,6,"Western.Australia","South West VIC",null,null,null,null,null,null,null,null,null,null,"DGAS estimated litres per annum",null,{"$f":"IF(Q194=0,(Q195/((Q196+Q197)/100)),Q194)","v":3000000},null,null,"Based on data entered here",null,"Energy consumption",{"$f":"L120+L121","v":8.9684515687677491E-2},null,null,"Selected",{"$f":"IF(G97=\"\",1,IF(G97=AA197,1,2))","v":2},null,null,null,null,null,null,"Days per annum on feedpad",{"$f":"H100","v":150},null,null,null,null,null,null,null,"% from feedpad and drains to paddock",null,{"$f":"IF(AH206=1,(AI198/24*AI199/365),0)","v":0},null,"% to solid storage",{"$f":"IF(AM206=4,AN193/24*AN194/365,0)","v":3.4246575342465752E-2},null,6,"Western.Australia",75,0.5,18,2,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"FPCM (kg per annum)",null,{"$f":"(Q199*1.03)*(0.2534+0.1226*Q196+0.0776*Q197)","v":3179301.0000000005},null,null,"Carbon sequestered using other tools",null,"Pre-farm embedded",{"$f":"SUM(L122:L124)","v":0.12640710598086252},null,null,null,null,null,null,null,null,null,null,"Milkers- feedpad",null,null,"Heifers- feedpad",null,null,null,null,null,"% from feedpad spread daily",null,{"$f":"IF(AH206=2,(AI198/24*AI199/365),0)*IF(AA199=2,0.8,1)","v":0},null,"% sum solid storage",{"$f":"AV196+AV198+AV199","v":3.4246575342465752E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"kg milk per cow per day",null,{"$f":"ROUND((Q200/D16/D33),1)","v":23.6},null,"Selected",{"$f":"IF(C73=T198,1,IF(C73=T199,2,3))","v":2},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% of feedpad spread daily going to SS",null,{"$f":"IF(AH206=2,(AI198/24*AI199/365*IF(AA199=2,0.2,0)),0)","v":0},null,"% drains to paddock",{"$f":"AV194","v":0},null,"Selected",{"$f":"VLOOKUP($D$12,$AY$194:$BD$200,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$AY$194:$BD$200,2,FALSE)","v":74},{"$f":"VLOOKUP($D$12,$AY$194:$BD$200,3,FALSE)","v":0.5},{"$f":"VLOOKUP($D$12,$AY$194:$BD$200,4,FALSE)","v":17},{"$f":"VLOOKUP($D$12,$AY$194:$BD$200,5,FALSE)","v":2},{"$f":"VLOOKUP($D$12,$AY$194:$BD$200,6,FALSE)","v":1}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"litres per cow per day",null,{"$f":"(Q199/D16/D33)","v":22.222222222222225},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,"Flushed & drains daily to the paddock",null,null,"Feedpad waste- heifers",1,"Flushed & drains daily to the paddock",null,null,null,"% from feedpad to lagoon without treatment",null,{"$f":"(IF(AH206=3,(AI198/24*AI199/365*IF(AA199=2,0.8,1)),0))","v":0},null,"% sum lagoon",{"$f":"AV197","v":0}]
[null,"Selected State",{"$f":"D12","v":"Victoria"},"Selected Region",{"$f":"H12","v":"Victoria- South West"},null,"Calves sold","Calves sold soon after birth ",null,null,null,null,null,null,null,null,null,null,"Milk production","litres per herd per annum",null,null,null,null,null,null,null,null,null,null,null,null,2,"Flushed & spread daily from a sump",null,null,null,2,"Flushed & spread daily from a sump",null,null,null,"% from feedpad and to lagoon but with pre-treatment to make it solid storage",null,{"$f":"(IF(AH206=3,(AI198/24*AI199/365*IF(AA199=2,0.2,0)),0))","v":0},null,"% sum sump and dispersal",{"$f":"AV195","v":0},null,"Milker MCF",null,{"$f":"AZ201*AS207","v":8.1095890410958908},{"$f":"BA201*AS208","v":0},{"$f":"BB201*AS206","v":0},{"$f":"BC201*AS205","v":0.12328767123287671},{"$f":"BD201*AS193","v":0.82876712328767121}]
[null,null,null,null,null,null,null,"Calves sold post-weaning ",null,null,null,null,null,null,"Average DMD",null,{"$f":"((D36*F36)+(D37*F37)+(D38*F38)+(D39*F39)+(D40*F40)+(D41*F41))/D42","v":75.735294117647058},null,null,"kg milksolids per herd per annum",null,null,null,null,null,null,null,null,null,null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,"% from feedpad to solid storage",null,{"$f":"IF(AH206=4,(AI198/24*AI199/365),0)","v":3.4246575342465752E-2},null,null,null,null,"Integrated MCF",null,null,null,null,null,{"$f":"SUM(AZ203:BD203)","v":9.0616438356164384}]
[null,null,null,null,null,null,"Selected",{"$f":"'Your Farm'!H223","v":2},null,null,null,null,null,null,"Average CP",null,{"$f":"((D36*H36)+(D37*H37)+(D38*H38)+(D39*H39)+(D40*H40)+(D41*H41))/D42","v":18.632352941176471},null,"Selected",{"$f":"IF(D29=T203,\"1\",\"2\")","v":"1"},null,null,null,null,null,null,null,null,null,null,null,null,4,"Scrapped & stockpiled ",null,null,null,4,"Scrapped & stockpiled ",null,null,null,"% sum solid storage",null,{"$f":"AS196+AS198+AS201+AS203+AS204","v":6.1643835616438353E-2}]
[null,null,null,null,null,null,null,{"$f":"IF(H205=1,H203,H204)","v":"Calves sold post-weaning "},null,null,null,null,null,null,"Average intake required",null,{"$f":"ROUND((1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2*1.1+((Q202*D33/365)*3.054/0.6/(0.00795*Q204-0.0014)/18.4),1)","v":17.100000000000001},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(F102=AH202,1,IF(F102=AH203,2,IF(F102=AH204,3,4)))","v":4},null,null,null,"Selected",{"$f":"IF(F107=AM202,1,IF(F107=AM203,2,IF(F107=AM204,3,4)))","v":4},null,null,null,"% drains to paddock",null,{"$f":"AS194+AS199","v":0},null,null,null,null,"Other stock MCF",null,{"$f":"AZ201*AV202","v":0},{"$f":"BA201*AV203","v":0},{"$f":"BB201*AV201","v":0},{"$f":"BC201*AV200","v":6.8493150684931503E-2},{"$f":"BD201*AV193","v":0.96575342465753422}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% sum lagoon",null,{"$f":"AS197+AS202","v":0.1095890410958904},null,null,null,null,"Integrated MCF",null,null,null,null,null,{"$f":"SUM(AZ206:BD206)","v":1.0342465753424657}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Net GHG emissions (kg)",null,{"$f":"K131*1000","v":3265565.0660959049},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% sum sump and dispersal",null,{"$f":"AS195+AS200","v":0}]
[null,"Your farm GHG emissions estimations",null,null,null,null,null,null,null,null,null,null,null,null,"EI (litres FPCM)",null,{"$f":"Q208/Q200","v":1.027133028956964},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Pasture","Lagoon","Sump/dispersal","Drain to paddock",null,"Solid storage",null,"Integrated MCF"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"EI (kg MS)",null,{"$f":"Q208/Q198","v":14.513622515981799},null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,"Victoria",84.29,11.6,1.1000000000000001,0.55000000000000004,null,2.46,null,9.5751000000000008]
[null,"Methane Calculation","Seasons","Milking Cows","Heifers >1 ","Heifers <1 ","Mature bulls","Bulls/steers < 1 yr age","Unweaned heifers","Unweaned bulls","Bulls/steers > 1 yr age",{"$f":"I28","v":0},"Inventory reference",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,"New.South.Wales",79.25,12.04,2.42,1.21,null,5.08,null,10.154]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"FPCM (kg per annum based on IDF equation)",null,{"$f":"Q200","v":3179301.0000000005},null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,"Tasmania",85.19,7.98,3.41,1.43,null,1.99,null,6.6955999999999998]
[null,"Feed Intake",null,"I = (1.185 +(0.00454 x W) - (0.0000026 x (W)^2) + ((0.315 x LWG)))^2 x MR + MI",null,null,null,null,null,null,null,null,"3A.1a_1",null,"Meat production",null,"Cull cows","Heifers < 1","Heifers > 1","Bulls","Other stock < 1","Other stock > 1",null,null,null,null,null,null,null,null,null,4,"Queensland",79.37,9.68,2.64,3.3,null,5.01,null,9.1526999999999994]
[null,null,"Annual",{"$f":"(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*D20)))^2*1.1+D218","v":17.318432000040413},{"$f":"(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*E20)))^2*1+E218","v":7.1609759999999989},{"$f":"(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*F20)))^2*1+F218","v":4.1127840000000004},{"$f":"(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*G20)))^2*1+G218","v":8.8387289999999989},{"$f":"(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*H20)))^2*1+H218","v":5.3084159999999994},null,null,{"$f":"(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*I20)))^2*1+K218","v":1.4042250000000001},"kg DM/head/day",null,null,"Cull cows",null,{"$f":"IF(AND(D22>0,D24=\"\"),(D22*D18),(D22*D24))","v":63250},4250,0,2400,40000,0,null,null,null,null,null,null,null,null,null,5,"South.Australia",80.67,10.81,3.52,0.66,null,4.34,null,9.0227000000000004]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total meat",null,{"$f":"SUM(Q214:V214)","v":109900},null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"Western.Australia",81.86,10.35,2.5299999999999998,1.54,null,3.72,null,8.9453999999999994]
[null,"Additional intake for milk production",null,"MI = MP x 1.03 x NE / k / qm / 18.4"]
[null,null,null,"MP x 1.03 (convert litres to kg milk) x 3.054 (MJ net energy/kg milk) / 0.6 / (0.00795 x DMD - 0.0014) / 18.4",null,null,null,null,null,null,null,null,"3A.1a_2"]
[null,null,"Annual",{"$f":"(Q202*1.03*D33/365)*3.054/0.6/((0.00795*F42)-0.0014)/18.4","v":8.663604500040412},{"$f":"0*3.054/0.6/(0.00795*$D$44-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*$D$44-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*$D$44-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*$D$44-0.0014)/18.4","v":0},null,null,{"$f":"0*3.054/0.6/(0.00795*$D$44-0.0014)/18.4","v":0},"kg DM/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default fractions",{"$f":"D12","v":"Victoria"},{"$f":"VLOOKUP($AG$218,$AG$210:$AO$216,2,FALSE)","v":84.29},{"$f":"VLOOKUP($AG$218,$AG$210:$AO$216,3,FALSE)","v":11.6},{"$f":"VLOOKUP($AG$218,$AG$210:$AO$216,4,FALSE)","v":1.1000000000000001},{"$f":"VLOOKUP($AG$218,$AG$210:$AO$216,5,FALSE)","v":0.55000000000000004},null,{"$f":"VLOOKUP($AG$218,$AG$210:$AO$216,7,FALSE)","v":2.46},null,{"$f":"VLOOKUP($AG$218,$AG$210:$AO$216,9,FALSE)","v":9.5751000000000008}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milker User defined fractions",null,{"$f":"AS193*100","v":82.876712328767127},{"$f":"AS207*100","v":10.95890410958904},{"$f":"AS208*100","v":0},{"$f":"AS206*100","v":0},null,{"$f":"AS205*100","v":6.1643835616438354},null,{"$f":"BD204","v":9.0616438356164384}]
[null,"Daily Methane Yield (M)",null,"M = 20.7 x I/1000",null,null,null,null,null,null,null,null,"3A.1a_3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for milkers",null,{"$f":"IF($AD$194=1,AH218,AH219)","v":84.29},{"$f":"IF($AD$194=1,AI218,AI219)","v":11.6},{"$f":"IF($AD$194=1,AJ218,AJ219)","v":1.1000000000000001},{"$f":"IF($AD$194=1,AK218,AK219)","v":0.55000000000000004},null,{"$f":"IF($AD$194=1,AM218,AM219)","v":2.46},null,{"$f":"IF($AD$194=1,AO218,AO219)","v":9.5751000000000008}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default other stock fractions",null,100,0,0,0,null,0,null,{"$f":"IF(OR(B18=\"Queensland\",B18=\"Northern.Territory\"),2,1)","v":1}]
[null,null,"Annual",{"$f":"20.7*D214/1000","v":0.35849154240083653},{"$f":"20.7*E214/1000","v":0.14823220319999997},{"$f":"20.7*F214/1000","v":8.5134628800000001E-2},{"$f":"20.7*G214/1000","v":0.18296169029999995},{"$f":"20.7*H214/1000","v":0.10988421119999998},1.8249999999999999E-2,2.0809999999999999E-2,{"$f":"20.7*K214/1000","v":2.9067457500000001E-2},"kg CH4/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock User defined fraction",null,{"$f":"AV193*100","v":96.575342465753423},{"$f":"AV197*100","v":0},{"$f":"AV203*100","v":0},{"$f":"AV201*100","v":0},null,{"$f":"AV200*100","v":3.4246575342465753},null,{"$f":"BD207","v":1.0342465753424657}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock",null,{"$f":"IF($AD$194=1,AH221,AH222)","v":100},{"$f":"IF($AD$194=1,AI221,AI222)","v":0},{"$f":"IF($AD$194=1,AJ221,AJ222)","v":0},{"$f":"IF($AD$194=1,AK221,AK222)","v":0},null,{"$f":"IF($AD$194=1,AM221,AM222)","v":0},null,{"$f":"IF($AD$194=1,AO221,AO222)","v":1}]
[null,"Annual Australian methane production (Gg) for all classes of dairy cattle across all states"]
[null,null,null,"E =(365 x N x M) x 10^-6 for > 1, (281 x N x M) x 10^-6 for weaned 0-1 years and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"4A.1a_7"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"New IDF (2022)-aligned method of estimating milk and meat allocations and emissions intensities"]
[null,null,"Annual",{"$f":"(365*D16*D222)*10^-6","v":5.8882235839337396E-2},{"$f":"(365*E16*E222)*10^-6","v":6.4925705001599989E-3},{"$f":"(281*F16*F222)*10^-6","v":2.9903538366000001E-3},{"$f":"(365*G16*G222)*10^-6","v":5.3424813567599981E-4},{"$f":"(281*H16*H222)*10^-6","v":3.0877463347199993E-3},{"$f":"(84*F16*I222)*10^-6","v":1.9162499999999998E-4},{"$f":"(84*H16*J222)*10^-6","v":1.74804E-4},{"$f":"(365*I16*K222)*10^-6","v":0},"Gg CH4/farm/annum"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Liveweight Cull Cows (inc bulls)",{"$f":"D22*D24+G22*G24","v":65650}]
[null,"Grand Total",{"$f":"SUM(D227:K227)","v":7.23535836464934E-2},null,null,null,null,null,null,null,null,"Gg CH4/year/farm",null,null,"Liveweight Calves at Birth",{"$f":"IF(H205=1,J22*J24,0)","v":0}]
[null,"Grand Total ",{"$f":"C229*25","v":1.8088395911623349},null,null,null,null,null,null,null,null,"Gg CO2-e/year/farm",null,null,"Liveweight Calves Weaned",{"$f":"IF(H205=2,J22*J24,0)","v":22575}]
[null,"Grand Total ",{"$f":"C230*10^3","v":1808.839591162335},null,null,null,null,null,null,null,null,"t CO2-e/year/farm",null,null,"Liveweight Fattened Dairy Livestock",{"$f":"SUMPRODUCT(E22:F22,E24:F24)","v":4250}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Liveweight Fattened Other Livestock",{"$f":"SUMPRODUCT(H22:I22,H24:I24)","v":40000}]
[null,"Methane from waste",null,"Milking Cows","Heifers >1 ","Heifers <1 ","Mature bulls","Bulls/steers < 1 yr age","Unweaned heifers","Unweaned bulls","Bulls/steers >1 yr age",{"$f":"I28","v":0},"Inventory reference",null,"Total Liveweight Sold",{"$f":"SUM(P228:P232)","v":132475}]
[null,"Ash content (A)",0.08,null,null,null,null,null,null,null,null,"fraction"]
[null,"Emission potential (Bo)",0.24,null,null,null,null,null,null,null,null,"m3 CH4/kg VS",null,null,null,"Factor","Dairy","% of Dairy Meat","All Meat","% of All Meat"]
[null,"Density of methane (r)",0.6784,null,null,null,null,null,null,null,null,"kg/m3",null,null,"Energy Demand Cull Cows",15,{"$f":"P228*P236","v":984750},{"$f":"Q236/$Q$241","v":0.71873004287929931},{"$f":"P228*P236","v":984750},{"$f":"S236/$S$241","v":0.54402320281748495}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Calves at Birth",27.5,{"$f":"P229*P237","v":0},{"$f":"Q237/$Q$241","v":0},{"$f":"P229*P237","v":0},{"$f":"S237/$S$241","v":0}]
[null,"Volatile solids (VS) ","VS = (I x (1 - DMD) + (0.04 x I)) x (1 - A)",null,null,null,null,null,null,null,null,null,"4B.1a_1",null,"Energy Demand Calves Weaned",15,{"$f":"P230*P238","v":338625},{"$f":"Q238/$Q$241","v":0.24714898275704772},{"$f":"P230*P238","v":338625},{"$f":"S238/$S$241","v":0.18707271597265382}]
[null,null,"Annual",{"$f":"(D214*(1-(F42/100))+(0.04*D214))*(1-$C$234)","v":4.5034035587869798},{"$f":"(E214*(1-($D$44/100))+(0.04*E214))*(1-$C$234)","v":1.9105483967999999},{"$f":"(F214*(1-($D$44/100))+(0.04*F214))*(1-$C$234)","v":1.0972907712000002},{"$f":"(G214*(1-($D$44/100))+(0.04*G214))*(1-$C$234)","v":2.3581728971999998},{"$f":"(H214*(1-($D$44/100))+(0.04*H214))*(1-$C$234)","v":1.4162853888},0.26850000000000002,0.30030000000000001,{"$f":"(K214*(1-($D$44/100))+(0.04*K214))*(1-$C$234)","v":0.37464723000000005},"kg/head/day",null,null,"Energy Demand Fattened Dairy Livestock",11,{"$f":"P231*P239","v":46750},{"$f":"Q239/$Q$241","v":3.4120974363652953E-2},{"$f":"P231*P239","v":46750},{"$f":"S239/$S$241","v":2.582694565292452E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Fattened Other Livestock",11,null,{"$f":"Q240/$Q$241","v":0},{"$f":"P232*P240","v":440000},{"$f":"S240/$S$241","v":0.24307713555693666}]
[null,"Methane production from manure","M = VS x Bo x MCF x r ",null,null,null,null,null,null,null,null,null,"4B.1a_2",null,"Total Energy Demand Meat",null,{"$f":"SUM(Q236:Q240)","v":1370125},{"$f":"SUM(R236:R240)","v":0.99999999999999989},{"$f":"SUM(S236:S240)","v":1810125},{"$f":"SUM(T236:T240)","v":1}]
[null,null,"MCF = Integrated methane conversion factor - based on the proportion  of different manure management regimes"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Milk",3.1,{"$f":"Q200*P243","v":9855833.1000000015},null,{"$f":"Q243","v":9855833.1000000015}]
[]
[null,null,"Methane for each manure management system and MCF associated, for each class of cattle separately",null,null,null,null,null,null,null,null,null,null,null,"Total Energy Demand",null,{"$f":"Q243+Q241","v":11225958.100000001},null,{"$f":"S243+S241","v":11665958.100000001}]
[]
[null,null,"Annual",{"$f":"D239*$C$235*I102%*$C$236","v":7.0207137455133212E-2},{"$f":"E239*$C$235*I107%*$C$236","v":3.110678477733888E-3},{"$f":"F239*$C$235*I107%*$C$236","v":1.7865649420369923E-3},{"$f":"G239*$C$235*I107%*$C$236","v":3.8394827843051512E-3},{"$f":"H239*$C$235*I107%*$C$236","v":2.3059392186286077E-3},{"$f":"I239*$C$235*I107%*$C$236","v":4.3716095999999998E-4},{"$f":"J239*$C$235*I107%*$C$236","v":4.8893644799999998E-4},{"$f":"K239*$C$235*I107%*$C$236","v":6.0998563399680011E-4},"kg CH4/head/day",null,null,"% Milk of Energy",null,{"$f":"Q243/Q245","v":0.87795028381586426},null,{"$f":"S243/S245","v":0.84483700485774937}]
[]
[null,"The annual methane production (Gg) from the manure of dairy cattle",null,null,null,null,null,null,null,null,null,null,null,null,"Milk only C02 (Electricity + Pre-farmgate feed+ purhhased milkers and heifers)",{"$f":"K120+K122+K123+AD234","v":505}]
[null,null,"Total = (365 x N x M) x 10^-6 for > 1 yr olds, (281 x N x M) x 10^-6 for 0 to 1 yr olds and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,null,"4B.1a_3",null,"Meat only CO2 (Other Livestoc + purchased bulls and Other stock)",{"$f":"H126+I126+AF234","v":96.843980028017668}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Dairy Livestock CO2 (Dairy Livestock)",{"$f":"SUM(D126:G126)","v":2314.7998852589021}]
[null,null,"Annual",{"$f":"(365*D16*D247)*10^-6","v":1.153152232700563E-2},{"$f":"(365*E16*E247)*10^-6","v":1.3624771732474429E-4},{"$f":"(281*F16*F247)*10^-6","v":6.2753093589049353E-5},{"$f":"(365*G16*G247)*10^-6","v":1.1211289730171041E-5},{"$f":"(281*H16*H247)*10^-6","v":6.4796892043463884E-5},{"$f":"(84*F16*I247)*10^-6","v":4.5901900800000001E-6},{"$f":"(84*H16*J247)*10^-6","v":4.1070661631999999E-6},{"$f":"(365*I16*K247)*10^-6","v":0},"Gg CH4/farm/annum",null,null,"General Farm CO2 (Fertiliser + Fuel - Trees)",{"$f":"K118+K119+K121+K124+K129","v":348.92120080898553}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Farm CO2",{"$f":"SUM(P249:P252)","v":3265.5650660959054}]
[null,"Grand total",{"$f":"SUM(D252:K252)","v":1.1815228575936259E-2},null,null,null,null,null,null,null,null,"Gg CH4/farm/year"]
[null,"Grand total",{"$f":"C254*25","v":0.29538071439840646},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year",null,null,"Total milk CO2 allocated emissions",{"$f":"P249+P251*Q247+P252*S247","v":2832.0607584628156},null,{"$f":"P255*1000/Q200","v":0.89078094790735929},"kg CO2 / kg FPCM"]
[null,"Grand total",{"$f":"C255*10^3","v":295.38071439840644},null,null,null,null,null,null,null,null,"t CO2-e/farm/year",null,null,"Total meat CO2 allocated emissions",{"$f":"P250+P251*(1-Q247)+P252*(1-S247)","v":433.50430763308952},null,{"$f":"P255*1000/Q198","v":12.58693670427918},"kg CO2 / kg MS"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"P256*1000/P233","v":3.2723480478059224},"kg CO2 / kg LW"]
[null,"Faecal nitrous oxide calculation","Seasons","Milking Cows","Heifers >1 ","Heifers <1 ","Mature bulls","Bulls/steers < 1 yr age","Unweaned heifers","Unweaned bulls","Bulls/steers > 1 yr age","Units","Inventory reference",null,"% of total CO2 allocated to milk ",{"$f":"P255/P253","v":0.86724983307364967}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% of total CO2 allocated to meat",{"$f":"P256/P253","v":0.13275016692635028}]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP",null,null,null,null,null,null,null,null,"3B.1a_4"]
[null,null,"Annual",{"$f":"D214*H42%","v":3.2268313741251773},{"$f":"E214*D45%","v":1.4321951999999998},{"$f":"F214*D45%","v":0.82255680000000009},{"$f":"G214*D45%","v":1.7677457999999999},{"$f":"H214*D45%","v":1.0616831999999998},null,null,{"$f":"K214*D45%","v":0.28084500000000001},"kg/head/day",null,null,"Meat Allocation Detail","kg LW sold",null,"tonnes of CO2","% of Meat","% of CO2","kg CO2 / kg LW"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cull Cows/bulls",{"$f":"P228","v":65650},null,{"$f":"$P$251*(1-$Q$247)*R236+$P$252*(1-$S$247)*T236","v":232.50932302173999},{"$f":"R262/$R$267","v":0.53634835670083314},{"$f":"S262*$P$259","v":7.1200333882709257E-2},{"$f":"R262*1000/P262","v":3.5416500079472959}]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25",null,null,null,null,null,null,null,null,"3B.1a_6",null,"Calves at Birth",0,null,{"$f":"$P$251*(1-$Q$247)*R237+$P$252*(1-$S$247)*T237","v":0},{"$f":"R263/$R$267","v":0},{"$f":"S263*$P$259","v":0},{"$error":"#DIV/0!"}]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 ",null,null,null,null,null,null,null,null,null,null,"Calves Weaned",22575,null,{"$f":"$P$251*(1-$Q$247)*R238+$P$252*(1-$S$247)*T238","v":79.95274892941022},{"$f":"R264/$R$267","v":0.18443357429583107},{"$f":"S264*$P$259","v":2.4483587774595E-2},3.5416500079472963]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen",null,null,null,null,null,null,null,null,null,null,"Fattened Dairy Livestock",4250,null,{"$f":"$P$251*(1-$Q$247)*R239+$P$252*(1-$S$247)*T239","v":11.038142524769073},{"$f":"R265/$R$267","v":2.5462590175947142E-2},{"$f":"S265*$P$259","v":3.3801630962342301E-3},2.5972100058280172]
[null,null,"Annual",{"$f":"(0.3*((D261*(1-((F42+10)/100))))+(0.105*((0.1604*F42-1.037)*D214*0.008))+(0.0152*D214))/6.25","v":9.007452710366684E-2},{"$f":"(0.3*((E261*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*E214*0.008))+(0.0152*E214))/6.25","v":3.8307348944179198E-2},{"$f":"(0.3*((F261*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*F214*0.008))+(0.0152*F214))/6.25","v":2.2001170206412804E-2},{"$f":"(0.3*((G261*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*G214*0.008))+(0.0152*G214))/6.25","v":4.7282420165356796E-2},{"$f":"(0.3*((H261*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*H214*0.008))+(0.0152*H214))/6.25","v":2.8397154808627194E-2},8.2000000000000007E-3,4.1999999999999997E-3,{"$f":"(0.3*((K261*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*K214*0.008))+(0.0152*K214))/6.25","v":7.5118443451200004E-3},"kg/head/day",null,null,"Fattened Other Livestock",40000,null,{"$f":"P250+P252*(1-S247)*T240","v":110.00409315717022},{"$f":"R266/$R$267","v":0.25375547882738864},{"$f":"S266*$P$259","v":3.3686082172811785E-2},2.7501023289292554]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Meat",132475,null,{"$f":"SUM(R262:R266)","v":433.50430763308952},{"$f":"SUM(S262:S266)","v":1},{"$f":"SUM(T262:T266)","v":0.13275016692635028},3.2723480478059224]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP x 1.03/6.38) + {0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)} /6.25",null,null,null,null,null,null,null,null,"3B.1a_5"]
[]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)",null,null,null,null,null,null,null,null,null,"Table 5.A.3"]
[null,null,null,"Milking Cows","Heifers >1","Heifers <1","Mature bulls","Dairy Bulls <1","Dairy Bulls >1"]
[null,1,"Victoria",590,590,590,770,770,770]
[null,2,"New.South.Wales",590,590,590,770,770,770]
[null,3,"Tasmania",590,590,590,770,770,770]
[null,4,"Queensland",590,590,590,770,770,770]
[null,5,"South.Australia",590,590,590,770,770,770]
[null,6,"Western.Australia",590,590,590,770,770,770]
[null,7,"Northern.Territory",590,590,590,770,770,770]
[null,"Selected",{"$f":"VLOOKUP($D$12,$C$272:$H$278,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($C$196,$C$272:$H$278,2,FALSE)","v":590},{"$f":"VLOOKUP($C$196,$C$272:$H$278,3,FALSE)","v":590},{"$f":"VLOOKUP($C$196,$C$272:$H$278,4,FALSE)","v":590},{"$f":"VLOOKUP($C$196,$C$272:$H$278,5,FALSE)","v":770},{"$f":"VLOOKUP($C$196,$C$272:$H$278,6,FALSE)","v":770},{"$f":"VLOOKUP($C$196,$C$272:$I$278,7,FALSE)","v":770}]
[null,null,"Z",{"$f":"IF(D279>0,D18/D279,0)","v":0.84745762711864403},0.59322033898305082,0.25423728813559321,0.77922077922077926,0.25974025974025972,0]
[]
[null,"L intake relative that that needed for maintenance",null,{"$f":"D214/(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2","v":2.2011155277265146},{"$f":"E214/(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*0)))^2","v":1.1876605782065544},{"$f":"F214/(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*0)))^2","v":1.2588653776622303},{"$f":"G214/(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*0)))^2","v":1},{"$f":"H214/(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*0)))^2","v":1.3418234679879608},{"$f":"K214/(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*0)))^2","v":1}]
[]
[null,null,"Annual",{"$f":"((0.032*(Q202*1.03*D33/365)/6.38)+((0.212-0.008*(D282-2)-((0.14-0.008*(D282-2))/(1+EXP(-6*(D$280-0.4)))))*(D20*0.92))/6.25)","v":9.4358798184967313E-2},{"$f":"((0.032*0)+((0.212-0.008*(E282-2)-((0.14-0.008*(E282-2))/(1+EXP(-6*(E$280-0.4)))))*(E20*0.92))/6.25)","v":1.102347690796146E-2},{"$f":"((0.032*0)+((0.212-0.008*(F282-2)-((0.14-0.008*(F282-2))/(1+EXP(-6*(F$280-0.4)))))*(F20*0.92))/6.25)","v":1.8030116065935624E-2},{"$f":"((0.032*0)+((0.212-0.008*(G282-2)-((0.14-0.008*(G282-2))/(1+EXP(-6*(G$280-0.4)))))*(G20*0.92))/6.25)","v":0},{"$f":"((0.032*0)+((0.212-0.008*(H282-2)-((0.14-0.008*(H282-2))/(1+EXP(-6*(H$280-0.4)))))*(H20*0.92))/6.25)","v":2.5540745990623968E-2},{"$f":"((0.032*0)+((0.212-0.008*(I282-2)-((0.14-0.008*(I282-2))/(1+EXP(-6*(I$280-0.4)))))*(I20*0.92))/6.25)","v":0},null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4  x W^0.75) / 6.25]",null,null,null,null,null,null,null,null,"3B.1a_7"]
[null,null,"Annual",{"$f":"(D261/6.25)-D284-D266-((1.1*10^-4*D18^0.75)/6.25)","v":0.32999872114773893},{"$f":"(E261/6.25)-E284-E266-((1.1*10^-4*E18^0.75)/6.25)","v":0.17839623002243715},{"$f":"(F261/6.25)-F284-F266-((1.1*10^-4*F18^0.75)/6.25)","v":9.0823437454211092E-2},{"$f":"(G261/6.25)-G284-G266-((1.1*10^-4*G18^0.75)/6.25)","v":0.23342324346170468},{"$f":"(H261/6.25)-H284-H266-((1.1*10^-4*H18^0.75)/6.25)","v":0.11499539112288647},5.4999999999999997E-3,5.0000000000000001E-3,{"$f":"(K261/6.25)-I284-K266-((1.1*10^-4*I18^0.75)/6.25)","v":3.7423355654880003E-2},"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6 for > 1 yr olds, (281 x N X F) x 10^-6 for 0 to 1 yr olds and (84 x N x F) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8a"]
[]
[null,null,"Annual",{"$f":"(365*D16*D266)*10^-6","v":1.4794741076777277E-2},{"$f":"(365*E16*E266)*10^-6","v":1.6778618837550489E-3},{"$f":"(281*F16*F266)*10^-6","v":7.7279110350024971E-4},{"$f":"(365*G16*G266)*10^-6","v":1.3806466688284183E-4},{"$f":"(281*H16*H266)*10^-6","v":7.9796005012242413E-4},{"$f":"(84*F16*I266)*10^-6","v":8.6100000000000006E-5},{"$f":"(84*H16*J266)*10^-6","v":3.5280000000000001E-5},{"$f":"(365*I16*K266)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6 for > 1 yr olds, (281 x N X U) x 10^-6 for 0 to 1 yr olds and (84 x N x U) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8b"]
[]
[null,null,"Annual",{"$f":"(365*D16*D287)*10^-6","v":5.4202289948516114E-2},{"$f":"(365*E16*E287)*10^-6","v":7.8137548749827469E-3},{"$f":"(281*F16*F287)*10^-6","v":3.1901732405791644E-3},{"$f":"(365*G16*G287)*10^-6","v":6.8159587090817762E-4},{"$f":"(281*H16*H287)*10^-6","v":3.2313704905531098E-3},{"$f":"(84*F16*I287)*10^-6","v":5.7749999999999994E-5},{"$f":"(84*H16*J287)*10^-6","v":4.1999999999999998E-5},{"$f":"(365*I16*K287)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen in the different manure management systems",null,"FNMMS = (AF x MMS) +(AU x MMS)"]
[]
[null,"Sum of faecal and urine N (AF and AU only)","Annual",{"$f":"(D291+D295)","v":6.8997031025293393E-2},9.4916167587377961E-3,3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,7.7279999999999992E-5,0,"Gg N/farm/annum"]
[]
[null,"Manure Management Systems  (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,null,null,null,null,null,"EF (kg N20-N kg/N excreted)"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"D299*$C$83%","v":8.0036555989340327E-3},{"$f":"E299*$C$84%","v":0},0,0,0,0,0,0,0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"D299*$D$83%","v":7.589673412782274E-4},{"$f":"E299*$D$84%","v":0},0,0,0,0,0,0,0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"D299*$E$83%","v":3.794836706391137E-4},{"$f":"E299*$E$84%","v":0},0,0,0,0,0,0,0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"D299*$F$83%","v":1.6973269632222176E-3},{"$f":"E299*$F$84%","v":0},0,0,0,0,0,0,5.0000000000000001E-3]
[]
[null,"MMS 14= Pasture range and paddock","Annual",{"$f":"D299*$G$83%","v":5.815759745121981E-2},{"$f":"E299*$G$84%","v":9.4916167587377961E-3},3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,7.7279999999999992E-5,0,0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D302,D304,D306,D308,D310)","v":6.8997031025293407E-2},{"$f":"SUM(E302,E304,E306,E308,E310)","v":9.4916167587377961E-3},3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,7.7279999999999992E-5,{"$f":"SUM(K302,K304,K306,K308,K310)","v":0},"Gg N/farm/annum","3B.1a_9a & 9b"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D302*$L$302)+(D304*$L$304)+(D306*$L$306)+(D308*$L$308))*44/28","v":1.3336140425317424E-5},0,0,0,0,0,0,0,"Gg N2O-Nkg/N excreted)","3B.1a_10c"]
[]
[null,"Indirect storage waste volatilised",null,"MNATMOS = (FN + UN) x FracGASM",null,null,null,null,null,null,null,"FracGASM (kg N2O-N/kg N excreted)"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Table 5.A.9"]
[null,"MMS 1 = Anaerobic lagoon",null,{"$f":"D302*$L$318","v":2.8012794596269115E-3},0,0,0,0,0,0,0,0.35]
[]
[null,"MMS 3a= Sump and dispersal",null,{"$f":"D304*$L$320","v":5.3127713889475924E-5},0,0,0,0,0,0,0,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock",null,{"$f":"D306*$L$322","v":7.5896734127822748E-5},0,0,0,0,0,0,0,0.2]
[]
[null,"MMS 4= Solid storage ",null,{"$f":"D308*$L$324","v":5.0919808896666529E-4},0,0,0,0,0,0,0,0.3]
[]
[null,"MMS 14= Pasture range and paddock",null,{"$f":"D310*$L$326","v":0},0,0,0,0,0,0,0,0,"3B.5a_1"]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,null,null,null,null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D318:D324)*$L$329*44/28","v":2.161972683583979E-5},0,0,0,0,0,0,0,4.0000000000000001E-3,"3B.5a_2"]
[]
[null,"Total indirect N2O lost through volatilisation of mauri in storage",null,{"$f":"SUM(D329:K329)*298*10^3","v":6.4426785970802571},null,null,null,null,null,null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,null,null,null,null,null,"FracWET ","3B.5a_3"]
[null,null,null,null,null,null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D308*$L$334*$L$336","v":5.0919808896666529E-4},0,0,0,0,0,0,0,"FracLEACH"]
[null,null,null,null,null,null,null,null,null,null,null,0.3]
[null,null,null,"E = MNLeach x EF x C",null,null,null,null,null,null,null,"EF"]
[null,null,null,{"$f":"D335*$L$338*44/28","v":6.0012631913928408E-6},0,0,0,0,0,0,0,7.4999999999999997E-3,"3B.5a_4"]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D338:K338)*298*10^3","v":1.7883764310350665},null,null,null,null,null,null,null,"t CO2e/annum"]
[]
[null,"Data Input",null,null,null,null,null,null,null,null,null,"Units","Inventory reference"]
[null,"N2O emissions from synthetic fertiliser"]
[null,"Mass of fertiliser applied (M)","M = TM x FN",null,null,null,null,null,null,null,null,null,"3D1_1"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FN = fraction of N applied to production system",null,null,null,null,null,null,null,null,null,"Appendix 6.H.1"]
[]
[null,"N Fertiliser Pastures",null,{"$f":"IF($T$187=1,($C$51*G51*10^-6),(G51*10^-3))","v":5.5E-2},null,null,null,null,null,null,null,"Gg N/annum"]
[null,"N Fertiliser Crops",null,{"$f":"IF($U$194=1,($C$53*G53)*10^-6,(G53*10^-3))","v":0},null,null,null,null,null,null,null,"Gg N/annum"]
[]
[null,"Annual N2O emissions from the addition of synthetic fertiliser (E)","E = (M x EF x Cg)",null,null,null,null,null,null,null,null,"Gg N2O/annum","3D1_2"]
[null,null,"EF = Emission factor",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Table 5.23"]
[]
[null,"Production system","Emission factor",null,"N Fertiliser Pastures",null,{"$f":"D348*$C$355*44/28","v":3.4571428571428573E-4},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated pasture",4.0000000000000001E-3,null,"N Fertiliser crops",null,{"$f":"D349*$C$356*44/28","v":0},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated crop",8.5000000000000006E-3]
[null,"Non-irrigated pasture",2E-3]
[null,"Non-irrigated crop",2E-3]
[null,"Sugar cane",1.9900000000000001E-2]
[null,"Cotton",5.4999999999999997E-3]
[null,"Horticulture",8.5000000000000006E-3]
[]
[]
[]
[]
[null,"Grand total from fertiliser application",{"$f":"SUM(G354:G355)","v":3.4571428571428573E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C366*298","v":0.10302285714285715},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C367*10^3","v":103.02285714285715},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"N2O emissions from animal waste (manure) applied to soils"]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil = (((AEMMS=1-13) - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13",null,null,null,null,null,null,null,null,null,"3DA_3"]
[null,null,"AE = mass of nitrogen excreted"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[null,null,null,"Milking cow","Heifer > 1","Heifer < 1","Mature bulls","Steers < 1","Unweaned heifers","Unweaned bulls","Steers > 1"]
[null,"MN Soil for lagoon","Annum",{"$f":"((D299*C83%)*(1-$L$302-$L$318))-0","v":5.2023761393071213E-3},{"$f":"((E299*$C$84%)*(1-$L$302-$L$318))-0","v":0},0,0,0,0,0,0]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"((D299*D83%)*(1-$L$304-$L$320))-0","v":7.058396273887514E-4},{"$f":"((E299*$D$84%)*(1-$L$304-$L$320))-0","v":0},0,0,0,0,0,0]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"((D299*E83%)*(1-$L$306-$L$322)-0)","v":3.0358693651129099E-4},{"$f":"((E299*$E$84%)*(1-$L$306-$L$322)-0)","v":0},0,0,0,0,0,0]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"((D299*F83%)*(1-$L$308-$L$324))-D335","v":6.7044415047277592E-4},{"$f":"((E299*$F$84%)*(1-$L$308-$L$324))-E335","v":0},0,0,0,0,0,0]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D378:D384)","v":6.88224685367994E-3},0,0,0,0,0,0,0]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg",null,null,null,null,null,null,null,null,null,"3DA_4"]
[null,null,"EF (manure) ",0.01]
[null,null,"Annum",{"$f":"$D$389*D386*44/28","v":1.0814959341497049E-4},0,0,0,0,0,0,0,"Gg N2O/farm/season"]
[]
[null,"Biological nitrogen fixation","M = P x R x DM x CC x NC",null,null,null,null,null,null,null,null,null,"4D1_5"]
[null,null,"M = mass of N fixed by crops and pastures",null,null,null,null,null,null,null,null,"Gg N","Not used currently"]
[null,null,"P = annual production of crop",null,null,null,null,null,null,null,null,"Gg"]
[null,null,"R = residue to crop ratio",null,null,null,null,null,null,null,null,"kg crop residue/kg crop"]
[null,null,"DM = dry matter content ",null,null,null,null,null,null,null,null,"kg dry weight/kg crop residue"]
[null,null,"CC = mass fraction of carbon in crop residue"]
[null,null,"NC = nitrogen to carbon ratio in crop residue"]
[]
[null,"Annual N2O production from N fixing crops","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_6"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[null,"The application of crop residues"]
[null,"The mass of N in crop residues returned to soils ","M = P x R x DM x CC x NC x (1- F - FFOD)",null,null,null,null,null,null,null,null,null,"4D1_7"]
[null,null,"M = mass of N in crop residues",null,null,null,null,null,null,null,null,null,"Not used currently"]
[null,null,"F = fraction of the crop that is burnt"]
[null,null,"FFOD = fraction of the crop that is removed"]
[]
[null,"Annual N2O production from crop residues ","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_8"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[]
[null,"Annual N2O production from cultivation of histosols","E = A x EF x Cg x 10^-6",null,null,null,null,null,null,null,null,"Gg N2O","4D1_9"]
[null,null,"A = area of cultivated histosols ",null,null,null,null,null,null,null,null,"ha","Not used currently"]
[null,null,"EF = 8",null,null,null,null,null,null,null,null,"kg N2O-N/ha"]
[]
[]
[]
[null,"Animal production"]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock",null,null,null,null,null,null,null,null,null,null,"3DA.3"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D291*G$83%","v":1.2470487253615568E-2},{"$f":"E291*$G$84%","v":1.6778618837550489E-3},7.7279110350024971E-4,1.3806466688284183E-4,7.9796005012242413E-4,8.6100000000000006E-5,3.5280000000000001E-5,0,"Gg N/farm/season"]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D295*$G$83%","v":4.5687110197604235E-2},{"$f":"E295*$G$84%","v":7.8137548749827469E-3},3.1901732405791644E-3,6.8159587090817762E-4,3.2313704905531098E-3,5.7749999999999994E-5,4.1999999999999998E-5,0,"Gg N/farm/season"]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)",null,null,null,null,null,null,null,null,null,"3DA_6"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"($D$432*D425*44/28)+($D$433*D429*44/28)","v":3.65562041121953E-4},5.9661591054923277E-5,2.4910061591356317E-5,5.152151951829265E-6,2.5327220541389072E-5,9.0420000000000017E-7,4.8576000000000003E-7,0,"Gg N2O/farm/season"]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D390+D435","v":4.7371163453692347E-4},5.9661591054923277E-5,2.4910061591356317E-5,5.152151951829265E-6,2.5327220541389072E-5,9.0420000000000017E-7,4.8576000000000003E-7,0,"Gg N2O/farm/season"]
[]
[null,"Grand total",{"$f":"SUM(D438:K438)","v":5.9015261967642143E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total",{"$f":"C440*298","v":0.17586548066357358},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total",{"$f":"C441*10^3","v":175.86548066357358},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"Atmospheric nitrogen deposition","M = TM x FracGASF",null,null,null,null,null,null,null,null,null,"3DB_1"]
[null,null,"M = mass of synthetic fertiliser volatilised ",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracGASF ",0.1,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D348*D447","v":5.5000000000000005E-3},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D349*D447","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil",null,null,null,null,null,null,null,null,null,"3DB_2"]
[null,null,"FracGASM = ",0.2,null,null,null,null,null,null,null,null,"Table 6.31"]
[]
[null,"Animal waste","Annum",{"$f":"(D425+D429+D386)*D455","v":1.3007968860979949E-2},{"$f":"(E425+E429+E386)*$D$455","v":1.8983233517475594E-3},7.9259286881588279E-4,1.639321075582039E-4,8.0586610813510691E-4,2.8770000000000001E-5,1.5455999999999999E-5,0,"Gg N/farm/season"]
[]
[null,"The mass of savanna burning and field burning of agricultural residue NOx-N emissions that volatilise (M)","M = E / (46/14)",null,null,null,null,null,null,null,null,"Gg N","4D3_3"]
[null,null,"E = NOx emissions from savanna burning and field burning of agricultural residues",null,null,null,null,null,null,null,null,"Gg NOx","Not used currently"]
[null,null,"46/14 = factor to convert elemental mass of NOx to molecular mass"]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"3DB_4"]
[null,null,"M = mass of N volatilised from subset k",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF ",4.0000000000000001E-3,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D449*D465*44/28","v":3.4571428571428574E-5},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D450*D465*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D457*$D$465*44/28","v":8.1764375697588259E-5},1.1932318210984659E-5,4.9820123182712631E-6,1.030430390365853E-6,5.0654441082778151E-6,1.8084000000000002E-7,9.7152000000000009E-8,0,"Gg N2O/farm/annum"]
[]
[null,"Total","Annum",{"$f":"SUM(D467:D468)+SUM(D472:K472)","v":1.3962400129691644E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[null,"Grand total",{"$f":"SUM(D474:D474)","v":1.3962400129691644E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from indirect ammonia losses",{"$f":"C476*298","v":4.1607952386481101E-2},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[null,"Leaching of organic nitrogen and subsequent denitrification in rivers and estuaries"]
[null,"The mass of fertiliser N applied to soils that is lost through leaching and runoff (M)","M = M x FracWET x FracLEACH",null,null,null,null,null,null,null,null,null,"3DB_5"]
[null,null,"M = mass of fertiliser in each production system",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracWET =",1,null,null,null,null,null,null,null,null,"Appendix 5.J.1"]
[null,null,"FracLEACH = ",0.3,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D348*D482*D483","v":1.6500000000000001E-2},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D349*D482*D483","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,null,null,null,null,null,"Gg N/farm/season","3DB_6"]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[]
[null,null,"Annum",{"$f":"SUM(D386,D429,D425)*$D$482*$D$483","v":1.9511953291469923E-2},2.8474850276213387E-3,1.1888893032238241E-3,2.458981613373058E-4,1.2087991622026601E-3,4.3154999999999996E-5,2.3183999999999997E-5,0,"Gg N/farm/season"]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"3DB_10"]
[null,null,"M = mass of N lost through leaching and runoff",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF",7.4999999999999997E-3,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D485*D499*44/28","v":1.9446428571428571E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D486*D499*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"$D$499*D495*44/28","v":2.2996230664946695E-4},3.3559644968394347E-5,1.4011909645137926E-5,2.8980854729039613E-6,1.4246561554531351E-5,5.0861249999999991E-7,2.7323999999999998E-7,0,"Gg N2O/farm/season"]
[]
[null,"Total","Annum",{"$f":"SUM(D501:D502)+SUM(D506:K506)","v":4.8992464650472029E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,"Grand total",{"$f":"SUM(D508:D508)","v":4.8992464650472029E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"C509*298","v":0.14599754465840664},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
["Carbon sequestration potential of trees"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"M514+1","v":11},{"$f":"N513+1","v":12},13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30]
[null,"Years",0,{"$f":"C514+1","v":1},2,3,4,5,6,7,8,9,10]
[null,null,null,null,null,null,null,null,null,null,null,null,null,244,269,293,316,333,356,374,391,407,422,436,449,461,472,482,492,502,510,518,526]
[null,"High",0,2,5,19,41,68,98,128,159,188,217,169,191,213,234,254,272,290,306,322,337,351,364,377,388,399,410,420,430,439,447]
[null,"Med-High",0,0,1,5,16,32,52,75,98,122,146,99,115,131,147,163,179,196,211,227,242,258,273,287,301,316,329,343,356,369,382]
[null,"Med",0,0,1,5,10,19,29,41,54,68,83,42,53,65,78,91,104,118,132,146,159,173,187,201,214,228,241,254,267,279,291]
[null,"Med-Low",0,0,0,0,1,3,6,10,16,23,32,28,35,43,52,60,69,78,87,97,106,115,124,133,142,151,160,168,177,185,193]
[null,"Low",0,0,0,0,1,2,4,7,11,16,21]
[]
[null,null,"Rainfall","from","to","weight","C content","from","to"]
[1,"Counter","mm/yr","m3/ha/yr",null,"dry-tonne/ m3",null,"t CO2e/ha"]
[2,"None",0,0,0,0,0,0,0]
[3,"Generic softwoods",600,15,30,0.43,0.5,{"$f":"D525*F525*G525*3.7","v":11.932500000000001},{"$f":"E525*F525*G525*3.7","v":23.865000000000002}]
[4,"Pinus Radiata - Pine",600,15,30,0.43,0.5,{"$f":"D526*F526*G526*3.7","v":11.932500000000001},{"$f":"E526*F526*G526*3.7","v":23.865000000000002}]
[5,"Generic hardwood",{"$f":"AVERAGE(C528:C531)","v":775},15,32.5,0.63,0.5,17.482499999999998,37.878750000000004]
[6,"Eucalyptus globulus - Blue gum",700,15,35,0.63,0.5,{"$f":"D528*F528*G528*3.7","v":17.482499999999998},{"$f":"E528*F528*G528*3.7","v":40.792500000000004}]
[7,"Eucalyptus nitens - Shining gum",800,15,35,0.63,0.5,{"$f":"D529*F529*G529*3.7","v":17.482499999999998},{"$f":"E529*F529*G529*3.7","v":40.792500000000004}]
[8,"Eucalyptus saligna - Sydney blue gum",800,15,30,0.63,0.5,{"$f":"D530*F530*G530*3.7","v":17.482499999999998},{"$f":"E530*F530*G530*3.7","v":34.964999999999996}]
[9,"Eucalyptus grandis - Rose gum",800,15,30,0.63,0.5,{"$f":"D531*F531*G531*3.7","v":17.482499999999998},{"$f":"E531*F531*G531*3.7","v":34.964999999999996}]
[10,"Comybia maculata - Spotted gum",600,8,20,0.63,0.5,{"$f":"D532*F532*G532*3.7","v":9.3239999999999998},{"$f":"E532*F532*G532*3.7","v":23.31}]
[11,"Mixed hardwoods",{"$f":"AVERAGE(C534:C538)","v":530},3,8.8000000000000007,0.63,0.5,3.4964999999999997,10.256399999999999]
[12,"Acacia melanoxylon - Blackwood",750,4,10,0.63,0.5,{"$f":"D534*F534*G534*3.7","v":4.6619999999999999},{"$f":"E534*F534*G534*3.7","v":11.654999999999999}]
[13,"Eucalyptus camaldulensis - River red gum",500,5,10,0.63,0.5,{"$f":"D535*F535*G535*3.7","v":5.8274999999999997},{"$f":"E535*F535*G535*3.7","v":11.654999999999999}]
[14,"Eucalyptus sideroxylon - Ironbark",500,2,8,0.63,0.5,{"$f":"D536*F536*G536*3.7","v":2.331},{"$f":"E536*F536*G536*3.7","v":9.3239999999999998}]
[15,"Eucalyptus cladocalyx - Sugar gum",400,2,8,0.63,0.5,{"$f":"D537*F537*G537*3.7","v":2.331},{"$f":"E537*F537*G537*3.7","v":9.3239999999999998}]
["Selected","Casuarina cunninghamiana - She oak",500,2,8,0.63,0.5,{"$f":"D538*F538*G538*3.7","v":2.331},{"$f":"E538*F538*G538*3.7","v":9.3239999999999998}]
[null,{"$f":"VLOOKUP(#REF!,$B$524:$I$538,1,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$524:$I$538,2,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$524:$I$538,3,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$524:$I$538,4,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$524:$I$538,5,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$524:$I$538,6,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$524:$I$538,7,FALSE)","v":{"$error":"#REF!"}},{"$f":"VLOOKUP(#REF!,$B$524:$I$538,8,FALSE)","v":{"$error":"#REF!"}}]
[]
[1,"Rainfall Selection","t CO2e/ha",null,"Results",null,"Non-DGAS estimated",{"$f":"T201","v":2}]
[2,"High (>700)",{"$f":"IF(B545=\"High (>700)\",F542,FALSE)","v":{"$error":"#N/A"}},null,{"$f":"H539","v":{"$error":"#REF!"}},{"$f":"I539","v":{"$error":"#REF!"}}]
[3,"Med (500 - 700)",{"$f":"IF(B545=\"Med (500 - 700)\",AVERAGE(E542:F542),FALSE)","v":{"$error":"#N/A"}},null,null,null,"Carbon sequestered (t CO2/ha)",{"$f":"D82","v":"Sump dispersal"}]
["Selected","Low (<500)",{"$f":"IF(B545=\"Low (<500)\",E542,FALSE)","v":{"$error":"#N/A"}}]
[null,{"$f":"VLOOKUP($H$73,B542:B544,1,FALSE)","v":{"$error":"#N/A"}},null,null,"Amount carbon sequestered (t CO2/ha)",null,{"$f":"IF(H541=1,0,IF(H541=3,AVERAGE(C542:C544),H543))","v":"Sump dispersal"}]
[]
[]
[null,"Energy - Fuel and Electricity"]
[]
[null,"Data Input",null,null,null,"Units"]
[null,"Annual diesel consumption (F)",{"$f":"C65/1","v":15000},null,null,"L/year"]
[null,"Energy density for diesel (D)",38.6,null,null,"Gg/kL"]
[null,"Oxidation factor for CO2 (P)",99,null,null,"%"]
[null,"Emission factor for CO2 (ADO) (EF)",69.900000000000006,null,null,"Gg CO2/PJ"]
[null,"Annual electricity use (F)",{"$f":"C63","v":175000},null,null,"kWh"]
[null,"Emission factor (electricity) (EF)",{"$f":"E594","v":1.4E-3},null,null,"Tonnes CO2-e/KWh"]
[]
[]
[null,"CO2 emissions from diesel use","E = F x D x P x EF x 10^-6"]
[null,null,"F = annual diesel consumption"]
[null,null,"D = energy density for diesel"]
[null,null,"P = oxidation factor for CO2"]
[null,null,"EF = Emission factor"]
[]
[null,null,{"$f":"$C$551*$C$552*$C$553%*$C$554*10^-6","v":40.067378999999995},null,null,"Gg CO2"]
[]
[null,"CO2 emission factor for ADO",null,null,null,"g CO2/PJ"]
[null,null,"CH4","N2O","NOx","CO","NMVOC","SO2"]
[null,null,0.01,2E-3,1.36,0.54100000000000004,0.189,0.11600000000000001]
[]
[null,"CO2 emissions from diesel use for non-CO2 gasses",null,null,null,"t CO2-e"]
[null,null,{"$f":"$C$551*$C$552*$C$553%*C569*10^-6","v":5.7321000000000004E-3},1.14642E-3,0.77956560000000008,0.31010661,0.10833669,6.649236E-2]
[null,"Total CO2-e emissions from diesel use",{"$f":"C565+C572+D572+E572+F572+G572+H572","v":41.338758779999992},null,null,"t CO2-e"]
[null,"Manufacturing of diesel",{"$f":"C551/1000*0.611","v":9.1649999999999991}]
[]
[null,"CO2 emissions from electricity use","E = F x EF"]
[null,null,"F = Annual electricity use"]
[null,null,"EF = emission factor"]
[]
[null,null,{"$f":"C555*C556","v":245},null,null,"t CO2-e"]
[]
[null,"Total CO2-e emissions from diesel and electricity",{"$f":"C573+C574+C580","v":295.50375878},null,null,"t CO2-e"]
[]
[null,"Australian Current Best Performance for Fuel Class"]
[1,"Fuel type","Thermal efficiency (%)","kg CO2/MWh","t CO2/kWh"]
[2,"Black Coal ",30,1000,{"$f":"D586*10^-6","v":1E-3}]
[3,"Brown Coal-Victorian ",25,1400,{"$f":"D587*10^-6","v":1.4E-3}]
[4,"Brown Coal-Sth Australia",30,1080,{"$f":"D588*10^-6","v":1.08E-3}]
[5,"Natural Gas-Steam ",5.9,510,5.0999999999999993E-4]
[6,"Natural Gas-Turbine",37.549999999999997,494,4.9399999999999997E-4]
[7,"Diesel ",37,681,6.8099999999999996E-4]
[8,"Cogen -Oil fired steam",83.8,314,3.1399999999999999E-4]
["Selected","Hydro or other clean Power",null,0,0]
[null,{"$f":"VLOOKUP($G$63,$B$586:$E$593,1,FALSE)","v":"Brown Coal-Victorian "},{"$f":"VLOOKUP($G$63,$B$586:$E$593,2,FALSE)","v":25},{"$f":"VLOOKUP($G$63,$B$586:$E$593,3,FALSE)","v":1400},{"$f":"VLOOKUP($G$63,$B$586:$E$593,4,FALSE)","v":1.4E-3}]
[]
[]
[null,"Pre-farm embedded and fertiliser inputs"]
[]
[null,"Product","Amount (t DM)","Emission factor","GHG emissions (t CO2e)"]
[null,"Pasture hay",{"$f":"C68","v":200},0.25,{"$f":"C600*D600","v":50}]
[null,"Pasture silage",{"$f":"G68","v":0},0.25,{"$f":"C601*D601","v":0}]
[null,"Grain/concentrates",{"$f":"C70","v":700},0.3,{"$f":"C602*D602","v":210}]
[null,"By-products",{"$f":"G70","v":180},0,{"$f":"C603*D603","v":0}]
[null,"Total",null,null,{"$f":"SUM(E600:E603)","v":260}]
[]
[null,"N fertiliser (urea Emission factor)",{"$f":"(SUM(D348:D349)*10^3)","v":55},0.89100000000000001,{"$f":"C606/0.46*D606","v":106.53260869565217}]
[null,"P fertiliser (TSP emission factor)",{"$f":"IF($U$194=1,((E58*$C$58)+(E60*$C$60))/1000,(E58+E60))","v":10},0.83399999999999996,{"$f":"C607/0.18*D607","v":46.333333333333336}]
[null,"K fertiliser (MOP emission factor)",{"$f":"IF($U$194=1,((F58*$C$58)+(F60*$C$60))/1000,(F58+F60))","v":3},0.13100000000000001,{"$f":"C608/0.5*D608","v":0.78600000000000003}]
[null,"S fertiliser (TSP emission factor)",{"$f":"IF($U$194=1,((G58*$C$58)+(G60*$C$60))/1000,(G58+G60))","v":3},0.83399999999999996,{"$f":"C609/0.18*D609","v":13.9}]
[null,"Lime",{"$f":"IF($U$194=1,((H58*$C$58)+(H60*$C$60))/1000,(H58+H60))","v":150},1.9E-2,{"$f":"C610*D610","v":2.85}]
[null,"Total",null,null,{"$f":"IF(C607>C609,E607,E609)+E606+E608+E610","v":156.5019420289855}]

{"sheet":"2022 Methodology Comparison","index":30,"n_rows":817,"n_cols":232,"rows_kept":817,"cut":false,"hidden":false,"merged":[[536,11,536,12],[537,11,537,12],[603,1,603,2],[603,4,603,6],[213,19,213,20],[530,3,530,6],[530,9,530,12],[534,1,535,1],[534,2,535,2],[534,3,535,3],[534,4,534,7],[534,8,534,10],[534,11,534,13],[126,14,127,14],[128,12,129,12],[128,13,129,13],[128,14,129,14],[117,12,118,12],[117,9,118,9],[117,10,118,10],[117,11,118,11],[117,13,118,13],[126,12,127,12],[126,13,127,13],[92,1,94,8],[113,5,113,6],[117,1,117,2],[117,3,118,3],[117,4,118,4],[117,5,118,5],[117,6,118,6],[117,7,118,7],[117,8,118,8],[108,5,108,6],[64,4,64,5],[52,4,52,5],[54,4,54,5],[57,4,57,5],[87,1,88,1],[81,5,81,6],[82,2,82,3],[86,2,86,4],[86,5,86,6],[69,6,69,7],[71,6,71,7],[73,6,73,7],[75,6,75,7],[78,2,78,3],[80,2,80,3],[59,4,59,5],[40,1,41,1],[40,3,40,4],[40,5,40,6],[40,7,40,8],[41,3,41,4],[41,5,41,6],[41,7,41,8],[62,4,62,5],[46,2,46,3],[46,6,46,8],[47,4,47,5],[47,8,48,9],[50,4,50,5],[38,3,38,4],[38,5,38,6],[38,7,38,8],[39,3,39,4],[39,5,39,6],[39,7,39,8],[36,3,36,4],[36,5,36,6],[36,7,36,8],[37,3,37,4],[37,5,37,6],[37,7,37,8],[1,0,1,11],[35,3,35,4],[35,5,35,6],[35,7,35,8],[7,3,7,5],[9,3,9,5],[11,5,11,6],[11,7,11,8],[28,3,28,4],[28,5,28,6],[30,5,30,6],[32,5,32,6],[34,3,34,4],[34,5,34,6],[34,7,34,8]]}
[null,"2022 National Greenhouse Gas Inventory (NGGI) Methodology"]
[]
[]
[null,"This spreadsheet is protected and linked back to the 'Your farm' sheet.  It is used to compare the NGGI methodology that was in place in 2022, so prior to the most recent changes implemented in the 2024 NGGI methodology."]
[null,"Here we allocated all supplementary feed emissions to the milking enterprise which was subsequently amended in late 2024 for the 'Your farm' system."]
[]
[null,"Farmer details"]
[null,null,"Owner or sharefarmer ID",{"$f":"'Your Farm'!D8","v":"Bill and Wendy Smith"},null,null,"Supplier Number",{"$f":"DairyBaseID","v":"256758T1"}]
[]
[null,null,"Address",{"$f":"'Your Farm'!D10","v":"1234 Main Rd, Colac VIC 3250"},null,null,"Year reviewed",{"$f":"'Your Farm'!H10","v":"24/25"}]
[]
[null,null,"Choose your state in Australia",{"$f":"'Your Farm'!D12","v":"Victoria"},null,"Choose your region/ farm system comparison",null,{"$f":"'Your Farm'!H12","v":"Victoria- South West"}]
[]
[null,"Livestock dynamics",null,"Milking Cows","Heifers >1 yr age","Heifers <1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","Calves",{"$f":"'Your Farm'!K14","v":"Calves sold post-weaning "}]
[]
[null,null,"Livestock numbers",{"$f":"'Your Farm'!D16","v":450},{"$f":"'Your Farm'!E16","v":120},{"$f":"'Your Farm'!F16","v":125},{"$f":"'Your Farm'!G16","v":8},{"$f":"'Your Farm'!H16","v":100},{"$f":"'Your Farm'!I16","v":0},null,"head"]
[]
[null,null,"Liveweight",{"$f":"'Your Farm'!D18","v":500},{"$f":"'Your Farm'!E18","v":350},{"$f":"'Your Farm'!F18","v":150},{"$f":"'Your Farm'!G18","v":600},{"$f":"'Your Farm'!H18","v":200},{"$f":"'Your Farm'!I18","v":0},null,"kg/head"]
[]
[null,null,"Liveweight gain ",null,{"$f":"'Your Farm'!E20","v":0.7},{"$f":"'Your Farm'!F20","v":0.7},null,{"$f":"'Your Farm'!H20","v":1},0,null,"kg/day"]
[]
[null,null,"Number of stock sold each year",{"$f":"'Your Farm'!D22","v":115},{"$f":"'Your Farm'!E22","v":10},{"$f":"'Your Farm'!F22","v":0},{"$f":"'Your Farm'!G22","v":4},{"$f":"'Your Farm'!H22","v":100},{"$f":"'Your Farm'!I22","v":0},{"$f":"'Your Farm'!J22","v":215},"head"]
[]
[null,null,"Liveweight at point of sale",{"$f":"'Your Farm'!D24","v":550},{"$f":"'Your Farm'!E24","v":425},{"$f":"'Your Farm'!F24","v":0},{"$f":"'Your Farm'!G24","v":600},{"$f":"'Your Farm'!H24","v":400},{"$f":"'Your Farm'!I24","v":0},{"$f":"'Your Farm'!J24","v":105},"kg/head"]
[]
[null,null,null,null,null,null,null,null,null,{"$f":"SUMPRODUCT(D22:J22,D24:J24)/1000","v":132.47499999999999},"t LW/annum"]
[]
[null,"Milk production "]
[null,null,"Select option for milk production",{"$f":"'Your Farm'!D31","v":"litres per herd per annum"},null,"Amount of milk produced",null,{"$f":"'Your Farm'!H31","v":3000000},{"$f":"IF(U221=\"1\",\"litres of milk per cow per annum\",\"kg milksolids per cow per annum\")","v":"litres of milk per cow per annum"}]
[]
[null,null,"Average annual milk fat (%)",{"$f":"'Your Farm'!D33","v":4.3},"%","Average annual milk protein (%)",null,{"$f":"'Your Farm'!H33","v":3.2},"%"]
[]
[null,null,"Average lactation length (days)",{"$f":"'Your Farm'!D35","v":300},"days ","Average milk production",null,{"$f":"ROUND(Q216,1)","v":22.2},"litres per cow per day"]
[]
[null,"Milkers average annual diet intakes and quality",null,"Intake (kg DM/day)",null,"Dry matter digestibility (DMD; %)",null,"Crude protein (CP; %)"]
[null,null,"Pastures",{"$f":"'Your Farm'!D38","v":12},null,{"$f":"'Your Farm'!F38","v":75},null,{"$f":"'Your Farm'!H38","v":20}]
[null,"Estimated intake based ","Concentrates/ grain",{"$f":"'Your Farm'!D39","v":2.5},null,{"$f":"'Your Farm'!F39","v":85},null,{"$f":"'Your Farm'!H39","v":12}]
[null,"on data entry","Silage",{"$f":"'Your Farm'!D40","v":1.5},null,{"$f":"'Your Farm'!F40","v":70},null,{"$f":"'Your Farm'!H40","v":16.5}]
[null,{"$f":"Q220 &\" kg DM/cow.day\"","v":"17.1 kg DM/cow.day"},"Hay",{"$f":"'Your Farm'!D41","v":0},null,{"$f":"'Your Farm'!F41","v":0},null,{"$f":"'Your Farm'!H41","v":0}]
[null,null,"By-products",{"$f":"'Your Farm'!D42","v":0},null,{"$f":"'Your Farm'!F42","v":0},null,{"$f":"'Your Farm'!H42","v":0}]
[null,"Click here for help with feed quality","Other",{"$f":"'Your Farm'!D43","v":1},null,{"$f":"'Your Farm'!F43","v":70},null,{"$f":"'Your Farm'!H43","v":22}]
[null,null,"Total (kg DM/day) or average (%)",{"$f":"SUM(D36:E41)","v":17},null,{"$f":"Q218","v":75.735294117647058},null,{"$f":"Q219","v":18.632352941176471}]
[]
[null,"Average annual dry matter digestibility (DMD) for all other stock (%)",null,{"$f":"'Your Farm'!R247","v":75},"%"]
[null,"Average annual crude protein (CP) for all other stock (%)",null,{"$f":"'Your Farm'!R248","v":20},"%"]
[]
[null,"Fertilisers"]
[null,null,"How do you which to enter the fertiliser rates?",null,{"$f":"'Your Farm'!E50","v":"tonnes of element per annum"},null,null,null,"Click here to work out fertiliser rates"]
[]
[null,null,"Area of N fertiliser ",null,null,null,"Rate of N fertiliser"]
[null,"Area of pastures fertilised with N ",{"$f":"'Your Farm'!C53","v":0},"ha","Amount of N applied to pastures",null,{"$f":"'Your Farm'!G53","v":55},{"$f":"T209","v":"tonnes of element per annum"}]
[]
[null,"Area of crops fertilised with N ",{"$f":"'Your Farm'!C55","v":0},"ha","Amount of N applied to crops",null,{"$f":"'Your Farm'!G55","v":0},{"$f":"H51","v":"tonnes of element per annum"}]
[]
[null,null,null,null,"Percentage of N fertiliser that is urea",null,{"$f":"'Your Farm'!G57","v":95},"%"]
[]
[null,null,"Area of P K S & lime fertiliser ",null,null,null,"Rate of P fertiliser","Rate of K fertiliser","Rate of S fertiliser","Rate of lime/dolomite"]
[null,"Area of pastures fertilised with P K S & lime",{"$f":"'Your Farm'!C60","v":0},"ha","Rate of P K S & lime/dolomite to pastures",null,{"$f":"'Your Farm'!G60","v":10},{"$f":"'Your Farm'!H60","v":3},{"$f":"'Your Farm'!I60","v":3},{"$f":"'Your Farm'!J60","v":150},{"$f":"H51","v":"tonnes of element per annum"}]
[]
[null,"Area of crops fertilised with P K S & lime",{"$f":"'Your Farm'!C62","v":0},"ha","Rate of P K S & lime/dolomite to crops",null,{"$f":"'Your Farm'!G62","v":0},{"$f":"'Your Farm'!H62","v":0},{"$f":"'Your Farm'!I62","v":0},{"$f":"'Your Farm'!J62","v":0},{"$f":"H51","v":"tonnes of element per annum"}]
[]
[null,"Energy consumption"]
[null,"Annual Electricity Use ",175000,"kWh","Annual purchased diesel/ unleaded petrol ",null,{"$f":"'Your Farm'!G65","v":12500},"litres"]
[]
[null,"Where does your electricity come from?",{"$f":"'Your Farm'!C67","v":"State Grid"},null,"Annual contractor diesel/ unleaded petrol ",null,{"$f":"'Your Farm'!G67","v":2500},"litres"]
[]
[null,"What % of electricity is from renewables?",{"$f":"'Your Farm'!C69","v":10},"%"]
[]
[null,"Purchased supplementary feed "]
[null,"Purchased pasture, cereal, lucerne or legume hay (t DM)",{"$f":"'Your Farm'!C72","v":200},"t DM","Purchased pasture, cereal or maize silage (t DM)",null,{"$f":"'Your Farm'!G72","v":0},null,"t DM"]
[]
[null,"Percentage of purchased hay fed on the milking platform",{"$f":"'Your Farm'!C74","v":15},"%","Percentage of purchased silage fed on the milking platform",null,{"$f":"'Your Farm'!G74","v":0},null,"%"]
[]
[null,"Purchased grain and concentrates (t DM)",{"$f":"'Your Farm'!C76","v":700},"t DM","Purchased by-products (t DM)",null,{"$f":"'Your Farm'!G76","v":180},null,"t DM"]
[]
[null,"Percentage of purchased grain & concentrates fed on the milking platform",{"$f":"'Your Farm'!C78","v":95},"%","Percentage of purchased by-products fed on the milking platform",null,{"$f":"'Your Farm'!G78","v":95},null,"%"]
[]
[null,"Carbon sequestration in tree plantations"]
[null,"How are you estimating this?",{"$f":"'Your Farm'!C81","v":"Based on data entered here"},null,null,"Area of trees (ha)",{"$f":"'Your Farm'!G81","v":10},"Age of trees",{"$f":"'Your Farm'!I81","v":15}]
[]
[null,"Choose your region in Australia",{"$f":"'Your Farm'!C83","v":"South West VIC"}]
[null,null,null,null,null,"Amount of carbon sequestered using other tools",null,{"$f":"'Your Farm'!H84","v":6.5},"t CO2e/ha.annum"]
[null,"Choose the type of trees planted",{"$f":"'Your Farm'!C85","v":"Mixed species (Environmental Plantings)"}]
[]
[]
[null,"Manure management"]
[null,null,"Choose which option you are using to estimate how animal waste is handled",null,null,{"$f":"'Your Farm'!F88","v":"Default state factors and fractions"},null,"Volatile solids ",{"$f":"D252","v":4.5034035587869798},"kg VS/head.day for the milking cows"]
[null,"Percentage waste to each manure system "]
[null,null,"Anaerobic lagoon","Sump dispersal","Drain to paddock","Solid storage","Voided onto Pastures"]
[null,"Milkers",{"$f":"IF($AD$208=1,AK232,AK233)","v":11.6},{"$f":"IF($AD$208=1,AL232,AL233)","v":1.1000000000000001},{"$f":"IF($AD$208=1,AM232,AM233)","v":0.55000000000000004},{"$f":"IF($AD$208=1,AO232,AO233)","v":2.46},{"$f":"IF($AD$208=1,AJ232,AJ233)","v":84.29}]
[null,"All other stock",{"$f":"AK236","v":0},{"$f":"AL236","v":0},{"$f":"AM236","v":0},{"$f":"AO236","v":41.095890410958901},{"$f":"AJ236","v":58.904109589041099}]
[]
[null,"Only answer the following questions if you which to enter your own farm management practices to estimate the percentage of waste to each of the abovementioned manure management systems. In addition, you must have selected the User-defined factors and fractions option in the drop-down list at the beginning of this section otherwise the results with still reflect the default state-based fractions and factors. "]
[]
[]
[]
[null,"Milkers",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spends at the dairy and adjacent yards where the waste is flushed with water",null,null,null,null,{"$f":"'Your Farm'!G99","v":4},{"$f":"'Your Farm'!H99","v":300}]
[]
[null,"Percentage of waste that is flushed and then drains to the paddock with no treatment/ removal of solids ",null,null,null,null,{"$f":"'Your Farm'!G101","v":0},"%"]
[null,"Percentage of waste that is flushed and then spread daily from a sump/dispersal system (with or without removal of solids)",null,null,null,null,{"$f":"'Your Farm'!G102","v":0},"%"]
[null,"Balance assumed to be flushed and then enter a pond/lagoon system",null,null,null,null,{"$f":"100-SUM(G100:G101)","v":100},"%"]
[]
[null,"Do you pre-treat the waste prior to spreading daily from a sump system or entering the lagoon (e.g. weeping wall, solids trap, mechanical separator) to remove a proportion of solids?",null,null,null,null,{"$f":"'Your Farm'!G105","v":"YES"}]
[]
[null,null,null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum a milker spend on a feedpad or loafing area or are housed (TMR farm) ",null,null,null,null,{"$f":"'Your Farm'!G109","v":2},{"$f":"'Your Farm'!H109","v":150}]
[]
[null,"Select the option which best describes how the majority of this waste from the feedpad or loafing area is best handled",null,null,null,{"$f":"'Your Farm'!F111","v":"Scraped & stockpiled "},null,"Integrated MCF ",{"$f":"AQ234","v":9.5751000000000008},"%"]
[]
[null,"Heifers- For simplicity here, when 'Your farm' Heifers > 1 yr of age are on a feedpad, this is assumed for all stock here",null,null,null,null,"Hours per day","Days per annum"]
[null,"Number of hours per day and days per annum the heifers spend in yards or are housed where the waste is deposited",null,null,null,null,24,{"$f":"'Your Farm'!C116","v":150}]
[]
[null,"Select the option which best describes how this waste from the feedpad or loafing area is best handled",null,null,null,{"$f":"'Your Farm'!F119","v":"Scraped & stockpiled "},null,"Integrated MCF",{"$f":"AQ237","v":1},"%"]
[]
[]
[null,"Results for the baseline 'Your farm' system when using the 2022 methodology"]
[null,null,null,"Milking Cows","Heifers >1 yr age","Heifers <1 yr age","Mature bulls","Other stock < 1 yr age ","Other stock > 1 yr age","N fertiliser","Total GHG (tonnes CO2e/annum)","% of total GHG (exc. C sequestration in trees)","kg CO2e/kg FPCM (your farm)","kg CO2e/kg FPCM (industry comparison)"]
[]
[null,"Methane (Scope 1):","Enteric fermentation",{"$f":"D240*28*10^3","v":1648.7026035014471},{"$f":"E240*28*10^3","v":181.79197400447995},{"$f":"(F240+I240)*28*10^3","v":88.90430742480001},{"$f":"G240*28*10^3","v":14.958947798927996},{"$f":"(H240+J240)*28*10^3","v":91.254977372159985},{"$f":"K240*28*10^3","v":0},null,{"$f":"SUM(D120:I120)","v":2025.6128101018151},{"$f":"K120/$K$136","v":0.56053609834232032},{"$f":"K120*1000/$Q$214*$P$273","v":0.5461822263455447},{"$f":"'Industry averages'!T40","v":0},"Enteric fermentation"]
[null,null,"Manure management",{"$f":"D265*28*10^3","v":322.88262515615764},{"$f":"E265*28*10^3","v":3.8149360850928407},{"$f":"(F265+I265)*28*10^3","v":1.885611942733382},{"$f":"G265*28*10^3","v":0.31391611244478912},{"$f":"(H265+J265)*28*10^3","v":1.9293108297865884},{"$f":"K265*28*10^3","v":0},null,{"$f":"SUM(D121:I121)","v":330.82640012621522},9.1547673193310364E-2,8.9203375321138478E-2,{"$f":"'Industry averages'!T41","v":0},"Manure management"]
[null,"Nitrous oxide (Scope 1):","Direct from dung & urine voided onto pastures",{"$f":"D448*265*10^3","v":96.873940897317539},{"$f":"E448*265*10^3","v":9.3129291790527535},{"$f":"(F448+I448)*265*10^3","v":4.029500148404181},{"$f":"G448*265*10^3","v":0.80422974645334899},{"$f":"(H448+J448)*265*10^3","v":4.0293001817688827},{"$f":"K448*265*10^3","v":0},null,{"$f":"SUM(D122:I122)","v":115.04990015299671},3.1837092372649839E-2,3.1021827218419826E-2,{"$f":"'Industry averages'!T42","v":0},"Direct from dung & urine voided onto pastures"]
[null,null,"Direct from manure (storage & spread)",{"$f":"(D328+D403)*265*10^3","v":34.172802706793405},{"$f":"(E328+E403)*265*10^3","v":19.086090323349389},{"$f":"(F328+F403+I328+I403)*265*10^3","v":8.2581325715841487},{"$f":"(G328+G403)*265*10^3","v":1.6482034047953809},{"$f":"(H328+H403+J328+J403)*265*10^3","v":8.2577227562414599},{"$f":"(K328+K403)*265*10^3","v":0},null,{"$f":"SUM(D123:I123)","v":71.422951762763788},1.976445968031721E-2,1.9258343258599344E-2,{"$f":"'Industry averages'!T43","v":0},"Direct from manure (storage & spread)"]
[null,null,"Indirect N waste ",{"$f":"(D342+D351+D485+D519)*265*10^3","v":100.68410137117691},{"$f":"(E342+E351+E485+E519)*265*10^3","v":14.175685978882562},{"$f":"(F342+F351+F485+F519+I342+I351+I485+I519)*265*10^3","v":6.1335083363587115},{"$f":"(G342+G351+G485+G519)*265*10^3","v":1.2241592437148332},{"$f":"(H342+H351+H485+H519+J342+J351+J485+J519)*265*10^3","v":6.1332039569122756},{"$f":"(K342+K351+K485+K519)*265*10^3","v":0},null,{"$f":"SUM(D124:I124)","v":128.35065888704528},3.5517734284369079E-2,3.4608217461026193E-2,{"$f":"'Industry averages'!T44","v":0},"Indirect N waste "]
[null,null,"Direct N fertiliser",null,null,null,null,null,null,{"$f":"C381","v":89.323928571428553},{"$f":"J125","v":89.323928571428553},2.4718093290257186E-2,2.408512719201308E-2,{"$f":"'Industry averages'!T45","v":0},"Direct N fertiliser"]
[null,null,"Indirect N fertiliser",null,null,null,null,null,null,{"$f":"(SUM(D480:D481)+SUM(D514:D515))*265*10^3","v":70.542999999999992},{"$f":"J126","v":70.542999999999992},1.9520955726664652E-2,1.9021074808051354E-2,{"$f":"'Industry averages'!T46","v":0},"Indirect N fertiliser"]
[null,"Carbon dioxide:","Electricity (Scope 2)",null,null,null,null,null,null,null,{"$f":"J546","v":160.65},4.4455743836931752E-2,{"$f":"(K127+K128)*1000/Q214*$P$273","v":4.756414663595622E-2},{"$f":"'Industry averages'!T47","v":0},"Electricity (Scope 2 &3)"]
[null,null,"Electricity (Scope 3)",null,null,null,null,null,null,null,{"$f":"J550","v":15.750000000000002},4.358406258522721E-3]
[null,null,"Diesel and unleaded petrol (Scope 1)",null,null,null,null,null,null,null,{"$f":"H538","v":40.819499999999998},1.1295743763159885E-2,{"$f":"(K129+K130)*1000/Q214*$P$273","v":1.1568522623891169E-2},{"$f":"'Industry averages'!T48","v":0},"Diesel and unleaded petrol (Scope 1 & 3)"]
[null,null,"Diesel and unleaded petrol (Scope 3)",null,null,null,null,null,null,null,{"$f":"J538","v":2.0844},5.7680393684220687E-4]
[null,null,"Urea and lime/dolomite (Scope 1)",null,null,null,null,null,null,null,{"$f":"C588+C595","v":149.29710144927537},4.1314121989576083E-2,{"$f":"K131*1000/$Q$214*$P$273","v":4.0256174748619984E-2},{"$f":"'Industry averages'!T49","v":0},"Urea and lime/dolomite"]
[null,"Pre-farm gate embedded (Scope 3)","Grain/ concentrates",null,null,null,null,null,null,null,{"$f":"E563","v":140},3.8741388964646406E-2,{"$f":"K132*1000/$Q$214*$P$273","v":3.7749322726949384E-2},{"$f":"'Industry averages'!T50","v":0},"Grain/ concentrates"]
[null,null,"Forages",null,null,null,null,null,null,null,{"$f":"SUM(E561:E562)","v":32},8.8551746204906072E-3,{"$f":"K133*1000/$Q$214*$P$273","v":8.6284166233027166E-3},{"$f":"'Industry averages'!T51","v":0},"Forages"]
[null,null,"Fertilisers",null,null,null,null,null,null,null,{"$f":"E581","v":241.97561352657004},6.6960509739941457E-2,{"$f":"K134*1000/$Q$214*$P$273","v":6.5245825193329082E-2},{"$f":"'Industry averages'!T52","v":0},"Fertilisers"]
[]
[null,"Total GHG emissions ",null,{"$f":"SUM(D120:D134)","v":2203.3160736328928},228.18161557085753,109.21106042388044,18.949456306336348,111.60451509686919,0,159.86692857142856,3613.7062645781107,"t CO2e/annum"]
[null,"% of total GHG emissions",null,{"$f":"D136/SUM($K$120:$K$134)","v":0.60971089300478143},6.3143376595800063E-2,3.0221344079450381E-2,5.2437732673739157E-3,3.0883670925561151E-2,0,4.4239049016921841E-2]
[]
[null,"Carbon sequestration","Tree plantings",null,null,null,null,null,null,null,{"$f":"IF(C79=\"\",0,IF(U216=1,0,IF(U216=2,(F609*-1),(H82*G79*-1))))","v":-29.360000000000028},"t CO2e/annum"]
[]
[null,"Net GHG emissions with 2022 methodology",null,null,null,null,null,null,null,null,{"$f":"K136+K139","v":3584.3462645781105},"t CO2e/annum"]
[]
[null,"GHG emissions intensity (kg CO2e/kg fat and protein corrected milk (FPCM))",null,null,null,null,null,null,null,null,null,null,{"$f":"R270","v":0.96647602790496123},{"$f":"'Industry averages'!T37","v":0},"kg CO2e/kg FPCM (post carbon sequestration)"]
[null,"GHG emissions intensity (kg CO2e/kg milksolids)",null,null,null,null,null,null,null,null,null,null,{"$f":"R271","v":13.656525342196762},{"$f":"'Industry averages'!T39","v":0},"kg CO2e/kg milksolids (post-carbon sequestration)"]
[null,"GHG emissions intensity (kg CO2e/kg liveweight)",null,null,null,null,null,null,null,null,null,null,{"$f":"R272","v":3.8620725614934019},{"$f":"'Industry averages'!T38","v":0},"kg CO2e/kg liveweight meat (post-carbon sequestration)"]
[]
[null,"Proportion of net emissions allocated to milk",null,null,null,null,null,null,null,null,null,null,{"$f":"P273","v":0.85726042496509225},{"$f":"'Industry averages'!T53","v":0},"Proportion of emissions allocated to milk"]
[null,"Proportion of net emissions allocated to meat",null,null,null,null,null,null,null,null,null,null,{"$f":"P274","v":0.14273957503490775},{"$f":"'Industry averages'!T54","v":0},"Proportion of emissions allocated to meat"]
[]
[null,"Net GHG emissions with current 2025 methodology",null,{"$f":"'Your Farm'!D145","v":2171.3628364986225},{"$f":"'Your Farm'!E145","v":215.17221153684002},{"$f":"'Your Farm'!F145","v":103.58217669913},{"$f":"'Your Farm'!G145","v":17.826012811101776},{"$f":"'Your Farm'!H145","v":105.97591070923193},{"$f":"'Your Farm'!I145","v":0},{"$f":"'Your Farm'!J145","v":205.67407142857144},{"$f":"'Your Farm'!K150","v":3539.6184346593436},"t CO2e/annum"]
[]
[null,"Change in GHG emissions with the new 2025 NGGI methodology      ",null,null,null,null,null,null,null,null,{"$f":"K141-K150","v":44.727829918766929},"t CO2e/annum"]
[null,"% change in GHG emissions with the new 2025 NGGI methodology   ",null,null,null,null,null,null,null,null,{"$f":"(K141-K150)/K141*100","v":1.2478657645547409},"%"]
[]
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[null,null,null,null,null,null,null,null,null,null,null,"RDPs for linking to Industry average farm"]
[null,null,null,null,null,null,null,null,null,null,1,"Australia-wide"]
[null,null,null,null,null,null,null,null,null,null,2,"Victoria",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Manure management",null,null,null,null,null,"Milkers- dairy",null,null,null,null,null,null,null,null,"Milkers"]
[null,null,"State","Victoria","New South Wales","Tasmania","Queensland","South Australia","Western Australia",null,3,"Victoria- Gippsland",null,null,"Milk production",null,null,null,"N fertiliser rates","kg of element per ha per annum",null,null,null,null,null,null,null,null,1,"Default state factors and fractions",null,null,null,"Hours per day at dairy",{"$f":"G98","v":4},null,"Heifers",null,null,null,null,null,"% to grazing",null,{"$f":"1-((AI206/24*AI207/365)+(AI211/24*AI212/365))","v":0.82876712328767121},null,"Heifers",null,null,null,"MCF calculations- milkers"]
[null,1,"Victoria","Mallee region VIC","Northern coastal NSW","North East TAS","Northern QLD","South East SA","South West WA",null,4,"Victoria- Northern",null,null,null,null,null,null,null,"tonnes of element per annum",null,null,null,null,null,null,null,null,2,"User-defined factors and fractions",null,null,null,"Days per annum at dairy",{"$f":"H98","v":300},null,null,"Hours per day ",null,{"$f":"G112","v":24},null,null,"% from dairy & drains to paddock",null,{"$f":"(AI206/24)*(AI207/365)*(AI208/100)","v":0},null,"% to grazing",{"$f":"1-(AN207/24*AN208/365)","v":0.58904109589041098},null,null,null,"Lagoon","Sump and dispersal","Drains to paddock","Solids storage","Voided pasture"]
[null,2,"New.South.Wales","Northern region VIC","Southern coastal NSW","Central North & Midlands TAS","Southern QLD","Murray River SA",null,null,5,"Victoria- South West",null,null,"Litres per annum",null,{"$f":"IF(U221=\"1\",H29,0)","v":3000000},null,null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(F87=AD206,1,2)","v":1},null,null,null,"% drained daily from sump",{"$f":"G100","v":0},null,null,"Days per annum",null,{"$f":"H112","v":150},null,null,"% from dairy & spread daily",null,{"$f":"(AI206/24*AI207/365*AI209/100)*IF(AD213=2,0.8,1)","v":0},null,"% drains to paddock",{"$f":"IF(AM220=1,AN207/24*AN208/365,0)","v":0},null,1,"Victoria",74,0.5,17,2,1]
[null,3,"Tasmania","North East region VIC","Central Inland & Riverina NSW","Southern TAS",null,null,null,null,6,"New South Wales",null,null,"MS per annum",null,{"$f":"IF(U221=\"2\",H29,0)","v":0},null,"Selected",{"$f":"E48","v":"tonnes of element per annum"},{"$f":"IF(T209=\"kg of element per ha per annum\",\"1\",\"2\")","v":"2"},null,null,null,null,null,null,null,null,null,null,null,null,"% spread daily",{"$f":"G101","v":0},null,null,null,null,null,null,null,"% from dairy & spread daily & treated so its solid storage",null,{"$f":"(AI206/24*AI207/365*AI209/100)*IF(AD213=1,0,0.2)","v":0},null,"% spread sump/dispersal system",{"$f":"IF(AM220=2,AN207/24*AN208/365*IF(AD213=2,0.8,1),0)","v":0},null,2,"New.South.Wales",75,0.5,18,2,1]
[null,4,"Queensland","East Gippsland",null,"North West TAS",null,null,null,null,7,"NSW- North",null,null,"Fat %",null,{"$f":"IF(D31=\"\",4,D31)","v":4.3},null,null,null,null,null,null,null,null,null,null,"Pre-treat manure to separate solids",null,null,null,null,null,"% to lagoon",{"$f":"G102","v":100},null,null,null,null,null,null,null,"% from dairy & to lagoon (no pre-treatment)",null,{"$f":"IF(AD213=1,(AI206/24*AI207/365*AI210/100),(AI206/24*AI207/365*AI210/100)*0.8)","v":0.1095890410958904},null,"% of spread daily going to SS",{"$f":"IF(AM220=2,(AN207/24*AN208/365*IF(AD213=2,0.2,0)),0)","v":0},null,3,"Tasmania",70,0.1,15,2,1]
[null,5,"South.Australia","South & West Gippsland",null,null,null,null,null,null,8,"NSW- South",null,null,"Protein %",null,{"$f":"IF(H31=\"\",3.3,H31)","v":3.2},null,null,null,null,null,null,null,null,null,null,null,1,"NO",null,null,null,"Hours per day on feedpad",{"$f":"G107","v":2},null,null,null,null,null,null,null,"% from dairy & to lagoon (pre-treated & to solid storage fraction)",null,{"$f":"IF(AD213=1,0,(AI206/24*AI207/365*AI210/100)*0.2)","v":2.7397260273972601E-2},null,"% to lagoon (no pre-treatment)",{"$f":"IF(AM220=3,(AN207/24*AN208/365*IF(AD213=2,0.8,1)),0)","v":0},null,4,"Queensland",77,0.5,24,2,1]
[null,6,"Western.Australia","South West VIC",null,null,null,null,null,null,9,"Queensland",null,null,"DGAS estimated kg MS if litres entered",null,{"$f":"IF(Q208=0,Q209,(Q208*(Q210+Q211)/100))","v":225000},null,"Tree sequestration","No estimate of carbon sequestration",null,null,null,null,null,null,null,null,2,"YES",null,null,null,"Days per annum on feedpad",{"$f":"H107","v":150},null,null,null,null,null,null,null,"% from feedpad and drains to paddock",null,{"$f":"IF(AH220=1,(AI211/24*AI212/365),0)","v":0},null,"% to lagoon (pre-treated & to solid storage)",{"$f":"IF(AM220=3,AN207/24*AN208/365*IF(AD213=2,0.2,0),0)","v":0},null,5,"South.Australia",74,0.5,17,2,1]
[null,null,null,null,null,null,null,null,null,null,10,"QLD- North",null,null,"DGAS estimated litres per annum",null,{"$f":"IF(Q208=0,(Q209/((Q210+Q211)/100)),Q208)","v":3000000},null,null,"Based on data entered here",null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(G104=\"\",1,IF(G104=AD211,1,2))","v":2},null,null,null,null,null,null,null,null,null,null,null,null,"% from feedpad spread daily",null,{"$f":"IF(AH220=2,(AI211/24*AI212/365),0)*IF(AD213=2,0.8,1)","v":0},null,"% to solid storage",{"$f":"IF(AM220=4,AN207/24*AN208/365,0)","v":0.41095890410958902},null,6,"Western.Australia",75,0.5,18,2,1]
[null,null,null,null,null,null,null,null,null,null,11,"QLD- South",null,null,"FPCM (kg per annum)",null,{"$f":"(Q213*1.03)*(0.2534+0.1226*Q210+0.0776*Q211)","v":3179301.0000000005},null,null,"Carbon sequestered using other tools",null,null,null,null,null,null,null,null,null,null,null,null,null,"Milkers- feedpad",null,null,"Heifers- feedpad",null,null,null,null,null,"% of feedpad spread daily going to SS",null,{"$f":"IF(AH220=2,(AI211/24*AI212/365*IF(AD213=2,0.2,0)),0)","v":0},null,"% sum solid storage",{"$f":"AV210+AV212+AV213","v":0.41095890410958902}]
[null,null,null,null,null,null,null,null,null,null,12,"South Australia",null,null,"kg FPCM milk per cow per day",null,{"$f":"ROUND((Q214/D16/D33),1)","v":23.6},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% from feedpad to lagoon without treatment",null,{"$f":"(IF(AH220=3,(AI211/24*AI212/365*IF(AD213=2,0.8,1)),0))","v":0},null,"% drains to paddock",{"$f":"AV208","v":0},null,"Selected",{"$f":"VLOOKUP($D$12,$AY$208:$BD$214,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$AY$208:$BD$214,2,FALSE)","v":74},{"$f":"VLOOKUP($D$12,$AY$208:$BD$214,3,FALSE)","v":0.5},{"$f":"VLOOKUP($D$12,$AY$208:$BD$214,4,FALSE)","v":17},{"$f":"VLOOKUP($D$12,$AY$208:$BD$214,5,FALSE)","v":2},{"$f":"VLOOKUP($D$12,$AY$208:$BD$214,6,FALSE)","v":1}]
[null,"Selected State",{"$f":"D12","v":"Victoria"},"Selected Region",{"$f":"C81","v":"South West VIC"},null,"Calves sold","Calves sold soon after birth ",null,null,13,"Tasmania ",null,null,"litres per cow per day",null,{"$f":"((Q213/D16/D33))","v":22.222222222222225},null,"Selected",{"$f":"C79","v":"Based on data entered here"},{"$f":"IF(C79=\"\",0,IF(C79=T212,1,IF(C79=T213,2,3)))","v":2},null,null,null,null,null,null,null,null,null,null,null,1,"Flushed & drains daily to the paddock",null,null,"Feedpad waste- heifers",1,"Flushed & drains daily to the paddock",null,null,null,"% from feedpad and to lagoon but with pre-treatment to make it solid storage",null,{"$f":"(IF(AH220=3,(AI211/24*AI212/365*IF(AD213=2,0.2,0)),0))","v":0},null,"% sum lagoon",{"$f":"AV211","v":0}]
[null,null,null,null,null,null,null,"Calves sold post-weaning ",null,null,14,"Western Australia",null,null,"kg MS per cow per day",null,{"$f":"(Q216*((Q210+Q211)/100))","v":1.6666666666666667},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,"Flushed & spread daily from a sump",null,null,null,2,"Flushed & spread daily from a sump",null,null,null,"% from feedpad to solid storage",null,{"$f":"IF(AH220=4,(AI211/24*AI212/365),0)","v":3.4246575342465752E-2},null,"% sum sump and dispersal",{"$f":"AV209","v":0},null,"Milker MCF",null,{"$f":"AZ215*AS220","v":8.1095890410958908},{"$f":"BA215*AS221","v":0},{"$f":"BB215*AS219","v":0},{"$f":"BC215*AS218","v":0.12328767123287671},{"$f":"BD215*AS206","v":0.82876712328767121}]
[null,null,null,null,null,null,"Selected",{"$f":"IF(K14=H216,1,2)","v":2},null,null,15,"Low grain (< 1 t DM/cow.annum)",null,null,"Average DMD",null,{"$f":"((D36*F36)+(D37*F37)+(D38*F38)+(D39*F39)+(D40*F40)+(D41*F41))/D42","v":75.735294117647058},null,"Milk production","litres per herd per annum",null,null,null,null,null,null,null,null,null,null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,3,"Flushed to a pond/lagoon system",null,null,null,"% sum solid storage",null,{"$f":"AS209+AS211+AS214+AS216+AS217","v":6.1643835616438353E-2},null,null,null,null,"Integrated MCF",null,null,null,null,null,{"$f":"SUM(AZ217:BD217)","v":9.0616438356164384}]
[null,null,null,null,null,null,null,{"$f":"IF(H218=1,H216,H217)","v":"Calves sold post-weaning "},null,null,16,"Medium grain (1-2 t DM/cow.annum)",null,null,"Average CP",null,{"$f":"((D36*H36)+(D37*H37)+(D38*H38)+(D39*H39)+(D40*H40)+(D41*H41))/D42","v":18.632352941176471},null,null,"kg milksolids per herd per annum",null,null,null,null,null,null,null,null,null,null,null,null,4,"Scrapped & stockpiled ",null,null,null,4,"Scrapped & stockpiled ",null,null,null,"% drains to paddock",null,{"$f":"AS207+AS212","v":0}]
[null,null,null,null,null,null,null,null,null,null,17,"High grain (> 2 t DM/cow.annum)",null,null,"Average intake required",null,{"$f":"ROUND((1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2*1.1+((Q216*D33/365)*3.054/0.6/(0.00795*Q218-0.0014)/18.4),1)","v":17.100000000000001},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"IF(F109=AH216,1,IF(F109=AH217,2,IF(F109=AH218,3,4)))","v":4},null,null,null,"Selected",{"$f":"IF(F114=AM216,1,IF(F114=AM217,2,IF(F114=AM218,3,4)))","v":4},null,null,null,"% sum lagoon",null,{"$f":"AS210+AS215","v":0.1095890410958904},null,null,null,null,"Other stock MCF",null,{"$f":"AZ215*AV216","v":0},{"$f":"BA215*AV217","v":0},{"$f":"BB215*AV215","v":0},{"$f":"BC215*AV214","v":0.82191780821917804},{"$f":"BD215*AV207","v":0.58904109589041098}]
[null,null,null,null,null,null,null,null,null,null,"Selected",{"$f":"H12","v":"Victoria- South West"},null,null,null,null,null,null,"Selected",{"$f":"D29","v":"litres per herd per annum"},{"$f":"IF(D29=T218,\"1\",\"2\")","v":"1"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% sum sump and dispersal",null,{"$f":"AS208+AS213","v":0},null,null,null,null,"Integrated MCF",null,null,null,null,null,{"$f":"SUM(AZ220:BD220)","v":1.4109589041095889}]
[null,"Your farm GHG emissions estimations",null,null,null,null,null,null,null,null,null,null,null,null,"Net GHG emissions (kg)",null,{"$f":"K141*1000","v":3584346.2645781105}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"EI (litres FPCM)",null,{"$f":"Q222/Q214","v":1.1274007288325674},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Lagoon",null,"Pasture","Lagoon","Sump/dispersal","Drain to paddock",null,"Solid storage",null,"Integrated MCF"]
[null,"Methane Calculation","Seasons",{"$f":"D14","v":"Milking Cows"},{"$f":"E14","v":"Heifers >1 yr age"},{"$f":"F14","v":"Heifers <1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls",{"$f":"I14","v":"Other stock > 1 yr age"},"Units","Inventory reference",null,"EI (kg MS)",null,{"$f":"Q222/Q212","v":15.930427842569379},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,"Victoria",84.29,11.6,1.1000000000000001,0.55000000000000004,null,2.46,null,9.5751000000000008]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,"New.South.Wales",79.25,12.04,2.42,1.21,null,5.08,null,10.154]
[null,"Feed Intake",null,"I = (1.185 +(0.00454 x W) - (0.0000026 x (W)^2) + ((0.315 x LWG)))^2 x MR + MI",null,null,null,null,null,null,null,null,"3A.1a_1",null,"FPCM (kg per annum based on IDF equation)",null,{"$f":"Q214","v":3179301.0000000005},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,"Tasmania",85.19,7.98,3.41,1.43,null,1.99,null,6.6955999999999998]
[null,null,"Annual",{"$f":"(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*D26)))^2*1.1+D231","v":17.318432000040413},{"$f":"(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*E20)))^2*1+E231","v":7.1609759999999989},{"$f":"(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*F20)))^2*1+F231","v":4.1127840000000004},{"$f":"(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*G20)))^2*1+G231","v":8.8387289999999989},{"$f":"(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*H20)))^2*1+H231","v":5.3084159999999994},null,null,{"$f":"(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*I20)))^2*1+K231","v":1.4042250000000001},"kg DM/head/day",null,null,"Meat production",null,"Cull cows","Heifers < 1","Heifers > 1","Bulls","Other stock < 1","Other stock > 1",null,null,null,null,null,null,null,null,null,null,null,4,"Queensland",79.37,9.68,2.64,3.3,null,5.01,null,9.1526999999999994]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Cull cows",null,{"$f":"IF(AND(D22>0,D24=\"\"),(D22*D18),(D22*D24))","v":63250},4250,0,2400,40000,0,null,null,null,null,null,null,null,null,null,null,null,5,"South.Australia",80.67,10.81,3.52,0.66,null,4.34,null,9.0227000000000004]
[null,"Additional intake for milk production",null,"MI = MP x 1.03 x NE / k / qm / 18.4",null,null,null,null,null,null,null,null,null,null,"Total meat",null,{"$f":"SUM(Q228:V228)","v":109900},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,"Western.Australia",81.86,10.35,2.5299999999999998,1.54,null,3.72,null,8.9453999999999994]
[null,null,null,"MP x 3.054 (MJ net energy/kg milk) / 0.6 / (0.00795 x DMD - 0.0014) / 18.4",null,null,null,null,null,null,null,null,"3A.1a_2"]
[null,null,"Annual",{"$f":"(Q216*1.03*D33/365)*3.054/0.6/((0.00795*F42)-0.0014)/18.4","v":8.663604500040412},{"$f":"0*3.054/0.6/(0.00795*D44-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D45-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D44-0.0014)/18.4","v":0},{"$f":"0*3.054/0.6/(0.00795*D44-0.0014)/18.4","v":0},null,null,{"$f":"0*3.054/0.6/(0.00795*D44-0.0014)/18.4","v":0},"kg DM/head/day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default fractions",{"$f":"C216","v":"Victoria"},{"$f":"VLOOKUP($D$12,$AI$224:$AQ$230,2,FALSE)","v":84.29},{"$f":"VLOOKUP($C$216,$AI$224:$AQ$230,3,FALSE)","v":11.6},{"$f":"VLOOKUP($C$216,$AI$224:$AQ$230,4,FALSE)","v":1.1000000000000001},{"$f":"VLOOKUP($C$216,$AI$224:$AQ$230,5,FALSE)","v":0.55000000000000004},null,{"$f":"VLOOKUP($C$216,$AI$224:$AQ$230,7,FALSE)","v":2.46},null,{"$f":"VLOOKUP($C$216,$AI$224:$AQ$230,9,FALSE)","v":9.5751000000000008}]
[null,"Daily Methane Yield (M)",null,"M = 20.7 x I/1000",null,null,null,null,null,null,null,null,"3A.1a_3",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milker User defined fractions",null,{"$f":"AS206*100","v":82.876712328767127},{"$f":"AS220*100","v":10.95890410958904},{"$f":"AS221*100","v":0},{"$f":"AS219*100","v":0},null,{"$f":"AS218*100","v":6.1643835616438354},null,{"$f":"BD218","v":9.0616438356164384}]
[null,null,"Annual",{"$f":"20.7*D227/1000","v":0.35849154240083653},{"$f":"20.7*E227/1000","v":0.14823220319999997},{"$f":"20.7*F227/1000","v":8.5134628800000001E-2},{"$f":"20.7*G227/1000","v":0.18296169029999995},{"$f":"20.7*H227/1000","v":0.10988421119999998},1.7600000000000001E-2,2.0400000000000001E-2,{"$f":"20.7*K227/1000","v":2.9067457500000001E-2},"kg CH4/head.day",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for milkers",null,{"$f":"IF($AD$208=1,AJ232,AJ233)","v":84.29},{"$f":"IF($AD$208=1,AK232,AK233)","v":11.6},{"$f":"IF($AD$208=1,AL232,AL233)","v":1.1000000000000001},{"$f":"IF($AD$208=1,AM232,AM233)","v":0.55000000000000004},null,{"$f":"IF($AD$208=1,AO232,AO233)","v":2.46},null,{"$f":"IF($AD$208=1,AQ232,AQ233)","v":9.5751000000000008}]
[null,null,null,null,null,null,null,null,null,".",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Default other stock fractions",null,100,0,0,0,null,0,null,{"$f":"IF(OR(D12=\"Queensland\",D12=\"Northern.Territory\"),2,1)","v":1}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Other stock User defined fraction",null,{"$f":"AV207*100","v":58.904109589041099},{"$f":"AV216*100","v":0},{"$f":"AV217*100","v":0},{"$f":"AV215*100","v":0},null,{"$f":"AV214*100","v":41.095890410958901},null,{"$f":"BD221","v":1.4109589041095889}]
[null,"Annual Australian methane production (Gg) for all classes of dairy cattle across all states",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which fractions and MCF to use for other stock",null,{"$f":"IF($AD$208=1,AJ235,AJ236)","v":100},{"$f":"IF($AD$208=1,AK235,AK236)","v":0},{"$f":"IF($AD$208=1,AL235,AL236)","v":0},{"$f":"IF($AD$208=1,AM235,AM236)","v":0},null,{"$f":"IF($AD$208=1,AO235,AO236)","v":0},null,{"$f":"IF($AD$208=1,AQ235,AQ236)","v":1}]
[null,null,null,"E =(365 x N x M) x 10^-6 for > 1, (281 x N x M) x 10^-6 for weaned 0-1 years and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"4A.1a_7"]
[]
[null,null,"Annual",{"$f":"(365*D16*D234)*10^-6","v":5.8882235839337396E-2},{"$f":"(365*E16*E234)*10^-6","v":6.4925705001599989E-3},{"$f":"(281*F16*F234)*10^-6","v":2.9903538366000001E-3},{"$f":"(365*G16*G234)*10^-6","v":5.3424813567599981E-4},{"$f":"(281*H16*H234)*10^-6","v":3.0877463347199993E-3},{"$f":"(84*F16*I234)*10^-6","v":1.8479999999999999E-4},{"$f":"(84*H16*J234)*10^-6","v":1.7136000000000001E-4},{"$f":"(365*I16*K234)*10^-6","v":0},"Gg CH4/farm/annum"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"New IDF (2022)-aligned method of estimating milk and meat allocations and emissions intensities"]
[null,"Grand Total",{"$f":"SUM(D240:K240)","v":7.2343314646493392E-2},null,null,null,null,null,null,null,null,"Gg CH4/year/farm"]
[null,"Grand Total ",{"$f":"C242*28","v":2.0256128101018152},null,null,null,null,null,null,null,null,"Gg CO2-e/year/farm",null,null,"Liveweight Cull Cows (inc bulls)",{"$f":"D22*D24+G22*G24","v":65650}]
[null,"Grand Total ",{"$f":"C243*10^3","v":2025.6128101018151},null,null,null,null,null,null,null,null,"t CO2-e/year/farm",null,null,"Liveweight Calves at Birth",{"$f":"IF(H218=1,J22*J24,0)","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Liveweight Calves Weaned",{"$f":"IF(H218=2,J22*J24,0)","v":22575}]
[null,"Methane from waste",null,{"$f":"D14","v":"Milking Cows"},{"$f":"E14","v":"Heifers >1 yr age"},{"$f":"F14","v":"Heifers <1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)",{"$f":"I14","v":"Other stock > 1 yr age"},"Inventory reference",null,"Liveweight Fattened Dairy Livestock",{"$f":"SUMPRODUCT(E22:F22,E24:F24)","v":4250}]
[null,"Ash content (A)",0.08,null,null,null,null,null,null,null,null,"fraction",null,null,"Liveweight Fattened Other Livestock",{"$f":"SUMPRODUCT(H22:I22,H24:I24)","v":40000}]
[null,"Emission potential (Bo)",0.24,null,null,null,null,null,null,null,null,"m3 CH4/kg VS",null,null,"Total Liveweight Sold",{"$f":"SUM(P243:P247)","v":132475}]
[null,"Density of methane (r)",0.6784,null,null,null,null,null,null,null,null,"kg/m3"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Factor","Dairy","% of Dairy Meat","All Meat","% of All Meat"]
[null,"Volatile solids (VS) ","VS = (I x (1 - DMD) + (0.04 x I)) x (1 - A)",null,null,null,null,null,null,null,null,null,"4B.1a_1",null,"Energy Demand Cull Cows",15,{"$f":"P243*P251","v":984750},{"$f":"Q251/$Q$256","v":0.71873004287929931},{"$f":"P243*P251","v":984750},{"$f":"S251/$S$256","v":0.54402320281748495}]
[null,null,"Annual",{"$f":"(D227*(1-(F42/100))+(0.04*D227))*(1-$C$247)","v":4.5034035587869798},{"$f":"(E227*(1-($D$44/100))+(0.04*E227))*(1-$C$247)","v":1.9105483967999999},{"$f":"(F227*(1-($D$44/100))+(0.04*F227))*(1-$C$247)","v":1.0972907712000002},{"$f":"(G227*(1-($D$44/100))+(0.04*G227))*(1-$C$247)","v":2.3581728971999998},{"$f":"(H227*(1-($D$44/100))+(0.04*H227))*(1-$C$247)","v":1.4162853888},0.26850000000000002,0.30030000000000001,{"$f":"(K227*(1-($D$44/100))+(0.04*K227))*(1-$C$247)","v":0.37464723000000005},"kg/head/day",null,null,"Energy Demand Calves at Birth",27.5,{"$f":"P244*P252","v":0},{"$f":"Q252/$Q$256","v":0},{"$f":"P244*P252","v":0},{"$f":"S252/$S$256","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Calves Weaned",15,{"$f":"P245*P253","v":338625},{"$f":"Q253/$Q$256","v":0.24714898275704772},{"$f":"P245*P253","v":338625},{"$f":"S253/$S$256","v":0.18707271597265382}]
[null,"Methane production from manure","M = VS x Bo x MCF x r ",null,null,null,null,null,null,null,null,null,"4B.1a_2",null,"Energy Demand Fattened Dairy Livestock",11,{"$f":"P246*P254","v":46750},{"$f":"Q254/$Q$256","v":3.4120974363652953E-2},{"$f":"P246*P254","v":46750},{"$f":"S254/$S$256","v":2.582694565292452E-2}]
[null,null,"MCF = Integrated methane conversion factor - based on the proportion of different manure management regimes",null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Fattened Other Livestock",11,null,{"$f":"Q255/$Q$256","v":0},{"$f":"P247*P255","v":440000},{"$f":"S255/$S$256","v":0.24307713555693666}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Energy Demand Meat",null,{"$f":"SUM(Q251:Q255)","v":1370125},{"$f":"SUM(R251:R255)","v":0.99999999999999989},{"$f":"SUM(S251:S255)","v":1810125},{"$f":"SUM(T251:T255)","v":1}]
[]
[null,null,"Methane for each manure management system and MCF associated, for each class of cattle separately",null,null,null,null,null,null,null,null,null,null,null,"Energy Demand Milk",3.1,{"$f":"Q226*P258","v":9855833.1000000015},null,{"$f":"Q258","v":9855833.1000000015}]
[]
[null,null,"Annual",{"$f":"D252*$C$248*I109%*$C$249","v":7.0207137455133212E-2},{"$f":"E252*$C$248*$I$114%*$C$249","v":3.110678477733888E-3},1.7865649420369923E-3,3.8394827843051512E-3,2.3059392186286077E-3,4.3716095999999998E-4,4.8893644799999998E-4,6.0998563399680011E-4,"kg CH4/head/day",null,null,"Total Energy Demand",null,{"$f":"Q258+Q256","v":11225958.100000001},null,{"$f":"S258+S256","v":11665958.100000001}]
[]
[null,"The annual methane production (Gg) from the manure of dairy cattle",null,null,null,null,null,null,null,null,null,null,null,null,"% Milk of Energy",null,{"$f":"Q258/Q260","v":0.87795028381586426},null,{"$f":"S258/S260","v":0.84483700485774937}]
[null,null,"Total = (365 x N x M) x 10^-6 for > 1 yr olds, (281 x N x M) x 10^-6 for 0 to 1 yr olds and (84 x N x M) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,null,"4B.1a_3"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Milk only C02 (Electricity + Pre-farmgate all feed+ purchased milkers and heifers)",{"$f":"K127+K128+D572+AD246","v":348.4}]
[null,null,"Annual",{"$f":"(365*D16*D260)*10^-6","v":1.153152232700563E-2},{"$f":"(365*E16*E260)*10^-6","v":1.3624771732474429E-4},{"$f":"(281*F16*F260)*10^-6","v":6.2753093589049353E-5},{"$f":"(365*G16*G260)*10^-6","v":1.1211289730171041E-5},{"$f":"(281*H16*H260)*10^-6","v":6.4796892043463884E-5},{"$f":"(84*F16*I260)*10^-6","v":4.5901900800000001E-6},{"$f":"(84*H16*J260)*10^-6","v":4.1070661631999999E-6},{"$f":"(365*I16*K260)*10^-6","v":0},"Gg CH4/farm/annum",null,null,"Meat only CO2 (Other Livestock + purchased bulls and other stock)",{"$f":"H136+I136+AF246","v":111.60451509686919}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Dairy Livestock CO2 (Dairy Livestock)",{"$f":"D136+E136+F136+G136","v":2559.6582059339671}]
[null,"Grand total",{"$f":"SUM(D265:K265)","v":1.1815228575936259E-2},null,null,null,null,null,null,null,null,"Gg CH4/farm/year",null,null,"General Farm CO2 (Fertiliser + Fuel - Trees)",{"$f":"SUM(K125:K126)+SUM(K129:K131)+K134+K139+E572","v":564.68354354727387}]
[null,"Grand total",{"$f":"C267*28","v":0.33082640012621528},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year",null,null,"Total Farm CO2",{"$f":"SUM(P264:P267)","v":3584.3462645781101}]
[null,"Grand total",{"$f":"C268*10^3","v":330.82640012621528},null,null,null,null,null,null,null,null,"t CO2-e/farm/year",null,null,null,null,null,"Calculated from spreadsheet data"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total milk CO2 allocated emissions",{"$f":"P264+P266*Q262+P267*S262","v":3072.7182019942716},null,{"$f":"P270*1000/Q226","v":0.96647602790496123},"kg CO2 / kg FPCM"]
[null,"Faecal nitrous oxide calculation","Seasons",{"$f":"D14","v":"Milking Cows"},{"$f":"E14","v":"Heifers >1 yr age"},{"$f":"F14","v":"Heifers <1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)",{"$f":"I14","v":"Other stock > 1 yr age"},"Inventory reference",null,"Total meat CO2 allocated emissions",{"$f":"P265+P266*(1-Q262)+P267*(1-S262)","v":511.62806258383841},null,{"$f":"P270*1000/Q212","v":13.656525342196762},"kg CO2 / kg MS"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"P271*1000/P248","v":3.8620725614934019},"kg CO2 / kg LW"]
[null,"The crude protein intake of dairy cattle",null,"CPI = I x CP",null,null,null,null,null,null,null,null,"3B.1a_4",null,"% of total CO2 allocated to milk ",{"$f":"P270/P268","v":0.85726042496509225}]
[null,null,"Annual",{"$f":"D227*H42%","v":3.2268313741251773},{"$f":"E227*D45%","v":1.4321951999999998},{"$f":"F227*D45%","v":0.82255680000000009},{"$f":"G227*D45%","v":1.7677457999999999},{"$f":"H227*D45%","v":1.0616831999999998},null,null,{"$f":"K227*D45%","v":0.28084500000000001},"kg/head/day",null,null,"% of total CO2 allocated to meat",{"$f":"P271/P268","v":0.14273957503490775}]
[]
[null,"Nitrogen excreted in faeces (F)",null,"F = {0.3 x (CPI x (1 - [(DMD + 10) / 100])) + 0.105 x (ME x I x 0.008) + (0.0152 x I)} / 6.25",null,null,null,null,null,null,null,null,"3B.1a_6",null,"Meat Allocation Detail","kg LW sold",null,"tonnes of CO2","% of Meat","% of CO2","kg CO2 / kg LW"]
[null,null,null,"ME (Metabolisable energy) = 0.1604 x DMD - 1.037 ",null,null,null,null,null,null,null,null,null,null,"Cull Cows/bulls",{"$f":"P243","v":65650},null,{"$f":"$P$266*(1-$Q$262)*R251+$P$267*(1-$S$262)*T251","v":272.20147928579047},{"$f":"R277/$R$282","v":0.53203000224637964},{"$f":"S277*$P$274","v":7.5941736426469245E-2},{"$f":"R277*1000/P277","v":4.1462525405299386}]
[null,null,null,"1 / 6.25 = Factor for converting crude protein into nitrogen",null,null,null,null,null,null,null,null,null,null,"Calves at Birth",0,null,{"$f":"$P$266*(1-$Q$262)*R252+$P$267*(1-$S$262)*T252","v":0},{"$f":"R278/$R$282","v":0},{"$f":"S278*$P$274","v":0},{"$error":"#DIV/0!"}]
[null,null,"Annual",{"$f":"(0.3*((D274*(1-((F42+10)/100))))+(0.105*((0.1604*F42-1.037)*D227*0.008))+(0.0152*D227))/6.25","v":9.007452710366684E-2},{"$f":"(0.3*((E274*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*E227*0.008))+(0.0152*E227))/6.25","v":3.8307348944179198E-2},{"$f":"(0.3*((F274*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*F227*0.008))+(0.0152*F227))/6.25","v":2.2001170206412804E-2},{"$f":"(0.3*((G274*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*G227*0.008))+(0.0152*G227))/6.25","v":4.7282420165356796E-2},{"$f":"(0.3*((H274*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*H227*0.008))+(0.0152*H227))/6.25","v":2.8397154808627194E-2},5.4999999999999997E-3,5.0000000000000001E-3,{"$f":"(0.3*((K274*(1-((D44+10)/100))))+(0.105*((0.1604*D44-1.037)*K227*0.008))+(0.0152*K227))/6.25","v":7.5118443451200004E-3},"kg/head/day",null,null,"Calves Weaned",22575,null,{"$f":"$P$266*(1-$Q$262)*R253+$P$267*(1-$S$262)*T253","v":93.601651102463364},{"$f":"R279/$R$282","v":0.18294862605806581},{"$f":"S279*$P$274","v":2.6114009136748564E-2},4.1462525405299386]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Fattened Dairy Livestock",4250,null,{"$f":"$P$266*(1-$Q$262)*R254+$P$267*(1-$S$262)*T254","v":12.922487084651642},{"$f":"R280/$R$282","v":2.5257580710858846E-2},{"$f":"S280*$P$274","v":3.605256337077875E-3},3.0405851963886219]
[null,"Nitrogen retained (NR) by the body",null,"NR = {(0.032 x MP / 6.38) + {0.212-0.008 x (L - 2) - [(0.140 - 0.008 x (L - 2)) / (1+exp x (-6 x (Z - 0.4)))]} x (LWG x 0.92)} /6.25",null,null,null,null,null,null,null,null,"3B.1a_5",null,"Fattened Other Livestock",40000,null,{"$f":"P265+P267*(1-S262)*T255","v":132.90244511093297},{"$f":"R281/$R$282","v":0.25976379098469554},{"$f":"S281*$P$274","v":3.707857313461204E-2},3.3225611277733247]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total Meat",132475,null,{"$f":"SUM(R277:R281)","v":511.62806258383853},{"$f":"SUM(S277:S281)","v":0.99999999999999978},{"$f":"SUM(T277:T281)","v":0.14273957503490772},3.8620725614934028]
[null,null,"Dairy cattle standard reference weight to calculate relative size (Z)",null,null,null,null,null,null,null,null,null,"Table 5.A.3"]
[null,null,null,"Milking Cows","Heifers >1","Heifers <1","Mature bulls","Dairy Bulls <1","Dairy Bulls >1"]
[null,1,"Victoria",590,590,590,770,770,770]
[null,2,"New.South.Wales",590,590,590,770,770,770]
[null,3,"Tasmania",590,590,590,770,770,770]
[null,4,"Queensland",590,590,590,770,770,770]
[null,5,"South.Australia",590,590,590,770,770,770]
[null,6,"Western.Australia",590,590,590,770,770,770]
[null,7,"Northern.Territory",590,590,590,770,770,770]
[null,"Selected",{"$f":"VLOOKUP($D$12,$C$285:$I$291,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$C$285:$I$291,2,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$285:$I$291,3,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$285:$I$291,4,FALSE)","v":590},{"$f":"VLOOKUP($D$12,$C$285:$I$291,5,FALSE)","v":770},{"$f":"VLOOKUP($D$12,$C$285:$I$291,6,FALSE)","v":770},{"$f":"VLOOKUP($D$12,$C$285:$I$291,7,FALSE)","v":770}]
[null,null,"Z",{"$f":"IF(D292>0,D18/D292,0)","v":0.84745762711864403},0.59322033898305082,0.25423728813559321,0.77922077922077926,0.25974025974025972,0]
[]
[null,"L intake relative that that needed for maintenance",null,{"$f":"D227/(1.185+(0.00454*D18)-(0.0000026*(D18)^2)+((0.315*0)))^2","v":2.2011155277265146},{"$f":"E227/(1.185+(0.00454*E18)-(0.0000026*(E18)^2)+((0.315*0)))^2","v":1.1876605782065544},{"$f":"F227/(1.185+(0.00454*F18)-(0.0000026*(F18)^2)+((0.315*0)))^2","v":1.2588653776622303},{"$f":"G227/(1.185+(0.00454*G18)-(0.0000026*(G18)^2)+((0.315*0)))^2","v":1},{"$f":"H227/(1.185+(0.00454*H18)-(0.0000026*(H18)^2)+((0.315*0)))^2","v":1.3418234679879608},{"$f":"K227/(1.185+(0.00454*I18)-(0.0000026*(I18)^2)+((0.315*0)))^2","v":1}]
[]
[null,"Nitrogen retained (NR) by the body","Annual",{"$f":"((0.032*(Q216*1.03*D33/365)/6.38)+((0.212-0.008*(D295-2)-((0.14-0.008*(D295-2))/(1+EXP(-6*(D$293-0.4)))))*(0*0.92))/6.25)","v":9.4358798184967313E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(E295-2)-((0.14-0.008*(E295-2))/(1+EXP(-6*(E$293-0.4)))))*(E20*0.92))/6.25)","v":1.102347690796146E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(F295-2)-((0.14-0.008*(F295-2))/(1+EXP(-6*(F$293-0.4)))))*(F20*0.92))/6.25)","v":1.8030116065935624E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(G295-2)-((0.14-0.008*(G295-2))/(1+EXP(-6*(G$293-0.4)))))*(G20*0.92))/6.25)","v":0},{"$f":"((0.032*0/6.38)+((0.212-0.008*(H295-2)-((0.14-0.008*(H295-2))/(1+EXP(-6*(H$293-0.4)))))*(H20*0.92))/6.25)","v":2.5540745990623968E-2},{"$f":"((0.032*0/6.38)+((0.212-0.008*(I295-2)-((0.14-0.008*(I295-2))/(1+EXP(-6*(I$293-0.4)))))*(I20*0.92))/6.25)","v":0},null,null,"kg N/head/day"]
[]
[null,"Nitrogen excreted in urine (U)",null,"U = (CPI / 6.25) - NR - F - [(1.1 x 10^-4 x W^0.75) / 6.25]",null,null,null,null,null,null,null,null,"3B.1a_7"]
[null,null,"Annual",{"$f":"(D274/6.25)-D297-D279-((1.1*10^-4*D18^0.75)/6.25)","v":0.32999872114773893},{"$f":"(E274/6.25)-E297-E279-((1.1*10^-4*E18^0.75)/6.25)","v":0.17839623002243715},{"$f":"(F274/6.25)-F297-F279-((1.1*10^-4*F18^0.75)/6.25)","v":9.0823437454211092E-2},{"$f":"(G274/6.25)-G297-G279-((1.1*10^-4*G18^0.75)/6.25)","v":0.23342324346170468},{"$f":"(H274/6.25)-H297-H279-((1.1*10^-4*H18^0.75)/6.25)","v":0.11499539112288647},8.2000000000000007E-3,4.1999999999999997E-3,{"$f":"(K274/6.25)-I297-K279-((1.1*10^-4*I18^0.75)/6.25)","v":3.7423355654880003E-2},"kg N/head/day"]
[]
[null,"Total annual faecal (AF) nitrogen excreted ",null,"AF = ∑ (365 x N x F) x 10^-6 for > 1 yr olds, (281 x N X F) x 10^-6 for 0 to 1 yr olds and (84 x N x F) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8a"]
[]
[null,null,"Annual",{"$f":"(365*D16*D279)*10^-6","v":1.4794741076777277E-2},{"$f":"(365*E16*E279)*10^-6","v":1.6778618837550489E-3},{"$f":"(281*F16*F279)*10^-6","v":7.7279110350024971E-4},{"$f":"(365*G16*G279)*10^-6","v":1.3806466688284183E-4},{"$f":"(281*H16*H279)*10^-6","v":7.9796005012242413E-4},{"$f":"(84*F16*I279)*10^-6","v":5.7749999999999994E-5},{"$f":"(84*H16*J279)*10^-6","v":4.1999999999999998E-5},{"$f":"(365*I16*K279)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Total annual urinary (AU) nitrogen excreted",null,"AU = ∑ (365 x N x U) x 10^-6 for > 1 yr olds, (281 x N X U) x 10^-6 for 0 to 1 yr olds and (84 x N x U) x 10^-6 for unweaned",null,null,null,null,null,null,null,null,"3B.1a_8b"]
[]
[null,null,"Annual",{"$f":"(365*D16*D300)*10^-6","v":5.4202289948516114E-2},{"$f":"(365*E16*E300)*10^-6","v":7.8137548749827469E-3},{"$f":"(281*F16*F300)*10^-6","v":3.1901732405791644E-3},{"$f":"(365*G16*G300)*10^-6","v":6.8159587090817762E-4},{"$f":"(281*H16*H300)*10^-6","v":3.2313704905531098E-3},{"$f":"(84*F16*I300)*10^-6","v":8.6100000000000006E-5},{"$f":"(84*H16*J300)*10^-6","v":3.5280000000000001E-5},{"$f":"(365*I16*K300)*10^-6","v":0},"Gg N/farm/annum"]
[]
[null,"Annual faecal and urinary nitrogen in the different manure management systems",null,"FNMMS = (AF x MMS) +(AU x MMS)"]
[]
[null,"Sum of faecal and urine N","Annual",{"$f":"D308+D304","v":6.8997031025293393E-2},9.4916167587377961E-3,3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,{"$f":"I308+I304","v":1.4385E-4},7.7279999999999992E-5,{"$f":"K308+K304","v":0},"Gg N/farm/annum"]
[]
[]
[null,"Manure Management Systems (MMS)",null,"FNMMS = (AF x MMS) +(AU x MMS)",null,null,null,null,null,null,null,"EF (kg N20-N kg/N excreted)","Table 5.A.9"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"D312*C90%","v":8.0036555989340327E-3},{"$f":"E312*$C$91%","v":0},{"$f":"F312*$C$91%","v":0},0,0,0,0,{"$f":"K312*$C$91%","v":0},0]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"D312*D90%","v":7.589673412782274E-4},{"$f":"E312*$D$91%","v":0},{"$f":"F312*$D$91%","v":0},0,0,0,0,0,0]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"D312*E90%","v":3.794836706391137E-4},{"$f":"E312*$E$91%","v":0},0,0,0,0,0,0,0]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"D312*F90%","v":1.6973269632222176E-3},{"$f":"E312*$F$91%","v":3.9006644213990943E-3},1.628615483868252E-3,3.3684679635247373E-4,1.6558892632913152E-3,5.9116438356164377E-5,3.1758904109589037E-5,0,5.0000000000000001E-3]
[]
[null,"MMS = 8 Pasture range and paddock","Annual",{"$f":"D312*G90%","v":5.815759745121981E-2},{"$f":"E312*$G$91%","v":5.5909523373387018E-3},2.3343488602111614E-3,4.8281374143854572E-4,2.3734412773842189E-3,8.4733561643835623E-5,4.5521095890410955E-5,0,0]
[]
[null,"Total emissions (FN + UN) MMS","Annual",{"$f":"SUM(D316,D318,D320,D322,D324)","v":6.8997031025293407E-2},{"$f":"SUM(E316,E318,E320,E322,E324)","v":9.4916167587377961E-3},3.9629643440794136E-3,8.1966053779101945E-4,4.0293305406755341E-3,1.4385E-4,7.7279999999999992E-5,0,"Gg N/farm/annum","3B.1a_9a & 9b"]
[]
[null,"Total emissions (FN + UN) MMS without voided onto pastures","Annual",{"$f":"((D316*$L$316)+(D318*$L$318)+(D320*$L$320)+(D322*$L$322))*44/28","v":1.3336140425317424E-5},3.0648077596707165E-5,1.2796264516107696E-5,2.6466533999122935E-6,1.3010558497288905E-5,4.6448630136986295E-7,2.495342465753424E-7,{"$f":"((K316*$L$316)+(K318*$L$318)+(K320*$L$320)+(K322*$L$322))*44/28","v":0},"Gg N2O-N/kg N excreted)","3B.1a_10c"]
[]
[null,null,"MNATMOS = (FN + UN) x FracGASM",null,null,null,null,null,null,null,null,"FracGASM (kg N2O-N/kg N excreted)","Table 5.A.9"]
[null,"MMS 1 = Anaerobic lagoon","Annual",{"$f":"D316*$L331","v":2.8012794596269115E-3},0,0,0,0,0,0,0,0.35]
[]
[null,"MMS 3a= Sump and dispersal","Annual",{"$f":"D318*$L333","v":5.3127713889475924E-5},0,0,0,0,0,0,0,7.0000000000000007E-2]
[]
[null,"MMS 3b= Drain to paddock","Annual",{"$f":"D320*$L335","v":7.5896734127822748E-5},0,0,0,0,0,0,0,0.2]
[]
[null,"MMS 4= Solid storage ","Annual",{"$f":"D322*$L337","v":5.0919808896666529E-4},1.1701993264197283E-3,4.8858464516047563E-4,1.0105403890574211E-4,4.9676677898739449E-4,1.7734931506849313E-5,9.5276712328767105E-6,0,0.3]
[]
[null,"MMS = 8 Pasture range and paddock","Annual",{"$f":"D324*$L339","v":0},0,0,0,0,0,0,0,0,"3B.5a_1"]
[]
[null,"Total N lost through volatilisation of manure management systems",null,"MNATMOS x EF x C",null,null,null,null,null,null,null,"EF (Gg N2O-N/Gg N)"]
[null,null,null,{"$f":"SUM(D331:D337)*$L$342*44/28","v":2.1079233664943794E-5},7.1716501576294774E-6,2.9943258967692006E-6,6.1931689557947666E-7,3.0444706883656034E-6,1.0868979452054792E-7,5.8391013698630125E-8,0,3.8999999999999998E-3,"3B.5a_2"]
[]
[null,"Total indirect N2O lost through volatilisation of manure in storage",null,{"$f":"SUM(D342:J342)*265*10^3","v":9.2951606995492835},null,null,null,null,null,null,null,"t CO2e/annum"]
[]
[null,"Indirect storage waste lost through leaching/runoff",null,"MNLeach = (FNMMS=4 + UNMMS = 4) x FracWET x FracLEACH",null,null,null,null,null,null,null,"FracWET ","3B.5a_3"]
[null,null,null,null,null,null,null,null,null,null,null,1]
[null,"Solid storage only leached",null,{"$f":"D322*$L$347*$L$349","v":3.3946539264444355E-5},7.8013288427981883E-5,3.2572309677365043E-5,6.7369359270494746E-6,3.3117785265826304E-5,1.1823287671232875E-6,6.3517808219178073E-7,0,"FracLEACH"]
[null,null,null,null,null,null,null,null,null,null,null,0.02]
[null,null,null,"E = MNLeach x EF x C",null,null,null,null,null,null,null,"EF"]
[null,null,null,{"$f":"D348*$L$351*44/28","v":5.867901787139666E-7},1.3485154142551154E-6,5.6303563870873846E-7,1.1645274959614091E-7,5.7246457388071187E-7,2.0437397260273972E-8,1.0979506849315067E-8,0,1.0999999999999999E-2]
[]
[null,"Total indirect N2O lost through leaching/runoff from solid storage system",null,{"$f":"SUM(D351:K351)*265*10^3","v":0.85294899670502955},null,null,null,null,null,null,null,"t CO2e/annum","3B.5a_4"]
[]
[null,"Data Input",null,null,null,null,null,null,null,null,null,"Units","Inventory reference"]
[null,"N2O emissions from synthetic fertiliser"]
[null,"Mass of fertiliser applied (M)","M = TM x FN",null,null,null,null,null,null,null,null,null,"3D1_1"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FN = fraction of N applied to production system",null,null,null,null,null,null,null,null,null,"Appendix 6.H.1"]
[]
[null,"N Fertiliser Pastures",null,{"$f":"IF($U$209=1,($C$51*G51*10^-6),(G51*10^-3))","v":5.5E-2},null,null,null,null,null,null,null,"Gg N/annum"]
[null,"N Fertiliser Crops",null,{"$f":"IF($U$209=1,($C$53*G53)*10^-6,(G53*10^-3))","v":0},null,null,null,null,null,null,null,"Gg N/annum"]
[]
[null,"Annual N2O emissions from the addition of synthetic fertiliser (E)","E = (M x EF x Cg)",null,null,null,null,null,null,null,null,"Gg N2O/annum","3D1_2"]
[null,null,"EF = Emission factor",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Table 5.23"]
[]
[null,"Production system","Emission factor",null,"N Fertiliser Pastures",null,{"$f":"D361*$C$368*44/28","v":3.3707142857142849E-4},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated pasture",3.8999999999999998E-3,null,"N Fertiliser crops",null,{"$f":"D362*$C$368*44/28","v":0},null,null,null,null,"Gg N2O/annum"]
[null,"Irrigated crop",8.5000000000000006E-3]
[null,"Non-irrigated pasture",2.0999999999999999E-3]
[null,"Non-irrigated crop",2E-3]
[null,"Sugar cane",1.9900000000000001E-2]
[null,"Cotton",5.4999999999999997E-3]
[null,"Horticulture",8.5000000000000006E-3]
[]
[]
[]
[]
[null,"Grand total from fertiliser application",{"$f":"SUM(G367:G368)","v":3.3707142857142849E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C379*265","v":8.9323928571428554E-2},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total from fertiliser application",{"$f":"C380*10^3","v":89.323928571428553},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"N2O emissions from animal waste (manure) applied to soils"]
[null,"The nitrogen content of animal manure applied to agricultural soils","MN soil =AEMMS=1-13 - EFMSS=1-13-FracGASMMMS=1-13 -MNLeachMMS=1-13",null,null,null,null,null,null,null,null,null,"3DA_3"]
[null,null,"AE = mass of nitrogen excreted to manure management systems"]
[null,null,"EF = direct emissions of N2O from different manure management systems (total MMS)"]
[null,null,"FracGASM = fraction of animal waste N volatilised from the different manure management systems"]
[null,null,"MNLeach = mass of animal waste N leached/ runoff from the solids storage system only"]
[]
[null,null,null,{"$f":"D14","v":"Milking Cows"},{"$f":"E14","v":"Heifers >1 yr age"},{"$f":"F14","v":"Heifers <1 yr age"},{"$f":"G14","v":"Mature bulls"},{"$f":"H14","v":"Other stock < 1 yr age "},"Unweaned heifers","Unweaned bulls","Bulls/steers (1-2 yrs)"]
[null,"MN Soil for lagoon","Annum",{"$f":"((D$312*C90%)*(1-$L316-$L331))-0","v":5.2023761393071213E-3},{"$f":"((E$312*$C$91%)*(1-$L316-$L331))-0","v":0},0,0,0,0,0,0]
[]
[null,"MN Soil for sump and dispersal","Annum",{"$f":"(($D$312*D90%)*(1-$L318-$L333))-0","v":7.058396273887514E-4},{"$f":"((E$312*$D$91%)*(1-$L318-$L333))-0","v":0},0,0,0,0,0,0]
[]
[null,"MN Soil for drains to paddock","Annum",{"$f":"(($D$312*E90%)*(1-$L320-$L335))-0","v":3.0358693651129099E-4},{"$f":"((E$312*$E$91%)*(1-$L320-$L335))-0","v":0},0,0,0,0,0,0]
[]
[null,"MN Soil to solid storage","Annum",{"$f":"(($D$312*F90%)*(1-$L322-$L337))-D348","v":1.1456957001749969E-3},{"$f":"((E$312*$F$91%)*(1-$L322-$L337))-E348","v":2.6329484844443887E-3},1.0993154516110704E-3,2.2737158753791979E-4,1.1177252527216379E-3,3.9903595890410956E-5,2.1437260273972603E-5,0]
[]
[null,"Total for MN Soil","Annum",{"$f":"SUM(D391:D397)","v":7.3574984033821615E-3},{"$f":"SUM(E391:E397)","v":2.6329484844443887E-3},1.0993154516110704E-3,2.2737158753791979E-4,1.1177252527216379E-3,3.9903595890410956E-5,2.1437260273972603E-5,0]
[]
[null,"N2O emissions from animal waste","E = MN soil x EF x Cg",null,null,null,null,null,null,null,null,null,"3DA_4"]
[null,null,"EF (manure) ",0.01]
[null,null,"Annum",{"$f":"D399*$D$402*44/28","v":1.1561783205314825E-4},{"$f":"E399*$D$402*44/28","v":4.1374904755554677E-5},1.7274957096745392E-5,3.5729820898815966E-6,1.7564253971340025E-5,6.2705650684931505E-7,3.3687123287671239E-7,{"$f":"K399*$D$402*44/28","v":0},"Gg N2O/farm/season"]
[]
[null,"Biological nitrogen fixation","M = P x R x DM x CC x NC",null,null,null,null,null,null,null,null,null,"4D1_5"]
[null,null,"M = mass of N fixed by crops and pastures",null,null,null,null,null,null,null,null,"Gg N","Not used currently"]
[null,null,"P = annual production of crop",null,null,null,null,null,null,null,null,"Gg"]
[null,null,"R = residue to crop ratio",null,null,null,null,null,null,null,null,"kg crop residue/kg crop"]
[null,null,"DM = dry matter content ",null,null,null,null,null,null,null,null,"kg dry weight/kg crop residue"]
[null,null,"CC = mass fraction of carbon in crop residue"]
[null,null,"NC = nitrogen to carbon ratio in crop residue"]
[]
[null,"Annual N2O production from N fixing crops","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_6"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[null,"The application of crop residues"]
[null,"The mass of N in crop residues returned to soils ","M = P x R x DM x CC x NC x (1- F - FFOD)",null,null,null,null,null,null,null,null,null,"4D1_7"]
[null,null,"M = mass of N in crop residues",null,null,null,null,null,null,null,null,null,"Not used currently"]
[null,null,"F = fraction of the crop that is burnt"]
[null,null,"FFOD = fraction of the crop that is removed"]
[]
[null,"Annual N2O production from crop residues ","E = M x EF x Cg",null,null,null,null,null,null,null,null,"Gg N2O","4D1_8"]
[null,null,"EF = 0.0125",null,null,null,null,null,null,null,null,"Gg N2O-N/Gg N","Not used currently"]
[]
[]
[]
[null,"Annual N2O production from cultivation of histosols","E = A x EF x Cg x 10^-6",null,null,null,null,null,null,null,null,"Gg N2O","4D1_9"]
[null,null,"A = area of cultivated histosols ",null,null,null,null,null,null,null,null,"ha","Not used currently"]
[null,null,"EF = 8",null,null,null,null,null,null,null,null,"kg N2O-N/ha"]
[]
[]
[]
[null,"Animal production"]
[null,"The faecal and urinary nitrogen excreted on pasture and paddock",null,null,null,null,null,null,null,null,null,null,"3.D.A.3"]
[null,null,"FN soil = AF x MMS"]
[]
[null,null,"Annum",{"$f":"D304*G$90%","v":1.2470487253615568E-2},{"$f":"E304*$G$91%","v":9.8832960275982342E-4},4.552057185001471E-4,8.1325762684413683E-5,4.7003126240087998E-4,3.4017123287671233E-5,2.4739726027397261E-5,0,"Gg N/farm/season"]
[]
[null,null,"UN soil = AU x MMS"]
[]
[null,null,"Annum",{"$f":"D308*$G$90%","v":4.5687110197604235E-2},{"$f":"E308*$G$91%","v":4.6026227345788784E-3},1.8791431417110147E-3,4.0148797875413201E-4,1.9034100149833387E-3,{"$f":"I308*$G$91%","v":5.071643835616439E-5},2.07813698630137E-5,{"$f":"K308*$G$91%","v":0},"Gg N/farm/season"]
[]
[null,"Total N2O production from animal waste voided in the field by grazing livestock","E = (FN soil x EF x Cg) + (UN soil x EF x Cg)",null,null,null,null,null,null,null,null,null,"3DA_6"]
[null,null,"EF (faeces)",4.0000000000000001E-3]
[null,null,"EF (urine)",4.0000000000000001E-3]
[]
[null,null,"Annum",{"$f":"(D438*$D$445*44/28)+(D442*$D$446*44/28)","v":3.65562041121953E-4},{"$f":"(E438*$D$445*44/28)+(E442*$D$446*44/28)","v":3.5143128977557555E-5},1.4673049978470159E-5,3.03482923189943E-6,1.4918773743557945E-5,{"$f":"(I438*$D$445*44/28)+(I442*$D$446*44/28)","v":5.3261095890410966E-7},2.8613260273972605E-7,{"$f":"(K438*$D$445*44/28)+(K442*$D$446*44/28)","v":0},"Gg N2O/farm/season"]
[]
[null,"Total N2O emissions from manure, faeces and urine"]
[null,null,"Annum",{"$f":"D403+D448","v":4.8117987317510127E-4},{"$f":"E403+E448","v":7.6518033733112225E-5},3.1948007075215549E-5,6.6078113217810266E-6,3.248302771489797E-5,{"$f":"I403+I448","v":1.1596674657534247E-6},6.2300383561643844E-7,0,"Gg N2O/farm/season"]
[]
[null,"Grand total",{"$f":"SUM(D451:K451)","v":6.3051942432147798E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Grand total",{"$f":"C453*265","v":0.16708764744519167},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[null,"Grand total",{"$f":"C454*10^3","v":167.08764744519166},null,null,null,null,null,null,null,null,"t CO2-e/farm/year"]
[]
[null,"Atmospheric nitrogen deposition","M = TM x FracGASF",null,null,null,null,null,null,null,null,null,"3DB_1"]
[null,null,"M = mass of synthetic fertiliser volatilised ",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"TM = total mass of fertiliser",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracGASF ",0.11,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D361*D460","v":6.0499999999999998E-3},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D362*D460","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste volatilised ","M = (MNsoil + UNsoil + FNsoil) x FracGASMsoil",null,null,null,null,null,null,null,null,null,"3DB_2"]
[null,null,"FracGASM = the fraction of N volatilised in each MMS",0.21,null,null,null,null,null,null,null,null,"Table 6.31"]
[]
[null,"Animal waste","Annum",{"$f":"(D399+D438+D442)*$D$468","v":1.3758170129466413E-2},{"$f":"(E399+E438+E442)*$D$468","v":1.7270191725744489E-3},7.2106950548266881E-4,1.4913891908505776E-4,7.3314497132222981E-4,2.6173803082191783E-5,1.4061254794520548E-5,{"$f":"(K399+K438+K442)*$D$468","v":0},"Gg N/farm/season"]
[]
[null,"The mass of savanna burning and field burning of agricultural residue NOx-N emissions that volatilise (M)","M = E / (46/14)",null,null,null,null,null,null,null,null,"Gg N","4D3_3"]
[null,null,"E = NOx emissions from savanna burning and field burning of agricultural residues",null,null,null,null,null,null,null,null,"Gg NOx","Not used currently"]
[null,null,"46/14 = factor to convert elemental mass of NOx to molecular mass"]
[]
[null,"Annual N2O production from atmospheric deposition (indirect ammonia)","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"3DB_4"]
[null,null,"M = mass of N volatilised from subset k",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF",4.0000000000000001E-3,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D462*D478*44/28","v":3.8028571428571422E-5},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D463*D478*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D470*$D$478*44/28","v":8.647992652807461E-5},1.0855549084753678E-5,4.5324368916053466E-6,9.3744463424893466E-7,4.6083398197397309E-6,1.6452104794520548E-7,8.8385030136986294E-8,0,"Gg N2O/farm/annum"]
[]
[null,"Total","Annum",{"$f":"SUM(D480:D481)+SUM(D485:K485)","v":1.456951744650759E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[null,"Grand total",{"$f":"SUM(D487:D487)","v":1.456951744650759E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from indirect ammonia losses",{"$f":"C489*265","v":3.860922123324511E-2},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[null,"Leaching of organic nitrogen and subsequent denitrification in rivers and estuaries"]
[null,"The mass of fertiliser N applied to soils that is lost through leaching and runoff (M)","M = M x FracWET x FracLEACH",null,null,null,null,null,null,null,null,null,"3DB_5"]
[null,null,"M = mass of fertiliser in each production system",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"FracWET =",1,null,null,null,null,null,null,null,null,"Appendix 5.J.1"]
[null,null,"FracLEACH = ",0.24,null,null,null,null,null,null,null,"Gg N/Gg applied"]
[]
[null,"Fertiliser","Pastures",{"$f":"D361*$D$495*$D$496","v":1.32E-2},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[null,null,"Crops",{"$f":"D362*$D$495*$D$496","v":0},null,null,null,null,null,null,null,"Gg N/farm/annum"]
[]
[]
[]
[null,"The mass of animal waste N applied to soils that is lost through leaching and runoff (M)","M = (Mnsoil + UN soil + FN soil) x FracWET x FracLEACH",null,null,null,null,null,null,null,null,"Gg N/farm/season","3DB_6"]
[null,null,"Mnsoil = mass of manure N applied to soils (animal wastes applied to soils)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Unsoil = mass of urinary N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[null,null,"Fnsoil =mass of faecal N applied to soils (animal production)",null,null,null,null,null,null,null,null,"Gg N/farm/season"]
[]
[null,null,"Annum",{"$f":"SUM(D399,D442,D438)*$D$495*$D$496","v":1.5723623005104471E-2},1.9737361972279417E-3,8.2407943483733565E-4,1.7044447895435172E-4,8.3787996722540549E-4,2.991291780821918E-5,1.6070005479452057E-5,{"$f":"SUM(K399,K442,K438)*$D$495*$D$496","v":0},"Gg N/farm/season"]
[]
[null,"Total N2O production from leaching and runoff","E = M x EF x Cg",null,null,null,null,null,null,null,null,null,"3DB_10"]
[null,null,"M = mass of N lost through leaching and runoff",null,null,null,null,null,null,null,null,"Gg N"]
[null,null,"EF ",1.0999999999999999E-2,null,null,null,null,null,null,null,"Gg N2O-N/Gg N"]
[]
[null,"Fertiliser","Pastures",{"$f":"D498*$D$512*44/28","v":2.2817142857142853E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,null,"Crops",{"$f":"D499*$D$512*44/28","v":0},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[]
[]
[]
[null,"Animal waste","Annum",{"$f":"D508*$D$512*44/28","v":2.7179405480252011E-4},{"$f":"E508*$D$512*44/28","v":3.411743998065442E-5},1.4244801659331087E-5,2.9462545647823654E-6,1.448335371918201E-5,5.1706615068493151E-7,2.7778152328767124E-7,0,"Gg N2O/farm/season"]
[]
[null,"Total","Annum",{"$f":"SUM(D514:D515)+SUM(D519:K519)","v":5.6655218097187118E-4},null,null,null,null,null,null,null,"Gg N2O/farm/annum"]
[null,"Grand total",{"$f":"D521","v":5.6655218097187118E-4},null,null,null,null,null,null,null,null,"Gg N2O/farm/year"]
[null,"Total CO2-e emissions from leaching and runoff (indirect nitrate)",{"$f":"C522*265","v":0.15013632795754586},null,null,null,null,null,null,null,null,"Gg CO2-e/farm/year"]
[]
[]
[]
[]
[]
[null,"Energy - Fuel and Electricity"]
[]
[null,null,null,"Scope 1 emission factor (kg CO2e/ GJ )",null,null,null,"Scope 3 emission factor (kg CO2e/GJ)",null,"Scope 1 emission factor (t CO2e/kL diesel)",null,null,null,null,"Scope 3 emissions (t CO2e/kL diesel)"]
[null,"Transport vehicles (post-2004)","Energy content factor (Gg/kL)","Total","CO2","CH4","N2O",null,null,"Total","CO2","CH4","N2O",null,"Total"]
[null,"Diesel ",38.6,{"$f":"SUM(E533:G533)","v":70.5},69.900000000000006,0.1,0.5,3.6,null,{"$f":"D533*$C533/1000","v":2.7213000000000003},{"$f":"C533*E533/1000","v":2.6981400000000004},{"$f":"F533*C533/1000","v":3.8600000000000001E-3},{"$f":"G533*C533/1000","v":1.9300000000000001E-2},null,{"$f":"C533*H533/1000","v":0.13896}]
[]
[null,"Fuel type ","Quantity (L/annum)","Quantity kL/year","Scope 1 emissions t CO2-e/annum",null,null,null,"Scope 3 emissions t CO2-e/annum",null,null,"Total emissions t CO2-e/annum (Scope 1 and 3)"]
[null,null,null,null,"CO2","CH4","N2O","Total ",null,"Total "]
[null,"Diesel",{"$f":"G63+G65","v":15000},{"$f":"C537/1000","v":15},{"$f":"$D$537*K533","v":40.472100000000005},{"$f":"$D$537*L533","v":5.79E-2},{"$f":"$D$537*M533","v":0.28950000000000004},{"$f":"SUM(E537:G537)","v":40.819499999999998},null,{"$f":"$D$537*O533","v":2.0844},null,{"$f":"H537+J537","v":42.9039}]
[null,"Total",null,null,{"$f":"SUM(E537:E537)","v":40.472100000000005},{"$f":"SUM(F537:F537)","v":5.79E-2},{"$f":"SUM(G537:G537)","v":0.28950000000000004},{"$f":"SUM(H537:H537)","v":40.819499999999998},null,{"$f":"SUM(J537:J537)","v":2.0844},null,{"$f":"SUM(L537:L537)","v":42.9039}]
[]
[]
[null,null,"Quantity (kWh/annum)",null,"Option","Selected"]
[null,"Electricity consumption",{"$f":"C63","v":175000},"Source","State Grid",{"$f":"C65","v":"State Grid"},null,"If from the grid but not all renewable, % that is ",null,{"$f":"C67","v":10}]
[null,null,null,null,"100% renewable"]
[null,null,null,null,null,null,null,"Scope 2 emission factor (kg CO2e-kWh)",null,{"$f":"IF(F542=\"State Grid\",(C555*(1-J542%)),0)","v":0.91800000000000004}]
[]
[null,null,null,null,null,null,null,"Scope 2 emissions (t CO2e/annum)",null,{"$f":"J544*C542/1000","v":160.65}]
[null,"State","Scope 2 emission factor (kg CO2e/kWh)","Scope 3 emission factor (kg CO2e/kWh)"]
[1,"Victoria",1.02,0.1,null,null,null,"Scope 3 emission factor (kg CO2e-kWh)",null,{"$f":"IF(F542=\"State Grid\",(D555*(1-J542%)),0)","v":9.0000000000000011E-2}]
[2,"New.South.Wales",0.81,0.09]
[3,"Tasmania",0.15,0.02,null,null,null,"Scope 3 emissions (t CO2e/annum)",null,{"$f":"C542*J548/1000","v":15.750000000000002}]
[4,"Queensland",0.81,0.12]
[5,"South.Australia",0.44,0.1,null,null,null,"Full carbon emissions (t CO2e/annum)",null,{"$f":"J546+J550","v":176.4}]
[6,"Western.Australia",0.69,0.04]
[7,"Northern.Territory",0.63,0.08]
["Selected",{"$f":"VLOOKUP($D$12,$B$548:$E$554,1,FALSE)","v":"Victoria"},{"$f":"VLOOKUP($D$12,$B$548:$E$554,2,FALSE)","v":1.02},{"$f":"VLOOKUP($D$12,$B$548:$E$554,3,FALSE)","v":0.1}]
[]
[]
[null,"Pre-farm embedded and fertiliser inputs"]
[]
[null,"Product","Amount (t DM)","Emission factor","GHG emissions (t CO2e)"]
[null,"Pasture hay",{"$f":"C70","v":200},0.16,{"$f":"C561*D561","v":32},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"Pasture silage",{"$f":"G70","v":0},0.16,{"$f":"C562*D562","v":0},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"Grain/concentrates",{"$f":"C74","v":700},0.2,{"$f":"C563*D563","v":140},"Factor altered to match SB-GAF, taken from SimaPro Pre AR5"]
[null,"By-products",{"$f":"G74","v":180},0,{"$f":"C564*D564","v":0}]
[null,"Total",null,null,{"$f":"SUM(E561:E564)","v":172}]
[]
[null,null,"% to milking platform","GHG to milking platform","GHG to support block",null,"Imported feed from DB","Milking platform","Support block","Total purchased","% to milking platform"]
[null,"Hay emissions to milking platform",100,{"$f":"E561*C568%","v":32},{"$f":"(100-C568)%*E561","v":0},null,"Hay",0,0,{"$f":"FeedHayPurchasedTDMMilking+FeedHayPurchasedTDMSupport","v":675},{"$f":"FeedHayPurchasedTDMMilking/(FeedHayPurchasedTDMMilking+FeedHayPurchasedTDMSupport)*100","v":47.736625514403286}]
[null,"Silage emissions to milking platform",100,{"$f":"E562*C569%","v":0},{"$f":"(100-C569)%*E562","v":0},null,"Silage",0,0,{"$f":"FeedSilagePurchasedTDMMilking+FeedSilagePurchasedTDMSupport","v":250},{"$f":"(FeedSilagePurchasedTDMMilking/(FeedSilagePurchasedTDMMilking+FeedSilagePurchasedTDMSupport))*100","v":57.142857142857139}]
[null,"Grain/concentrate emissions to milking platform",100,{"$f":"E563*C570%","v":140},{"$f":"(100-C570)%*E563","v":0},null,"Grain/conc",0,0,{"$f":"FeedConcPurchasedTDMMilking+FeedConcPurchasedTDMSupport","v":1200},{"$f":"(FeedConcPurchasedTDMMilking/(FeedConcPurchasedTDMMilking+FeedConcPurchasedTDMSupport)*100)","v":62.5}]
[null,"By-product emissions to milking platform",100,{"$f":"E564*C571%","v":0},{"$f":"(100-C571)%*E564","v":0},null,"Other",0,0,{"$f":"FeedOtherPurchasedTDMMilking+FeedOtherPurchasedTDMSupport","v":152},{"$f":"FeedHayPurchasedTDMMilking/(FeedHayPurchasedTDMMilking+FeedHayPurchasedTDMSupport)*100","v":47.736625514403286}]
[null,"Total",null,{"$f":"SUM(D568:D571)","v":172},{"$f":"SUM(E568:E571)","v":0}]
[null,null,null,null,{"$f":"E572+D572","v":172},null,"Emission factor for grain/conc if coming from DB",0.2]
[]
[null,null,"Amount (t fertiliser)"]
[null,"N fertiliser (urea Emission factor)",{"$f":"IF($U$209=1,((G51*C51)+(G53*C53))/1000,(G51+G53))","v":55},1.8,{"$f":"C576/0.46*D576","v":215.21739130434781},"N, P, S and lime taken from a range of sources, check emails to/from Richard Eckard around 20-23 June 2022"]
[null,"P fertiliser (SSP emission factor)",{"$f":"IF($U$209=1,((G58*$C$58)+(G60*$C$60))/1000,(G58+G60))","v":10},0.2,{"$f":"C577/0.09*D577","v":22.222222222222225}]
[null,"K fertiliser (MOP emission factor)",{"$f":"IF($U$209=1,((H58*$C$58)+(H60*$C$60))/1000,(H58+H60))","v":3},0.13100000000000001,{"$f":"C578/0.5*D578","v":0.78600000000000003}]
[null,"S fertiliser (SSP emission factor)",{"$f":"IF($U$209=1,((I58*$C$58)+(I60*$C$60))/1000,(I58+I60))","v":3},0.2,{"$f":"C579/0.11*D579","v":5.454545454545455}]
[null,"Lime",{"$f":"IF($U$209=1,(((J58*$C$58)+(J60*$C$60))/1000),(J58+J60))","v":150},2.5000000000000001E-2,{"$f":"C580*D580","v":3.75}]
[null,"Total",null,null,{"$f":"IF(C577>C579,E577,E579)+E576+E578+E580","v":241.97561352657004}]
[]
[null,"Carbon dioxide from urea"]
[null,"N fertiliser converted to urea (t fertiliser)",{"$f":"C576/0.46","v":119.56521739130434}]
[null,"% of N fertiliser applied as urea",{"$f":"IF(G55=\"\",100,G55)","v":95}]
[null,"N fertiliser as urea",{"$f":"C584*C585%","v":113.58695652173913}]
[null,"EF for urea",0.2]
[null,"Emission (t CO2e/annum)",{"$f":"C586*C587*44/12","v":83.297101449275374}]
[]
[null,"Carbon dioxide from liming"]
[null,"Mass of lime applied to soils",{"$f":"C580","v":150}]
[null,"Fractional purity of lime",1]
[null,"EF for lime",0.12]
[null,"Emission (Gg CO2e/annum)",{"$f":"(C591*C592*C593*44/12)/1000","v":6.6000000000000003E-2}]
[null,"Emission (t CO2e/annum)",{"$f":"C594*1000","v":66}]
[]
[]
[]
[]
[]
[]
[null,"Tree carbon sequestration"]
[]
[null,"Data Input",null,null,"Amount of carbon sequestered by trees",null,null,null,"Location"]
[null,"State",{"$f":"D12","v":"Victoria"},null,{"$f":"CONCATENATE(\"Amount of carbon grown in the trees between Year \",FIXED(C612-1,0),\" and Year \",FIXED(C612,0),\" = \")","v":"Amount of carbon grown in the trees between Year 14 and Year 15 = "},{"$f":"IF(ISERROR(F629),\"\",F629)","v":0.80000000000000071}," tonnes per hectare",null,"NSW",null,null,null,null,null,null,null,"Chart source data"]
[null,"Region",{"$f":"C81","v":"South West VIC"},null,null,null,null,null,"TAS"]
[null,null,null,null,"Annual CO2 equivalent (1 tonne tree carbon = 3.67 tonnes CO2) =",{"$f":"IF(ISERROR(-F605*F612),\"\",F605*F612)","v":2.9360000000000026}," tonnes per hectare",null,"WA",null,null,null,null,null,null,null,"Location",{"$f":"CONCATENATE(C605,\" -- \",C606)","v":"Victoria -- South West VIC"}]
[null,"Species of Tree",{"$f":"C83","v":"Mixed species (Environmental Plantings)"},null,null,null,null,null,"SA",null,null,null,null,null,null,null,"Tree type",{"$f":"C608","v":"Mixed species (Environmental Plantings)"}]
[null,"Soil Type","Decommisioned as zero or little difference in soil type",null,{"$f":"CONCATENATE(\"Annual amount of CO2-e sequestered by trees on the \",FIXED(C611,0),\" hectares = \")","v":"Annual amount of CO2-e sequestered by trees on the 10 hectares = "},{"$f":"IF(ISERROR(F607*C611),0,(F607*C611))","v":29.360000000000028},{"$f":"IF(F607>0,CONCATENATE(\"Total tonnes CO2 sequestered in Year \",C612),\"\")","v":"Total tonnes CO2 sequestered in Year 15"},null,"VIC",null,null,null,null,null,null,null,"Soil type",{"$f":"C609","v":"Decommisioned as zero or little difference in soil type"}]
[null,null,null,null,null,null,null,null,"QLD",null,null,null,null,null,null,null,"Years","Total Tree Carbon production",null,"Annual Carbon production","Current year"]
[null,"Area of trees",{"$f":"G79","v":10},null,null,null,null,null,"NT",null,null,null,null,null,null,null,0,0,null,0,{"$f":"IF(Q611=$E$627,R611-0,\"\")","v":""}]
[null,"Age of trees",{"$f":"I79","v":15},null,"CO2 -equivalent factor (per tonne of tree carbon grown): ",3.67,null,null,null,null,null,null,null,null,null,null,1,{"$f":"IF($F$629>0,HLOOKUP($E$624,$B$717:$HX$817,Q612+1,FALSE),0)","v":0.28999999999999998},null,{"$f":"AVERAGE(T611,T613)","v":2.5000000000000022E-2},{"$f":"IF(Q612=$E$627,R612-0,\"\")","v":""}]
[null,null,null,null,null,"Tonnes per Ha","Total Tonnes",null,null,null,null,null,null,null,null,null,2,0.34,null,{"$f":"R613-R612","v":5.0000000000000044E-2},""]
[null,null,null,null,"Average yearly increase in Tree Carbon = \n(over the long term - 100 years) ",{"$f":"IF(ISERROR(F629),\"\",F630)","v":0.43905},{"$f":"IF(AND(F614>0,C611>0),F614*C611,0)","v":4.3905000000000003},null,null,null,null,null,null,null,null,null,3,0.55000000000000004,null,{"$f":"R614-R613","v":0.21000000000000002},""]
[null,null,null,null,"Tonnes CO2 equivalent = ",{"$f":"IF(F614>0,(F612*$F$605),\"\")","v":2.9360000000000026},{"$f":"IF(G614>0,(G614*$F$612),\"\")","v":16.113135},null,null,null,null,null,null,null,null,null,4,1.06,null,0.51,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5,1.73,null,0.66999999999999993,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,2.95,null,1.2200000000000002,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,4.17,null,1.2199999999999998,""]
[null,"Calculation of annual increment in tree carbon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,6.04,null,1.87,""]
[null,null,"State/Territory :",{"$f":"C605","v":"Victoria"},"Codes",null,null,null,null,null,null,null,null,null,null,null,9,7.74,null,1.7000000000000002,""]
[null,null,"Region :",{"$f":"C606","v":"South West VIC"},{"$f":"IF(ISERROR(VLOOKUP($D$621,$C$635:$D$652,2,FALSE)),0,VLOOKUP($D$621,$C$635:$D$652,2,FALSE))","v":35},null,null,null,null,null,null,null,null,null,null,null,10,9.16,null,1.42,""]
[null,null,"Tree Species :",{"$f":"C608","v":"Mixed species (Environmental Plantings)"},{"$f":"IF(VLOOKUP($E$621,$D$635:$M$652,5,FALSE)=D622,1,IF(VLOOKUP($E$621,$D$635:$M$652,6,FALSE)=$D622,2,IF(VLOOKUP($E$621,$D$635:$M$652,7,FALSE)=$D622,3,IF(VLOOKUP($E$621,$D$635:$M$652,8,FALSE)=$D622,4,IF(VLOOKUP($E$621,$D$635:$M$652,9,FALSE)=$D622,5,IF(VLOOKUP($E$621,$D$635:$M$652,10,FALSE)=$D622,6,0))))))","v":1},null,null,null,null,null,null,null,null,null,null,null,11,10.76,null,1.5999999999999996,""]
[null,null,"Soil Type :",{"$f":"C609","v":"Decommisioned as zero or little difference in soil type"},1,null,null,null,null,null,null,null,null,null,null,null,12,12.31,null,1.5500000000000007,""]
[null,null,null,"Tree Lookup Code :",{"$f":"CONCATENATE(\"R\",E621,\"T\",E622,\"S\",E623)","v":"R35T1S1"},null,null,null,null,null,null,null,null,null,null,null,13,13.62,null,1.3099999999999987,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,14,14.79,null,1.17,""]
[null,null,null,null,"Year","Carbon (t/ha)",null,null,null,null,null,null,null,null,null,null,15,15.59,null,0.80000000000000071,15.59]
[null,null,"Tree carbon mass in year: ",null,{"$f":"IF(C611>0,C612,0)","v":15},{"$f":"IF($E$627>0,HLOOKUP($E$624,$B$717:$HX$817,($E$627+1),FALSE),0)","v":15.59},null,null,null,null,null,null,null,null,null,null,16,16.940000000000001,null,1.3500000000000014,""]
[null,null,"Tree carbon mass in year: ",null,{"$f":"IF(E627>0,E627-1,0)","v":14},{"$f":"IF($E$627>0,HLOOKUP($E$624,$B$717:$HX$817,($E$628+1),FALSE),0)","v":14.79},null,null,null,null,null,null,null,null,null,null,17,18.190000000000001,null,1.25,""]
[null,null,null,null,"Change: ",{"$f":"F627-F628","v":0.80000000000000071},null,null,null,null,null,null,null,null,null,null,18,19.34,null,1.1499999999999986,""]
[null,null,null,null,"Average annual carbon sequestration:",{"$f":"IF(OR(ISERROR(F629),F629=0),0,AVERAGE(T612:T711))","v":0.43905},null,null,null,null,null,null,null,null,null,null,19,20.36,null,1.0199999999999996,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,20,21.27,null,0.91000000000000014,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,22.15,null,0.87999999999999901,""]
[null,"Lookup table for zones",null,"REGION No (Nathan's)","Soil Types (2 per region)",null,null,"Tree Species (up to 6)",null,null,null,null,null,null,null,null,22,22.91,null,0.76000000000000156,""]
[null,"State/Territory","Rainfall region","R","S1","S2",null,"T1","T2","T3","T4","T5","T6",null,null,null,23,23.77,null,0.85999999999999943,""]
[null,"Western Australia","South West WA",1,"Loams & Clays","Sandy Duplexes",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Sydney Blue Gum","Maritime Pine","Pinus Radiata","No tree data available",null,null,null,24,24.58,null,0.80999999999999872,""]
[null,"New South Wales","Northern coastal NSW",10,"Duplex","Clay & Red Loam",null,"Mixed species (Environmental Plantings)","Spotted Gum","Dunn's White Gum","Flooded Gum","Slash Pine","Loblolly Pine",null,null,null,25,25.54,null,0.96000000000000085,""]
[null,"New South Wales","Southern coastal NSW",11,"Clay","Loam",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,26,26.3,null,0.76000000000000156,""]
[null,"New South Wales","Central Inland & Riverina NSW",15,"Clay","Loam",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Red Ironbark","Radiata Pine (low input)","Radiata Pine (high input)",null,null,null,27,26.84,null,0.53999999999999915,""]
[null,"Tasmania","North East TAS",17,"Loams ","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,28,27.45,null,0.60999999999999943,""]
[null,"Tasmania","Central North & Midlands TAS",19,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,29,28.11,null,0.66000000000000014,""]
[null,"Tasmania","Southern TAS",20,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,30,28.57,null,0.46000000000000085,""]
[null,"Tasmania","North West TAS",22,"Loams","All other Soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Radiata Pine (low input)","Radiata Pine (high input)","No tree data available",null,null,null,31,29.07,null,0.5,""]
[null,"South Australia","South East SA",23,"Duplex Soils","Cracking Clays",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,32,29.68,null,0.60999999999999943,""]
[null,"South Australia","Murray River SA",24,"Duplex Soils","Cracking Clays",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Pinus Radiata","No tree data available","No tree data available","No tree data available",null,null,null,33,30.16,null,0.48000000000000043,""]
[null,"Victoria","Mallee region VIC",28,"Calcarosols","Yellow Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata (low input)","Pinus Radiata (high input)",null,null,null,34,30.79,null,0.62999999999999901,""]
[null,"Victoria","Northern region VIC",30,"Grey Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,35,31.26,null,0.47000000000000242,""]
[null,"Victoria","North East region VIC",31,"Grey Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,36,31.74,null,0.47999999999999687,""]
[null,"Victoria","East Gippsland",32,"Red Earths","Yellow Duplex",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available","No tree data available",null,null,null,37,32.18,null,0.44000000000000128,""]
[null,"Victoria","South & West Gippsland",33,"Non-cracking Clays","Gradational soils",null,"Mixed species (Environmental Plantings)","Tasmanian Blue Gum","Shining Gum","Mountain Ash","Pinus Radiata","No tree data available",null,null,null,38,32.6,null,0.42000000000000171,""]
[null,"Victoria","South West VIC",35,"Cracking Clays","Red Duplex",null,"Mixed species (Environmental Plantings)","Sugar Gum","Tasmanian Blue Gum","Shining Gum","Pinus Radiata","No tree data available",null,null,null,39,33.01,null,0.40999999999999659,""]
[null,"Queensland","Northern QLD",36,"Clays","Duplex",null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,40,33.4,null,0.39000000000000057,""]
[null,"Queensland","Southern QLD",40,"Clay (Brigalo and Belah)","Duplex Woodland",null,"Mixed species (Environmental Plantings)","Hoop Pine","Lemon-scented Gum","Western White Gum","Blackbutt","Pinus Hybrids",null,null,null,41,33.78,null,0.38000000000000256,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,42,34.14,null,0.35999999999999943,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,43,34.5,null,0.35999999999999943,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,34.83,null,0.32999999999999829,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,35.159999999999997,null,0.32999999999999829,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,46,35.479999999999997,null,0.32000000000000028,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,47,35.78,null,0.30000000000000426,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,48,36.08,null,0.29999999999999716,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,49,36.36,null,0.28000000000000114,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,50,36.64,null,0.28000000000000114,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,51,36.909999999999997,null,0.26999999999999602,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,52,37.17,null,0.26000000000000512,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,53,37.42,null,0.25,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,54,37.659999999999997,null,0.23999999999999488,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,55,37.9,null,0.24000000000000199,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,56,38.130000000000003,null,0.23000000000000398,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,57,38.35,null,0.21999999999999886,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,58,38.57,null,0.21999999999999886,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,59,38.78,null,0.21000000000000085,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,60,38.979999999999997,null,0.19999999999999574,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,61,39.18,null,0.20000000000000284,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,62,39.380000000000003,null,0.20000000000000284,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,63,39.57,null,0.18999999999999773,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,64,39.75,null,0.17999999999999972,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,65,{"$f":"IF($F$629>0,HLOOKUP($E$624,$B$717:$HX$817,Q676+1,FALSE),0)","v":39.93},null,0.17999999999999972,{"$f":"IF(Q676=$E$627,R676-0,\"\")","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,66,40.1,null,0.17000000000000171,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,67,40.270000000000003,null,{"$f":"R678-R677","v":0.17000000000000171},""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,68,40.44,null,0.1699999999999946,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,69,40.6,null,0.16000000000000369,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,70,40.76,null,0.15999999999999659,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,71,40.909999999999997,null,0.14999999999999858,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,72,41.06,null,0.15000000000000568,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,73,41.21,null,0.14999999999999858,""]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,74,41.35,null,0.14000000000000057]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,75,41.49,null,0.14000000000000057]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,76,41.63,null,0.14000000000000057]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,77,41.76,null,0.12999999999999545]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,78,41.89,null,0.13000000000000256]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,79,42.02,null,0.13000000000000256]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,80,42.14,null,0.11999999999999744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,81,42.27,null,0.13000000000000256]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,82,42.39,null,0.11999999999999744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,83,42.5,null,0.10999999999999943]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,84,42.62,null,0.11999999999999744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,85,42.73,null,0.10999999999999943]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,86,42.84,null,0.11000000000000654]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,87,42.95,null,0.10999999999999943]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,88,43.05,null,9.9999999999994316E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,89,43.16,null,0.10999999999999943]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,90,43.26,null,0.10000000000000142]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,91,43.36,null,0.10000000000000142]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,92,43.45,null,9.0000000000003411E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,93,43.55,null,9.9999999999994316E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,94,43.64,null,9.0000000000003411E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,95,43.74,null,0.10000000000000142]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,96,43.83,null,8.9999999999996305E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,97,43.91,null,7.9999999999998295E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,98,44,null,9.0000000000003411E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,99,44.09,null,9.0000000000003411E-2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,100,44.17,null,7.9999999999998295E-2]
[]
[]
[null,"Carbon (tree only) - tonnes/hectare"]
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