{"text_format":"1","workbook":"xlsx","n_sheets":15,"sheets":["0.1 Introduction","0.2 FAQs","A1. Quick assessment & results","B1. Detailed assessment","B2. Result table, enviro impact","B3. Result table, nutrition","B4. Result summary and figures","C1. Enviro impact definitions","C2. Nutrition data","C3. Agricultural impact data","C4. Life cycle impact data","C5. Destination impact data","C6. Technical methods overview","C7. FAO FLW data","C8. List data"],"not_rendered":{"charts":18,"images":27,"macros":1,"external_links":1,"defined_names":83,"comments":2,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"0.1 Introduction","index":0,"n_rows":110,"n_cols":9,"rows_kept":110,"cut":false,"hidden":false,"merged":[[31,1,31,14],[33,1,33,14],[35,1,35,14],[75,1,75,14],[76,1,76,14],[70,1,70,14]]}
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[null,"Version : Beta release v1"]
[null,"The beta version of this tool should be used as a platform for testing and improving the tool. The results are generic, are not peer-reviewed, and should be interpreted as a screening-level assessment based on expert knowledge of the impacts of food loss and waste (FLW) on nutrition security and environmental indicators. We invite you to be a Beta Tester and propose improvements and provide feedback in the feedback document (link below in Contact section). The calculator is pre-populated with data for a variety of food crops. Future versions can include different crops or foods. Future versions can also include different impact categories, such as biodiversity loss. We want to improve the calculator based on your needs."]
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[null,"The Food Loss and Waste Accounting and Reporting Standard (http://flwprotocol.org) enables entities to quantify and report on food loss and waste so they can develop targeted reduction strategies and realize the benefits from tackling FLW as an inefficiency in the food system. Appendix D of the standard describes expressing the weight of FLW in other terms or units of measurements, such as nutrition and greenhouse gas emissions. This calculator builds on the FLW Standard: the user enters the quantity of FLW estimated and the tool quickly quantifies FLW in other values (nutritional values or environmental impacts). Through the tool, we aim to help entities understand the value of mitigating FLW and to prioritize the most important FLW streams to focus on in order to bolster the food system's capacity to provide healthy diets for all within planetary boundaries. "]
[null,"Developers"]
[null,"Quantis has developed this tool with financial support from the World Business Council for Sustainable Development (WBCSD) Food Reform for Sustainability and Health (FReSH) program and with support from the World Resources Institute (WRI)."]
[null,"Contact"]
[null,"General questions:",null,"Emeline Fellus",null,"+41 (0)22 839 31 51",null,null,"Fellus@wbcsd.org"]
[null,"Technical support:",null,"Alexi Ernstoff",null,"Tel : + 41 (0) 78 732 50 85",null,null,"Alexi.Ernstoff@quantis-intl.com"]
[null,"Be a Beta Tester! Feedback document:",null,null,null,"https://docs.google.com/spreadsheets/d/1ihgsUzojlBk7LFieMjZcCWOngCnt8A0K45alWQbIrQU/edit?usp=sharing"]
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[null,"Calculator content"]
[null,"The calculator contains the following tabs (background information tabs are in grey):"]
[null,null,"Tab number","Name",null,"Brief description"]
[null,"User interface"]
[null,null,0.1,"Introduction",null,"Context and instructions"]
[null,null,0.2,"FAQs",null,"Questions and answers about use"]
[null,null,"A1. ","Quick assessment & results",null,"This is a simplified user interface for quick calculations"]
[null,null,"B1. ","Detailed assessment ",null,"User enters FLW data for a more detailed assessment"]
[null,null,"B2. ","Results table, enviro impact",null,"Automatically calculated results for environmental impacts, no action needed from user"]
[null,null,"B3. ","Result table, nutrition",null,"Automatically calculated results for nutrition being lost, no action needed from user"]
[null,null,"B4.","Results summary and figures",null,"Automatically generated figures to help interpretation and decision making, no action needed from user"]
[null,"Background data tabs (no user input needed)"]
[null,null,"C1. ","Enviro impact definitions",null,"The impact categories able to be calculated in the beta version and their description->can be updated in future versions"]
[null,null,"C2.","Nutrition data",null,"The data used to calculate the nutritional impacts"]
[null,null,"C3.","Agricultural impact data",null,"The data used to calculate the agricultural impacts->can be updated in future versions"]
[null,null,"C4.","Life cycle impact data",null,"The data used to calculate the additional life cycle impacts->can be updated in future versions"]
[null,null,"C5.","Destination impact data",null,"The data used to calculate the destination impacts"]
[null,null,"C6.","Technical methods overview",null,"More details about the scientific methods behind the calculations"]
[null,null,"C7.","FAO FLW data, Gustavsson et al. ",null,"The data generated by the FAO and often used as a benchmark for FLW for various types in various countries."]
[null,null,"C8.","List data",null,"Data for the dropdown lists in the user interface"]
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[null,"Why to use the calculator"]
[null,"1. Communicate value"]
[null,"Demonstrate how efforts to prevent food loss and waste provide nutritional and environmental value."]
[]
[null,"2. Prioritize actions"]
[null,"Prioritize food loss and waste efforts based on environmental sustainability and nutrition security goals."]
[]
[null,"3. Explore options"]
[null,"Explore different destinations and scenarios for food loss and waste to reduce impacts."]
[]
[null,"Tips on using the calculator for a detailed assessment, steps 1-4"]
[null,"1. Select Food Type(s)"]
[null,"GO TO FLW SELECTION SECTION"]
[null,"> In step 1 the user selects the food type(s). The Beta version allows the user to simultaneously compare 6 scenarios. The number of scenarios able to be simultaneously compared can be updated in future versions."]
[null,"> Food types to select are based on the categories (in capital letters) commonly used by the FAO when describing FLW (Gustavsson et al. 2011) and common examples in each category. Results for these selections are the average of the foods in the category that are in the calculator (not generally). "]
[null,"> Food types were selected as common examples in each category. If your food type is not available, select the closest category . (Food types can be update in a future version)"]
[null,"Note about mixtures and formulations"]
[null,"> The calculator is not at this time designed to assess mixed foods or formulations; however, these can be added in future work. "]
[null,"> When assessing mixed foods or formulations, select the principal ingredients. "]
[]
[null,"2. Select region(s) of agricultural production"]
[null,"GO TO REGION OF AGRICULTURAL PRODUCTION SELECTION SECTION"]
[null,"> In step 2 the user selects the regions of agricultural production (when known)."]
[null,"> Regions to select are based on the categories commonly used by the FAO when describing FLW (Gustavsson et al. 2011). "]
[null,"> Most regional data are missing, and country proxies were selected to represent regions. The calculator will automatically tell you which country proxy is being used. "]
[]
[null,"3. Enter FLW amounts in tonnes (note: 1 tonne = 1,000 kg)"]
[null,"GO TO FLW DATA ENTRY SECTION"]
[null,"> In step 3 the user enters the amount of FLW separated into different life cycle stages and destinations. "]
[null,"> FLW amounts must be entered in tonnes (1 tonne = 1,000 kg). If measured in a different unit, the user must convert the FLW to tonnes before using the calculator."]
[null,"> The amount of FLW must be reported such that it reflects the state in which it was generated before water was added or removed.  See the FLW Standard, Section 6.7 for guidance."]
[null,"> If the destination is unknown, enter the value in the \"unknown\" category. "]
[]
[null,"Data can be entered for the following \"Life Cycle Stages\""]
[null,">","Agricultural production",null,null,"e.g. while harvesting due to quality control or harvesting inefficiencies"]
[null,">","Post-harvest handling and storage",null,null,"e.g. while washing, storing, or transporting between farm and market"]
[null,">","Processing and packaging",null,null,"e.g. during processing, or to accommodate packaging size"]
[null,">","Distribution",null,null,"e.g. at the retail center or market"]
[null,">","Consumption",null,null,"e.g. at restaurants, people's homes, etc."]
[]
[null,"4. Select impact category"]
[null,"GO TO ENVIRONMENTAL IMPACT CATEGORY SELECTION SECTION"]
[null,"> Environmental impact categories can be selected in order to view the results."]
[null,"> Tab C1. provides definitions for the categories included"]
[]
[]
[null,"BEGIN A SIMPLE ASSESSMENT"]
[null,"BEGIN A DETAILED ASSESSMENT"]

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[null,"Frequently asked questions (FAQs)"]
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[null,"Q","What are the main uses of the calculator?"]
[null,"A","The calculator can be used to screen how efforts to prevent food loss and waste provide nutritional and environmental value. It can also be used to explore different scenarios, to see what the improvement could be if a certain amount is avoided, or to look at impacts related to FLW sent to different destinations. "]
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[null,"Q","Can a user customize the calulator to reflect different environmental impact data (e.g., its own data, or other more granular data)?"]
[null,"A","Yes, please contact us (Alexi.Ernstoff@Quantis-intl.com) for more detailed instructions on how to enter your own data. Future versions can include an interface where users can enter their own data. "]
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[null,"Q","Why can the user only put in 3 scenarios of FLW in the quick assessment and 6 in the detailed assessment? "]
[null,"A","For the Beta version we found this amount of scenarios was easy to implement for users without being overwhelming. If there is funding available for an updated version, more simultaneous scenarios can be possible."]
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[null,"Q","How does the calculator relate to the role of FLW in improving nutrition security and meeting planetary boundaries?"]
[null,"A","The calculator only estimates the nutritional value within the FLW and the associated environmental impacts with respect to the quantity of FLW the user enters. The user can then compare the results to planetary boundary values. This aspect of the calculator can be improved in future versions if funding is available.  "]
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[null,"Q","Why are the life cycle impacts different for different food categories? "]
[null,"A","The life cycle impacts vary depending on the assumptions used for each food type. For example, dairy and meat is assumed to have refrigerated storage. See tab C4 \"Life Cycle Impact Data\" for the detailed assumptions. "]
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[null,"Q","Why are the water, land, or N and P impacts missing for some destinations? Why are some of the outputs for the destinations a negative value?"]
[null,"A","All five of the environmental impact categories were only considered relevant for the two destinations that might result in the offsetting of agricultural production of some other crop (namely: animal feed, and biomaterials processing). As these destinations offset agricultural production, they can lead to \"negative\" impacts (when the impact of the food lost or wasted is lower than the impact of what would have been grown and used). For the other destinations (for example: landfill, controlled combustion, composting) only the impacts of greenhouse gas emissions on climate change were assumed to be relevant. These assumptions can be re-visited if there is funding for an update.",null,null,null,null,null," "]
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[null,"Q","How are the environmental impacts calculated if I only include information for one stage in the life cycle/value chain?"]
[null,"A","A user can apply the calculator to assess the FLW at any life cycle stage. The calculator takes into account the cumulative environmental impacts across the life cycle stages, always starting with impacts of agricultural production. For example, when FLW data is entered for the consumption stage (at the \"end of the value chain\") then the transport, distribution, storage, and cooking impacts are also inluded in the calculation of environmental impacts. The FLW reported by the user in the calculator is not used to scale the agricultural production impacts, for example if a user enters 1 tonne as consumer waste, the agricultural impact is related to producing 1 tonne -- which e.g. does not include the % losses across the value chain which could result in the need to produce 1.2 tonnes to have 1 tonne at market.",null,null,null,null,null," "]
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[null,"Q","What are the next steps for the Beta version?"]
[null,"A","Please fill out your comments and constructive criticisms in the Google Document. The url is: https://docs.google.com/spreadsheets/d/1ihgsUzojlBk7LFieMjZcCWOngCnt8A0K45alWQbIrQU/edit?usp=sharing. We are seeking funding to improve the beta version and make it easier for decision-makers to use."]

{"sheet":"A1. Quick assessment & results","index":2,"n_rows":103,"n_cols":17,"rows_kept":103,"cut":false,"hidden":false,"merged":[[22,2,22,17]]}
["Quick assessment and results: environmental impacts and nutritional profile"]
["ABOUT:","For this quick assessment, landfill is assumed to be the destination and up to 3 different scenarios can be compared."]
[null,"For more destinations and to screen more complex scenarios, go to tab \"B1. Detailed assessment\""]
[null,"Overview of steps to be performed in this tab:"]
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[null,null,"KEY:"]
[null,null,"Select data (Action needed: click for drop down menus)"]
[null,null,"Enter data (Action needed: type in values)"]
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[null,1,"Select up to three combinations of food and region of agricultural production (if known). Enter the lost or wasted amount in tonnes (1000 kg). Note that regional proxies are used (e.g. France for Europe) as indicated, however, most regions do not have a proxy available."]
[null,null,null,"Food","Region","Enter the amount",null,null,"Food","Region","Enter the amount",null,null,"Food","Region","Enter the amount"]
[null,null,1,"<click to select>","Europe and Russia",null,"tonnes",2,"<click to select>","<click to select>",null,"tonnes",3,"<click to select>","<click to select>",null,"tonnes"]
[null,null,null,"Regional proxy: ",{"$f":"IF(LEN(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH('A1. Quick assessment & results'!D25,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(E25,'C6. Technical methods overview'!$D$10:$J$10,0)))>2,INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH('A1. Quick assessment & results'!D25,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(E25,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":{"$error":"#N/A"}},null,null,null,"Regional proxy: ",{"$f":"IF(LEN(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(I25,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(J25,'C6. Technical methods overview'!$D$10:$J$10,0)))>2,INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(I25,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(J25,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":{"$error":"#N/A"}},null,null,null,"Regional proxy: ",{"$f":"IF(LEN(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH('A1. Quick assessment & results'!N25,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(O25,'C6. Technical methods overview'!$D$10:$J$10,0)))>2,INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH('A1. Quick assessment & results'!N25,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(O25,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":{"$error":"#N/A"}}]
[null,2,"Results: environmental impacts (landfill used as default option, and only influences carbon footprint)"]
[null,null,null,{"$f":"IF((F25>0),\"1. \"&D25&\", region: \"&E25,\"\")","v":""},null,null,null,null,{"$f":"IF((K25>0),\"2. \"&I25&\", region: \"&J25,\"\")","v":""},null,null,null,null,{"$f":"IF((P25>0),\"3. \"&N25&\", region: \"&O25,\"\")","v":""}]
[null,null,null,"Agricultural impacts","Landfill impacts","Total",null,null,"Agricultural impacts","Landfill impacts","Total",null,null,"Agricultural impacts","Landfill impacts","Total"]
[null,"Climate change (kg CO2 eq)",null,{"$f":"IF(ISNUMBER($F$25),$F$25*kg_tonnes*INDEX(Impact_Data,MATCH(($D$25&\", \"&$E$25),FLW_Region_Impact_Data,0),MATCH(B30,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($F$25>0,($F$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($D$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B30,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"SUM(D30:E30)","v":0},null,null,{"$f":"IF(ISNUMBER($K$25),$K$25*kg_tonnes*INDEX(Impact_Data,MATCH(($I$25&\", \"&$J$25),FLW_Region_Impact_Data,0),MATCH(B30,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($K$25>0,($K$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($I$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B30,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"SUM(I30:J30)","v":0},null,null,{"$f":"IF(ISNUMBER($P$25),$P$25*kg_tonnes*INDEX(Impact_Data,MATCH(($N$25&\", \"&$O$25),FLW_Region_Impact_Data,0),MATCH(B30,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($P$25>0,($P$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($N$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B30,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"SUM(N30:O30)","v":0}]
[null,"Water scarcity footprint (m3-eq)",null,{"$f":"IF(ISNUMBER($F$25),$F$25*kg_tonnes*INDEX(Impact_Data,MATCH(($D$25&\", \"&$E$25),FLW_Region_Impact_Data,0),MATCH(B31,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($F$25>0,($F$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($D$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B31,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"SUM(D31:E31)","v":0},null,null,{"$f":"IF(ISNUMBER($K$25),$K$25*kg_tonnes*INDEX(Impact_Data,MATCH(($I$25&\", \"&$J$25),FLW_Region_Impact_Data,0),MATCH(B31,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($K$25>0,($K$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($I$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B31,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"SUM(I31:J31)","v":0},null,null,{"$f":"IF(ISNUMBER($P$25),$P$25*kg_tonnes*INDEX(Impact_Data,MATCH(($N$25&\", \"&$O$25),FLW_Region_Impact_Data,0),MATCH(B31,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($P$25>0,($P$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($N$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B31,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"SUM(N31:O31)","v":0}]
[null,"Land use (Points)",null,{"$f":"IF(ISNUMBER($F$25),$F$25*kg_tonnes*INDEX(Impact_Data,MATCH(($D$25&\", \"&$E$25),FLW_Region_Impact_Data,0),MATCH(B32,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($F$25>0,($F$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($D$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B32,Destination_Impact_Categories,0))),\"\")","v":""},0,null,null,{"$f":"IF(ISNUMBER($K$25),$K$25*kg_tonnes*INDEX(Impact_Data,MATCH(($I$25&\", \"&$J$25),FLW_Region_Impact_Data,0),MATCH(B32,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($K$25>0,($K$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($I$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B32,Destination_Impact_Categories,0))),\"\")","v":""},0,null,null,{"$f":"IF(ISNUMBER($P$25),$P$25*kg_tonnes*INDEX(Impact_Data,MATCH(($N$25&\", \"&$O$25),FLW_Region_Impact_Data,0),MATCH(B32,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($P$25>0,($P$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($N$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B32,Destination_Impact_Categories,0))),\"\")","v":""},0]
[null,"Eutrophication (kg P eq)",null,{"$f":"IF(ISNUMBER($F$25),$F$25*kg_tonnes*INDEX(Impact_Data,MATCH(($D$25&\", \"&$E$25),FLW_Region_Impact_Data,0),MATCH(B33,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($F$25>0,($F$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($D$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B33,Destination_Impact_Categories,0))),\"\")","v":""},0,null,null,{"$f":"IF(ISNUMBER($K$25),$K$25*kg_tonnes*INDEX(Impact_Data,MATCH(($I$25&\", \"&$J$25),FLW_Region_Impact_Data,0),MATCH(B33,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($K$25>0,($K$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($I$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B33,Destination_Impact_Categories,0))),\"\")","v":""},0,null,null,{"$f":"IF(ISNUMBER($P$25),$P$25*kg_tonnes*INDEX(Impact_Data,MATCH(($N$25&\", \"&$O$25),FLW_Region_Impact_Data,0),MATCH(B33,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($P$25>0,($P$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($N$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B33,Destination_Impact_Categories,0))),\"\")","v":""},0]
[null,"Eutrophication (kg N eq)",null,{"$f":"IF(ISNUMBER($F$25),$F$25*kg_tonnes*INDEX(Impact_Data,MATCH(($D$25&\", \"&$E$25),FLW_Region_Impact_Data,0),MATCH(B34,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($F$25>0,($F$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($D$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B34,Destination_Impact_Categories,0))),\"\")","v":""},0,null,null,{"$f":"IF(ISNUMBER($K$25),$K$25*kg_tonnes*INDEX(Impact_Data,MATCH(($I$25&\", \"&$J$25),FLW_Region_Impact_Data,0),MATCH(B34,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($K$25>0,($K$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($I$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B34,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"SUM(I34:J34)","v":0},null,null,{"$f":"IF(ISNUMBER($P$25),$P$25*kg_tonnes*INDEX(Impact_Data,MATCH(($N$25&\", \"&$O$25),FLW_Region_Impact_Data,0),MATCH(B34,Impact_Categories,0)),\"\")","v":""},{"$f":"IF($P$25>0,($P$25*kg_tonnes*INDEX(Impact_Destination,MATCH(($N$25&\", \"&\"Landfill\"),FLW_Destination_Impact,0),MATCH(B34,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"SUM(N34:O34)","v":0}]
[]
[null,3,"Default figures A) Environmental impacts and B) Nutritional profiles"]
[null,"A. What is the carbon footprint of the FLW with respect to the original agricultural production and the final destination?"]
[null,"Right click on axis to select \"format axis\" to change scale in the \"axis options\", in case it adjusts incorrectly (bounds should be from 0-1)."]
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[null,"B. How do the impacts compare across the scenarios?"]
[null,"Feel free to adjust scales and figure positioning to format your scenario in the graph."]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"B30","v":"Climate change (kg CO2 eq)"}]
[null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"D29","v":"Agricultural impacts"},"Landfill impacts","Total"]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"D28","v":""},"","",0]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"I28","v":""},{"$f":"I30","v":""},{"$f":"J30","v":""},{"$f":"K30","v":0}]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"N28","v":""},{"$f":"N30","v":""},{"$f":"O30","v":""},{"$f":"P30","v":0}]
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[null,"B. What is the nutritional value of the FLW?"]
[null,{"$f":"IF((F25>0),\"1. \"&D25,\"\")","v":""},null,null,null,null,null,{"$f":"IF((K25>0),\"2. \"&I25,\"\")","v":""},null,null,null,null,{"$f":"IF((P25>0),\"3. \"&N25,\"\")","v":""}]
[null,null,null,null,"person/day - equivalents",null,null,null,null,null,"person/day - equivalents",null,null,null,null,"person/day - equivalents"]
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[null,"Selenium",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B93,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"C93/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B93,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Selenium",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B93,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"I93/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B93,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Selenium",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B93,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"N93/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B93,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Sodium",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B94,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"C94/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B94,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Sodium",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B94,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"I94/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B94,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Sodium",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B94,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"N94/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B94,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Thiamin",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B95,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"C95/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B95,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Thiamin",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B95,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"I95/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B95,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Thiamin",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B95,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"N95/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B95,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Vit A",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B96,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(IU)",{"$f":"C96/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B96,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Vit A",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B96,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(IU)",{"$f":"I96/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B96,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Vit A",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B96,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(IU)",{"$f":"N96/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B96,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Vit B6",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B97,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"C97/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B97,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Vit B6",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B97,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"I97/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B97,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Vit B6",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B97,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"N97/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B97,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Vit B12",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B98,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"C98/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B98,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Vit B12",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B98,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"I98/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B98,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Vit B12",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B98,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"N98/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B98,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Vit C",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B99,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"C99/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B99,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Vit C",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B99,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"I99/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B99,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Vit C",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B99,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"N99/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B99,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Vit D",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B100,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"C100/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B100,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Vit D",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B100,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"I100/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B100,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Vit D",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B100,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"N100/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B100,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Vit E",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B101,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"C101/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B101,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Vit E",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B101,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"I101/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B101,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Vit E",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B101,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(mg)",{"$f":"N101/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B101,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Vit K",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B102,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"C102/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B102,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Vit K",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B102,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"I102/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B102,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Vit K",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B102,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"N102/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B102,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]
[null,"Zinc",{"$f":"($F$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($D$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B103,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"C103/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B103,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,null,"Zinc",{"$f":"($K$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($I$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B103,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"I103/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B103,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}},null,"Zinc",{"$f":"($P$25)*grams_tonne*INDEX('C2. Nutrition data'!$D$4:$AW$29,MATCH($N$25,'C2. Nutrition data'!$B$4:$B$29,0),MATCH($B103,'C2. Nutrition data'!$D$3:$AW$3,0))/grams100","v":{"$error":"#N/A"}},"(µg)",{"$f":"N103/INDEX('C2. Nutrition data'!$D$32:$AW$32,MATCH($B103,'C2. Nutrition data'!$D$3:$AW$3,0))","v":{"$error":"#N/A"}}]

{"sheet":"B1. Detailed assessment","index":3,"n_rows":178,"n_cols":11,"rows_kept":178,"cut":false,"hidden":false,"merged":[[57,1,57,10],[58,3,58,10],[177,3,177,10],[22,4,28,10]]}
[null,"DATA ENTRY"]
[null,"Content on this page, click to go to:"]
[null,1,"Select food category"]
[null,2,"Select region"]
[null,3,"Enter FLW data"]
[null,4,"Select environmental impact"]
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[null,"Overview of steps to be performed in this tab:",null,null,null,"After filling out this tab, your results will consider:"]
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[null,null,null,null,"Resulting impacts from entered FLW always include the agricultural impacts regardless of which life cycle stage the FLW occurs. Destination impacts are also always considered, although some destinations do not impact all environmental impact categories. Any life cycle impacts after agricultural production (related to energy use) are included with respect to the life cycle stage where the FLW entered, and in total include the prior stage’s impacts."]
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[null,"KEY:"]
[null,null,"Select data (Action needed: click for drop down menus)"]
[null,null,"Enter data (Action needed: type in values)"]
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[null,"1. Select food category of interest (max 6)."]
[null,"Note: future versions of the calculator can include more or different crops and food products. Categories in capitol letters are an average of the foods within that category. "]
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[null,1,null,"<click to select>"]
[null,2,null,"<click to select>"]
[null,3,null,"<click to select>"]
[null,4,null,"<click to select>"]
[null,5,null,"<click to select>"]
[null,6,null,"<click to select>"]
[]
[null,"2. Select the region of original agricultural production (based on FLW regions commonly used by FAO) if known. If \"uknown\" than global defaults will be used."]
[null,"Note: most regions do not have data available, and thus a global proxy was used."]
[null,null,null,null,"Proxy used"]
[null,1,{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},"<click to select>",{"$f":"IF(ISTEXT(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat1,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat1_region,'C6. Technical methods overview'!$D$10:$J$10,0))),INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat1,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat1_region,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":"Global"}]
[null,2,{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},"<click to select>",{"$f":"IF(ISTEXT(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat2,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat2_region,'C6. Technical methods overview'!$D$10:$J$10,0))),INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat2,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat2_region,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":"Global"}]
[null,3,{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},"<click to select>",{"$f":"IF(ISTEXT(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat3,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat3_region,'C6. Technical methods overview'!$D$10:$J$10,0))),INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat3,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat3_region,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":"Global"}]
[null,4,{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},"<click to select>",{"$f":"IF(ISTEXT(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat4,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat4_region,'C6. Technical methods overview'!$D$10:$J$10,0))),INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat4,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat4_region,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":"Global"}]
[null,5,{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},"<click to select>",{"$f":"IF(ISTEXT(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat5,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat5_region,'C6. Technical methods overview'!$D$10:$J$10,0))),INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat5,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat5_region,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":"Global"}]
[null,6,{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""},"<click to select>",{"$f":"IF(ISTEXT(INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat6,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat6_region,'C6. Technical methods overview'!$D$10:$J$10,0))),INDEX('C6. Technical methods overview'!$D$11:$J$36,MATCH(Food_cat6,'C6. Technical methods overview'!$C$11:$C$36,0),MATCH(Food_cat6_region,'C6. Technical methods overview'!$D$10:$J$10,0)),\"Global\")","v":"Global"}]
[]
[null,"3. Enter FLW data for scenarios (food & region) selected above. FLW is entered for each relevant life cycle stage and destination when known. Feel free to skip irrelevant life cycle stages for your assessment, and to chose the most appropriate life cycle stage."]
[]
[null,null,"A.","Go to: Agricultural production"]
[null,null,"B.","Go to: Post-harvest handling and storage"]
[null,null,"C.","Go to: Processing and packaging"]
[null,null,"D.","Go to: Distribution"]
[null,null,"E.","Go to: Consumption"]
[]
[]
[null,null,null,null,"Food:",{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""}]
[null,null,null,"A.","Region:",{"$f":"IF(Food_cat1_region=\"<click to select>\",\"\",Food_cat1_region)","v":""},{"$f":"IF(Food_cat2_region=\"<click to select>\",\"\",Food_cat2_region)","v":""},{"$f":"IF(Food_cat3_region=\"<click to select>\",\"\",Food_cat3_region)","v":""},{"$f":"IF(Food_cat4_region=\"<click to select>\",\"\",Food_cat4_region)","v":""},{"$f":"IF(Food_cat5_region=\"<click to select>\",\"\",Food_cat5_region)","v":""},{"$f":"IF(Food_cat6_region=\"<click to select>\",\"\",Food_cat6_region)","v":""}]
[null,null,null,"Total agricultural production losses: ","tonne"]
[null,null,null,"Total with known destination","tonne",{"$f":"IF(ISNUMBER(F69),SUM(F74:F83),\"\")","v":""},{"$f":"IF(ISNUMBER(G69),SUM(G74:G83),\"\")","v":""},"","","",""]
[null,null,null,"Total with unknown destination","tonne",{"$f":"IF(ISNUMBER(F84),((F84)+(AgTotCat1-SUM(F74:F84))),IF(ISNUMBER(F69),F69-(SUM(F74:F83)),\"\"))","v":""},{"$f":"IF(ISNUMBER(G84),((G84)+(AgTotCat2-SUM(G74:G84))),IF(ISNUMBER(G69),G69-(SUM(G74:G83)),\"\"))","v":""},{"$f":"IF(ISNUMBER(H84),((H84)+(AgTotCat3-SUM(H74:H84))),IF(ISNUMBER(H69),H69-(SUM(H74:H83)),\"\"))","v":""},{"$f":"IF(ISNUMBER(I84),((I84)+(AgTotCat4-SUM(I74:I84))),IF(ISNUMBER(I69),I69-(SUM(I74:I83)),\"\"))","v":""},{"$f":"IF(ISNUMBER(J84),((J84)+(AgTotCat5-SUM(J74:J84))),IF(ISNUMBER(J69),J69-(SUM(J74:J83)),\"\"))","v":""},{"$f":"IF(ISNUMBER(K84),((K84)+(AgTotCat6-SUM(K74:K84))),IF(ISNUMBER(K69),K69-(SUM(K74:K83)),\"\"))","v":""}]
[null,null,null,null,{"$f":"IF(SUM(F73:K73)>=1,\"Please check that total mass to destinations equals the total entered above!\",\"\")","v":""}]
[null,null,null,"Destinations",null,{"$f":"IF(SUM(F74:F84)=AgTotCat1,\"\",1)","v":""},{"$f":"IF(SUM(G74:G84)=AgTotCat2,\"\",1)","v":""},{"$f":"IF(SUM(H74:H84)=AgTotCat3,\"\",1)","v":""},{"$f":"IF(SUM(I74:I84)=AgTotCat4,\"\",1)","v":""},{"$f":"IF(SUM(J74:J84)=AgTotCat5,\"\",1)","v":""},{"$f":"IF(SUM(K74:K84)=AgTotCat6,\"\",1)","v":""}]
[null,null,null,"Animal feed","tonne"]
[null,null,null,"Bio-based materials/biochemical processing","tonne"]
[null,null,null,"Codigestion/anaerobic digestion","tonne"]
[null,null,null,"Composting/aerobic processes","tonne"]
[null,null,null,"Controlled combustion","tonne"]
[null,null,null,"Land application","tonne"]
[null,null,null,"Not harvested/plowed in","tonne"]
[null,null,null,"Landfill","tonne"]
[null,null,null,"Refuse/discards/litter","tonne"]
[null,null,null,"Sewer/wastewater treatment","tonne"]
[null,null,null,"Unknown","tonne"]
[]
[null,null,null,"Click to go to: Select environmental impact"]
[]
[null,null,null,null,"Food:",{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""}]
[null,null,null,"B. ","Region:",{"$f":"IF(Food_cat1_region=\"<click to select>\",\"\",Food_cat1_region)","v":""},{"$f":"IF(Food_cat2_region=\"<click to select>\",\"\",Food_cat2_region)","v":""},{"$f":"IF(Food_cat3_region=\"<click to select>\",\"\",Food_cat3_region)","v":""},{"$f":"IF(Food_cat4_region=\"<click to select>\",\"\",Food_cat4_region)","v":""},{"$f":"IF(Food_cat5_region=\"<click to select>\",\"\",Food_cat5_region)","v":""},{"$f":"IF(Food_cat6_region=\"<click to select>\",\"\",Food_cat6_region)","v":""}]
[null,null,null,"Total post-harvest handling and storage loss: "]
[null,null,null,"Total with known destination","tonne",{"$f":"IF(ISNUMBER(F90),SUM(F95:F104),\"\")","v":""},{"$f":"IF(ISNUMBER(G90),SUM(G95:G104),\"\")","v":""},"","","",""]
[null,null,null,"Total with unknown destination","tonne",{"$f":"IF(ISNUMBER(F105),((F105)+(PostHarvTotCat1-SUM(F95:F105))),IF(ISNUMBER(F90),F90-(SUM(F95:F104)),\"\"))","v":""},{"$f":"IF(ISNUMBER(G105),((G105)+(PostHarvTotCat2-SUM(G95:G105))),IF(ISNUMBER(G90),G90-(SUM(G95:G104)),\"\"))","v":""},{"$f":"IF(ISNUMBER(H105),((H105)+(PostHarvTotCat3-SUM(H95:H105))),IF(ISNUMBER(H90),H90-(SUM(H95:H104)),\"\"))","v":""},{"$f":"IF(ISNUMBER(I105),((I105)+(PostHarvTotCat4-SUM(I95:I105))),IF(ISNUMBER(I90),I90-(SUM(I95:I104)),\"\"))","v":""},{"$f":"IF(ISNUMBER(J105),((J105)+(PostHarvTotCat5-SUM(J95:J105))),IF(ISNUMBER(J90),J90-(SUM(J95:J104)),\"\"))","v":""},{"$f":"IF(ISNUMBER(K105),((K105)+(PostHarvTotCat6-SUM(K95:K105))),IF(ISNUMBER(K90),K90-(SUM(K95:K104)),\"\"))","v":""}]
[null,null,null,null,{"$f":"IF(SUM(F94:K94)>=1,\"Please check that total mass to destinations equals the total entered above!\",\"\")","v":""}]
[null,null,null,"Destination",null,{"$f":"IF(SUM(F95:F105)=AgTotCat1,\"\",1)","v":""},{"$f":"IF(SUM(G95:G105)=AgTotCat2,\"\",1)","v":""},{"$f":"IF(SUM(H95:H105)=AgTotCat3,\"\",1)","v":""},{"$f":"IF(SUM(I95:I105)=AgTotCat4,\"\",1)","v":""},{"$f":"IF(SUM(J95:J105)=AgTotCat5,\"\",1)","v":""},{"$f":"IF(SUM(K95:K105)=AgTotCat6,\"\",1)","v":""}]
[null,null,null,"Animal feed","tonne"]
[null,null,null,"Bio-based materials/biochemical processing","tonne"]
[null,null,null,"Codigestion/anaerobic digestion","tonne"]
[null,null,null,"Composting/aerobic processes","tonne"]
[null,null,null,"Controlled combustion","tonne"]
[null,null,null,"Land application","tonne"]
[null,null,null,"Not harvested/plowed in","tonne"]
[null,null,null,"Landfill","tonne"]
[null,null,null,"Refuse/discards/litter","tonne"]
[null,null,null,"Sewer/wastewater treatment","tonne"]
[null,null,null,"Unknown","tonne"]
[]
[null,null,null,"Click to go to: Select environmental impact"]
[]
[null,null,null,null,"Food:",{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""}]
[null,null,null,"C.","Region:",{"$f":"IF(Food_cat1_region=\"<click to select>\",\"\",Food_cat1_region)","v":""},{"$f":"IF(Food_cat2_region=\"<click to select>\",\"\",Food_cat2_region)","v":""},{"$f":"IF(Food_cat3_region=\"<click to select>\",\"\",Food_cat3_region)","v":""},{"$f":"IF(Food_cat4_region=\"<click to select>\",\"\",Food_cat4_region)","v":""},{"$f":"IF(Food_cat5_region=\"<click to select>\",\"\",Food_cat5_region)","v":""},{"$f":"IF(Food_cat6_region=\"<click to select>\",\"\",Food_cat6_region)","v":""}]
[null,null,null,"Total processing and packaging losses: ","tonne"]
[null,null,null,"Total with known destination","tonne",{"$f":"IF(ISNUMBER(F111),SUM(F116:F125),\"\")","v":""},{"$f":"IF(ISNUMBER(G111),SUM(G116:G125),\"\")","v":""},"","","",""]
[null,null,null,"Total with unknown destination","tonne",{"$f":"IF(ISNUMBER(F126),((F126)+(ProcTotCat1-SUM(F116:F126))),IF(ISNUMBER(F111),F111-(SUM(F116:F125)),\"\"))","v":""},{"$f":"IF(ISNUMBER(G126),((G126)+(ProcTotCat2-SUM(G116:G126))),IF(ISNUMBER(G111),G111-(SUM(G116:G125)),\"\"))","v":""},{"$f":"IF(ISNUMBER(H126),((H126)+(ProcTotCat3-SUM(H116:H126))),IF(ISNUMBER(H111),H111-(SUM(H116:H125)),\"\"))","v":""},{"$f":"IF(ISNUMBER(I126),((I126)+(ProcTotCat4-SUM(I116:I126))),IF(ISNUMBER(I111),I111-(SUM(I116:I125)),\"\"))","v":""},{"$f":"IF(ISNUMBER(J126),((J126)+(ProcTotCat5-SUM(J116:J126))),IF(ISNUMBER(J111),J111-(SUM(J116:J125)),\"\"))","v":""},{"$f":"IF(ISNUMBER(K126),((K126)+(ProcTotCat6-SUM(K116:K126))),IF(ISNUMBER(K111),K111-(SUM(K116:K125)),\"\"))","v":""}]
[null,null,null,null,{"$f":"IF(SUM(F115:K115)>=1,\"Please check that total mass to destinations equals the total entered above!\",\"\")","v":""}]
[null,null,null,"Destination",null,{"$f":"IF(SUM(F116:F126)=AgTotCat1,\"\",1)","v":""},{"$f":"IF(SUM(G116:G126)=AgTotCat2,\"\",1)","v":""},{"$f":"IF(SUM(H116:H126)=AgTotCat3,\"\",1)","v":""},{"$f":"IF(SUM(I116:I126)=AgTotCat4,\"\",1)","v":""},{"$f":"IF(SUM(J116:J126)=AgTotCat5,\"\",1)","v":""},{"$f":"IF(SUM(K116:K126)=AgTotCat6,\"\",1)","v":""}]
[null,null,null,"Animal feed","tonne"]
[null,null,null,"Bio-based materials/biochemical processing","tonne"]
[null,null,null,"Codigestion/anaerobic digestion","tonne"]
[null,null,null,"Composting/aerobic processes","tonne"]
[null,null,null,"Controlled combustion","tonne"]
[null,null,null,"Land application","tonne"]
[null,null,null,"Not harvested/plowed in","tonne"]
[null,null,null,"Landfill","tonne"]
[null,null,null,"Refuse/discards/litter","tonne"]
[null,null,null,"Sewer/wastewater treatment","tonne"]
[null,null,null,"Unknown","tonne"]
[]
[null,null,null,"Click to go to: Select environmental impact"]
[]
[null,null,null,null,"Food:",{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""}]
[null,null,null,"D.","Region:",{"$f":"IF(Food_cat1_region=\"<click to select>\",\"\",Food_cat1_region)","v":""},{"$f":"IF(Food_cat2_region=\"<click to select>\",\"\",Food_cat2_region)","v":""},{"$f":"IF(Food_cat3_region=\"<click to select>\",\"\",Food_cat3_region)","v":""},{"$f":"IF(Food_cat4_region=\"<click to select>\",\"\",Food_cat4_region)","v":""},{"$f":"IF(Food_cat5_region=\"<click to select>\",\"\",Food_cat5_region)","v":""},{"$f":"IF(Food_cat6_region=\"<click to select>\",\"\",Food_cat6_region)","v":""}]
[null,null,null,"Total distribution wastes","tonne"]
[null,null,null,"Total with known destination","tonne",{"$f":"IF(ISNUMBER(F132),SUM(F137:F146),\"\")","v":""},{"$f":"IF(ISNUMBER(G132),SUM(G137:G146),\"\")","v":""},"","","",""]
[null,null,null,"Total with unknown destination","tonne",{"$f":"IF(ISNUMBER(F147),((F147)+(DistTotCat1-SUM(F137:F147))),IF(ISNUMBER(F132),F132-(SUM(F137:F146)),\"\"))","v":""},{"$f":"IF(ISNUMBER(G147),((G147)+(DistTotCat2-SUM(G137:G147))),IF(ISNUMBER(G132),G132-(SUM(G137:G146)),\"\"))","v":""},{"$f":"IF(ISNUMBER(H147),((H147)+(DistTotCat3-SUM(H137:H147))),IF(ISNUMBER(H132),H132-(SUM(H137:H146)),\"\"))","v":""},{"$f":"IF(ISNUMBER(I147),((I147)+(DistTotCat4-SUM(I137:I147))),IF(ISNUMBER(I132),I132-(SUM(I137:I146)),\"\"))","v":""},{"$f":"IF(ISNUMBER(J147),((J147)+(DistTotCat5-SUM(J137:J147))),IF(ISNUMBER(J132),J132-(SUM(J137:J146)),\"\"))","v":""},{"$f":"IF(ISNUMBER(K147),((K147)+(DistTotCat6-SUM(K137:K147))),IF(ISNUMBER(K132),K132-(SUM(K137:K146)),\"\"))","v":""}]
[null,null,null,null,{"$f":"IF(SUM(F136:K136)>=1,\"Please check that total mass to destinations equals the total entered above!\",\"\")","v":""}]
[null,null,null,"Destination",null,{"$f":"IF(SUM(F137:F147)=AgTotCat1,\"\",1)","v":""},{"$f":"IF(SUM(G137:G147)=AgTotCat2,\"\",1)","v":""},{"$f":"IF(SUM(H137:H147)=AgTotCat3,\"\",1)","v":""},{"$f":"IF(SUM(I137:I147)=AgTotCat4,\"\",1)","v":""},{"$f":"IF(SUM(J137:J147)=AgTotCat5,\"\",1)","v":""},{"$f":"IF(SUM(K137:K147)=AgTotCat6,\"\",1)","v":""}]
[null,null,null,"Animal feed","tonne"]
[null,null,null,"Bio-based materials/biochemical processing","tonne"]
[null,null,null,"Codigestion/anaerobic digestion","tonne"]
[null,null,null,"Composting/aerobic processes","tonne"]
[null,null,null,"Controlled combustion","tonne"]
[null,null,null,"Land application","tonne"]
[null,null,null,"Not harvested/plowed in","tonne"]
[null,null,null,"Landfill","tonne"]
[null,null,null,"Refuse/discards/litter","tonne"]
[null,null,null,"Sewer/wastewater treatment","tonne"]
[null,null,null,"Unknown","tonne"]
[]
[null,null,null,"Click to go to: Select environmental impact"]
[]
[null,null,null,null,"Food:",{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""}]
[null,null,null,"E.","Region:",{"$f":"IF(Food_cat1_region=\"<click to select>\",\"\",Food_cat1_region)","v":""},{"$f":"IF(Food_cat2_region=\"<click to select>\",\"\",Food_cat2_region)","v":""},{"$f":"IF(Food_cat3_region=\"<click to select>\",\"\",Food_cat3_region)","v":""},{"$f":"IF(Food_cat4_region=\"<click to select>\",\"\",Food_cat4_region)","v":""},{"$f":"IF(Food_cat5_region=\"<click to select>\",\"\",Food_cat5_region)","v":""},{"$f":"IF(Food_cat6_region=\"<click to select>\",\"\",Food_cat6_region)","v":""}]
[null,null,null,"Total consumption wastes","tonne"]
[null,null,null,"Total with known destination","tonne",{"$f":"IF(ISNUMBER(F153),SUM(F158:F167),\"\")","v":""},{"$f":"IF(ISNUMBER(G153),SUM(G158:G167),\"\")","v":""},{"$f":"IF(ISNUMBER(H153),SUM(H158:H167),\"\")","v":""},"","",""]
[null,null,null,"Total with unknown destination","tonne",{"$f":"IF(ISNUMBER(F168),((F168)+(ConsTotCat1-SUM(F158:F168))),IF(ISNUMBER(F153),F153-(SUM(F158:F167)),\"\"))","v":""},"","","","",""]
[null,null,null,null,{"$f":"IF(SUM(F157:K157)>=1,\"Please check that total mass to destinations equals the total entered above!\",\"\")","v":""}]
[null,null,null,"Destination",null,{"$f":"IF(SUM(F158:F168)=AgTotCat1,\"\",1)","v":""},{"$f":"IF(SUM(G158:G168)=AgTotCat2,\"\",1)","v":""},{"$f":"IF(SUM(H158:H168)=AgTotCat3,\"\",1)","v":""},{"$f":"IF(SUM(I158:I168)=AgTotCat4,\"\",1)","v":""},{"$f":"IF(SUM(J158:J168)=AgTotCat5,\"\",1)","v":""},{"$f":"IF(SUM(K158:K168)=AgTotCat6,\"\",1)","v":""}]
[null,null,null,"Animal feed","tonne"]
[null,null,null,"Bio-based materials/biochemical processing","tonne"]
[null,null,null,"Codigestion/anaerobic digestion","tonne"]
[null,null,null,"Composting/aerobic processes","tonne"]
[null,null,null,"Controlled combustion","tonne"]
[null,null,null,"Land application","tonne"]
[null,null,null,"Not harvested/plowed in","tonne"]
[null,null,null,"Landfill","tonne"]
[null,null,null,"Refuse/discards/litter","tonne"]
[null,null,null,"Sewer/wastewater treatment","tonne"]
[null,null,null,"Unknown","tonne"]
[]
[null,null,null,"Click to go to: Select environmental impact"]
[]
[null,null,null,null,"Food:",{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""}]
[null,null,null,"A.-E.","Region:",{"$f":"IF(Food_cat1_region=\"<click to select>\",\"\",Food_cat1_region)","v":""},{"$f":"IF(Food_cat2_region=\"<click to select>\",\"\",Food_cat2_region)","v":""},{"$f":"IF(Food_cat3_region=\"<click to select>\",\"\",Food_cat3_region)","v":""},{"$f":"IF(Food_cat4_region=\"<click to select>\",\"\",Food_cat4_region)","v":""},{"$f":"IF(Food_cat5_region=\"<click to select>\",\"\",Food_cat5_region)","v":""},{"$f":"IF(Food_cat6_region=\"<click to select>\",\"\",Food_cat6_region)","v":""}]
[null,null,null,"Total supply chain considered","tonne",{"$f":"IF(SUM(AgTotCat1+PostHarvTotCat1+ProcTotCat1+DistTotCat1+ConsTotCat1)>0,SUM(AgTotCat1+PostHarvTotCat1+ProcTotCat1+DistTotCat1+ConsTotCat1),\"\")","v":""},{"$f":"IF(SUM(AgTotCat2+PostHarvTotCat2+ProcTotCat2+DistTotCat2+ConsTotCat2)>0,SUM(AgTotCat2+PostHarvTotCat2+ProcTotCat2+DistTotCat2+ConsTotCat2),\"\")","v":""},{"$f":"IF(SUM(AgTotCat3+PostHarvTotCat3+ProcTotCat3+DistTotCat3+ConsTotCat3)>0,SUM(AgTotCat3+PostHarvTotCat3+ProcTotCat3+DistTotCat3+ConsTotCat3),\"\")","v":""},{"$f":"IF(SUM(AgTotCat4+PostHarvTotCat4+ProcTotCat4+DistTotCat4+ConsTotCat4)>0,SUM(AgTotCat4+PostHarvTotCat4+ProcTotCat4+DistTotCat4+ConsTotCat4),\"\")","v":""},{"$f":"IF(SUM(AgTotCat5+PostHarvTotCat5+ProcTotCat5+DistTotCat5+ConsTotCat5)>0,SUM(AgTotCat5+PostHarvTotCat5+ProcTotCat5+DistTotCat5+ConsTotCat5),\"\")","v":""},{"$f":"IF(SUM(AgTotCat6+PostHarvTotCat6+ProcTotCat6+DistTotCat6+ConsTotCat6)>0,SUM(AgTotCat6+PostHarvTotCat6+ProcTotCat6+DistTotCat6+ConsTotCat6),\"\")","v":""}]
[]
[null,"4. Select the environmental impact category you are interested to assess."]
[null,null,null,"Climate change (kg CO2 eq)","<-select the impact category you would like to assess"]
[null,null,null,{"$f":"INDEX('C1. Enviro impact definitions'!D6:D10,MATCH(Impact,'C1. Enviro impact definitions'!C6:C10,0))","v":"The climate change impact indicates the carbon footprint of the FLW due to greenhouse gas emissions (GHGs). This accounts for the radiative forcing of various GHGs using the Global Warming Potential for 100 year time frame. "}]

{"sheet":"B2. Result table, enviro impact","index":4,"n_rows":128,"n_cols":10,"rows_kept":128,"cut":false,"hidden":false,"merged":[[3,9,4,18]]}
["Environmental impacts (no user input needed)"]
[null,"2. RESULTS TABLE (no action needed)"]
[null,null,null,null,null,null,null,null,null,"INTERPRETATION TIPS"]
[null,"2a. ",null,1,2,3,4,5,6,{"$f":"INDEX('C1. Enviro impact definitions'!D6:D8,MATCH(Impact,'C1. Enviro impact definitions'!C6:C8,0))","v":"The climate change impact indicates the carbon footprint of the FLW due to greenhouse gas emissions (GHGs). This accounts for the radiative forcing of various GHGs using the Global Warming Potential for 100 year time frame. "}]
[null,"Agricultural production",null,{"$f":"Food_cat1","v":"<click to select>"},{"$f":"Food_cat2","v":"<click to select>"},{"$f":"Food_cat3","v":"<click to select>"},{"$f":"Food_cat4","v":"<click to select>"},{"$f":"Food_cat5","v":"<click to select>"},{"$f":"Food_cat6","v":"<click to select>"}]
[null,null,null,{"$f":"Food_cat1_region","v":"<click to select>"},{"$f":"Food_cat2_region","v":"<click to select>"},{"$f":"Food_cat3_region","v":"<click to select>"},{"$f":"Food_cat4_region","v":"<click to select>"},{"$f":"Food_cat5_region","v":"<click to select>"},{"$f":"Food_cat6_region","v":"<click to select>"},"ONLY ANIMAL FEED AND BIO-BASED MATERIAL DESTINATIONS HAVE IMPACTS REPORTED, OTHER THAN CLIMATE CHANGE."]
[null," Agricultural production impact",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(AgTotCat1),AgTotCat1*kg_tonnes*INDEX(Impact_Data,MATCH((D5&\", \"&D6),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER(AgTotCat2),AgTotCat2*kg_tonnes*INDEX(Impact_Data,MATCH((E5&\", \"&E6),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER(AgTotCat3),AgTotCat3*kg_tonnes*INDEX(Impact_Data,MATCH((F5&\", \"&F6),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER(AgTotCat4),AgTotCat4*kg_tonnes*INDEX(Impact_Data,MATCH((G5&\", \"&G6),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER(AgTotCat5),AgTotCat5*kg_tonnes*INDEX(Impact_Data,MATCH((H5&\", \"&H6),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER(AgTotCat6),AgTotCat6*kg_tonnes*INDEX(Impact_Data,MATCH((I5&\", \"&I6),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},"<- these are the impacts associated with producing the food originally. Regional data are used when available, otherwise a global proxy was used. Values are color coded from green (least) to red (most) impact. "]
[null,"Additional life cycle impacts","n/a","n/a","n/a","n/a","n/a","n/a","n/a","<-this is the first life cycle stage, so there are no additional life cycle impacts associated"]
[null,"Additional impacts due to destination",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D7),SUM(D11:D21),\"\")","v":""},{"$f":"IF(ISNUMBER(E7),SUM(E11:E21),\"\")","v":""},"","","","","<-these are the additional impacts associated with disposing of the food losses"]
[null,"Destination-specific results"]
[null,"Animal feed",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF('B1. Detailed assessment'!F74>0,('B1. Detailed assessment'!F74*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B11),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G74>0,('B1. Detailed assessment'!G74*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B11),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H74>0,('B1. Detailed assessment'!H74*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B11),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I74>0,('B1. Detailed assessment'!I74*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B11),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J74>0,('B1. Detailed assessment'!J74*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B11),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K74>0,('B1. Detailed assessment'!K74*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B11),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},"<-negative values are avoided impacts (e.g. growing soy for animal feed)"]
[null,"Bio-based materials/biochemical processing","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F75>0,('B1. Detailed assessment'!F75*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B12),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G75>0,('B1. Detailed assessment'!G75*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B12),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H75>0,('B1. Detailed assessment'!H75*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B12),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I75>0,('B1. Detailed assessment'!I75*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B12),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J75>0,('B1. Detailed assessment'!J75*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B12),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K75>0,('B1. Detailed assessment'!K75*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B12),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},"<-negative values are avoided impacts (e.g. growing more corn for biomaterial processing)"]
[null,"Codigestion/anaerobic digestion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F76>0,('B1. Detailed assessment'!F76*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B13),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G76>0,('B1. Detailed assessment'!G76*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B13),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H76>0,('B1. Detailed assessment'!H76*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B13),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I76>0,('B1. Detailed assessment'!I76*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B13),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J76>0,('B1. Detailed assessment'!J76*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B13),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K76>0,('B1. Detailed assessment'!K76*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B13),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},"<-negative values are avoided impacts (e.g. creating energy from the methane gas released from anaerobic digestion)"]
[null,"Composting/aerobic processes","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F77>0,('B1. Detailed assessment'!F77*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B14),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G77>0,('B1. Detailed assessment'!G77*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B14),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H77>0,('B1. Detailed assessment'!H77*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B14),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I77>0,('B1. Detailed assessment'!I77*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B14),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J77>0,('B1. Detailed assessment'!J77*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B14),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K77>0,('B1. Detailed assessment'!K77*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B14),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},"<-negative values are avoided impacts (e.g. creating fertiliser from the compost produced)"]
[null,"Controlled combustion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F78>0,('B1. Detailed assessment'!F78*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B15),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G78>0,('B1. Detailed assessment'!G78*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B15),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H78>0,('B1. Detailed assessment'!H78*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B15),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I78>0,('B1. Detailed assessment'!I78*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B15),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J78>0,('B1. Detailed assessment'!J78*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B15),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K78>0,('B1. Detailed assessment'!K78*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B15),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},"<-negative values are avoided impacts (e.g. creating energy and heat from controlled combustion)"]
[null,"Land application","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F79>0,('B1. Detailed assessment'!F79*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B16),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G79>0,('B1. Detailed assessment'!G79*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B16),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H79>0,('B1. Detailed assessment'!H79*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B16),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I79>0,('B1. Detailed assessment'!I79*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B16),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J79>0,('B1. Detailed assessment'!J79*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B16),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K79>0,('B1. Detailed assessment'!K79*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B16),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Not harvested/plowed in","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F80>0,('B1. Detailed assessment'!F80*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B17),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G80>0,('B1. Detailed assessment'!G80*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B17),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H80>0,('B1. Detailed assessment'!H80*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B17),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I80>0,('B1. Detailed assessment'!I80*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B17),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J80>0,('B1. Detailed assessment'!J80*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B17),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K80>0,('B1. Detailed assessment'!K80*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B17),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Landfill","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F81>0,('B1. Detailed assessment'!F81*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G81>0,('B1. Detailed assessment'!G81*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H81>0,('B1. Detailed assessment'!H81*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I81>0,('B1. Detailed assessment'!I81*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J81>0,('B1. Detailed assessment'!J81*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K81>0,('B1. Detailed assessment'!K81*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Refuse/discards/litter","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F82>0,('B1. Detailed assessment'!F82*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B19),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G82>0,('B1. Detailed assessment'!G82*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B19),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H82>0,('B1. Detailed assessment'!H82*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B19),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I82>0,('B1. Detailed assessment'!I82*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B19),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J82>0,('B1. Detailed assessment'!J82*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B19),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K82>0,('B1. Detailed assessment'!K82*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B19),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Sewer/wastewater treatment","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F83>0,('B1. Detailed assessment'!F83*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B20),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G83>0,('B1. Detailed assessment'!G83*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B20),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H83>0,('B1. Detailed assessment'!H83*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B20),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I83>0,('B1. Detailed assessment'!I83*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B20),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J83>0,('B1. Detailed assessment'!J83*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B20),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K83>0,('B1. Detailed assessment'!K83*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B20),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Unknown (landfill default)","Climate change (kg CO2 eq)",{"$f":"IF(AgTotCat1='B1. Detailed assessment'!F70,\"\",('B1. Detailed assessment'!F71*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(AgTotCat2='B1. Detailed assessment'!G70,\"\",('B1. Detailed assessment'!G71*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(AgTotCat3='B1. Detailed assessment'!H70,\"\",('B1. Detailed assessment'!H71*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(AgTotCat4='B1. Detailed assessment'!I70,\"\",('B1. Detailed assessment'!I71*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(AgTotCat5='B1. Detailed assessment'!J70,\"\",('B1. Detailed assessment'!J71*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(AgTotCat6='B1. Detailed assessment'!K70,\"\",('B1. Detailed assessment'!K71*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B18),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},"<-calculated equivalent to landfill"]
[]
[]
[]
[]
[null,"2b. ",null,1,2,3,4,5,6]
[null,"Post-harvest handling and storage",null,{"$f":"Food_cat1","v":"<click to select>"},{"$f":"Food_cat2","v":"<click to select>"},{"$f":"Food_cat3","v":"<click to select>"},{"$f":"Food_cat4","v":"<click to select>"},{"$f":"Food_cat5","v":"<click to select>"},{"$f":"Food_cat6","v":"<click to select>"}]
[null,null,null,{"$f":"Food_cat1_region","v":"<click to select>"},{"$f":"Food_cat2_region","v":"<click to select>"},{"$f":"Food_cat3_region","v":"<click to select>"},{"$f":"Food_cat4_region","v":"<click to select>"},{"$f":"Food_cat5_region","v":"<click to select>"},{"$f":"Food_cat6_region","v":"<click to select>"}]
[null,"Agricultural production impact",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!F90),'B1. Detailed assessment'!F90*kg_tonnes*INDEX(Impact_Data,MATCH((D27&\", \"&D28),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!G90),'B1. Detailed assessment'!G90*kg_tonnes*INDEX(Impact_Data,MATCH((E27&\", \"&E28),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!H90),'B1. Detailed assessment'!H90*kg_tonnes*INDEX(Impact_Data,MATCH((F27&\", \"&F28),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!I90),'B1. Detailed assessment'!I90*kg_tonnes*INDEX(Impact_Data,MATCH((G27&\", \"&G28),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!J90),'B1. Detailed assessment'!J90*kg_tonnes*INDEX(Impact_Data,MATCH((H27&\", \"&H28),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!K90),'B1. Detailed assessment'!K90*kg_tonnes*INDEX(Impact_Data,MATCH((I27&\", \"&I28),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},"<-these are the agricultural production impacts to produce the exact quantity of FLW enterred by the user for this stage. "]
[null,"Additional life cycle impacts",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D29),INDEX(Impact_Life_Cycle,MATCH(D$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat1*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(E29),INDEX(Impact_Life_Cycle,MATCH(E$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat2*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(F29),INDEX(Impact_Life_Cycle,MATCH(F$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat3*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(G29),INDEX(Impact_Life_Cycle,MATCH(G$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat4*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(H29),INDEX(Impact_Life_Cycle,MATCH(H$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat5*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(I29),INDEX(Impact_Life_Cycle,MATCH(I$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat6*kg_tonnes,\"\")","v":""},"<-these are the additional \"life cycle\" impacts (only relevant for greenhouse gas emissions in this version of the calculator), related to the energy use associated with this life cycle stage."]
[null,"Additional impacts due to destination",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D29),SUM(D33:D43),\"\")","v":""},{"$f":"IF(ISNUMBER(E29),SUM(E33:E43),\"\")","v":""},"","","","","<-these are the additional impacts associated with disposing of the food losses"]
[null,"Destination-specific results"]
[null,"Animal feed",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF('B1. Detailed assessment'!F95>0,('B1. Detailed assessment'!F95*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B33),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G95>0,('B1. Detailed assessment'!G95*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B33),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H95>0,('B1. Detailed assessment'!H95*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B33),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I95>0,('B1. Detailed assessment'!I95*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B33),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J95>0,('B1. Detailed assessment'!J95*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B33),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K95>0,('B1. Detailed assessment'!K95*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B33),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Bio-based materials/biochemical processing","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F96>0,('B1. Detailed assessment'!F96*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B34),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G96>0,('B1. Detailed assessment'!G96*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B34),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H96>0,('B1. Detailed assessment'!H96*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B34),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I96>0,('B1. Detailed assessment'!I96*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B34),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J96>0,('B1. Detailed assessment'!J96*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B34),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K96>0,('B1. Detailed assessment'!K96*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B34),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Codigestion/anaerobic digestion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F97>0,('B1. Detailed assessment'!F97*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B35),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G97>0,('B1. Detailed assessment'!G97*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B35),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H97>0,('B1. Detailed assessment'!H97*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B35),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I97>0,('B1. Detailed assessment'!I97*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B35),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J97>0,('B1. Detailed assessment'!J97*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B35),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K97>0,('B1. Detailed assessment'!K97*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B35),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Composting/aerobic processes","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F98>0,('B1. Detailed assessment'!F98*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B36),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G98>0,('B1. Detailed assessment'!G98*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B36),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H98>0,('B1. Detailed assessment'!H98*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B36),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I98>0,('B1. Detailed assessment'!I98*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B36),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J98>0,('B1. Detailed assessment'!J98*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B36),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K98>0,('B1. Detailed assessment'!K98*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B36),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Controlled combustion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F99>0,('B1. Detailed assessment'!F99*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B37),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G99>0,('B1. Detailed assessment'!G99*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B37),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H99>0,('B1. Detailed assessment'!H99*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B37),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I99>0,('B1. Detailed assessment'!I99*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B37),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J99>0,('B1. Detailed assessment'!J99*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B37),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K99>0,('B1. Detailed assessment'!K99*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B37),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Land application","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F100>0,('B1. Detailed assessment'!F100*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B38),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G100>0,('B1. Detailed assessment'!G100*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B38),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H100>0,('B1. Detailed assessment'!H100*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B38),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I100>0,('B1. Detailed assessment'!I100*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B38),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J100>0,('B1. Detailed assessment'!J100*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B38),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K100>0,('B1. Detailed assessment'!K100*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B38),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Not harvested/plowed in","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F101>0,('B1. Detailed assessment'!F101*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B39),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G101>0,('B1. Detailed assessment'!G101*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B39),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H101>0,('B1. Detailed assessment'!H101*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B39),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I101>0,('B1. Detailed assessment'!I101*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B39),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J101>0,('B1. Detailed assessment'!J101*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B39),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K101>0,('B1. Detailed assessment'!K101*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B39),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Landfill","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F102>0,('B1. Detailed assessment'!F102*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G102>0,('B1. Detailed assessment'!G102*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H102>0,('B1. Detailed assessment'!H102*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I102>0,('B1. Detailed assessment'!I102*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J102>0,('B1. Detailed assessment'!J102*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K102>0,('B1. Detailed assessment'!K102*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Refuse/discards/litter","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F103>0,('B1. Detailed assessment'!F103*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B41),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G103>0,('B1. Detailed assessment'!G103*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B41),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H103>0,('B1. Detailed assessment'!H103*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B41),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I103>0,('B1. Detailed assessment'!I103*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B41),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J103>0,('B1. Detailed assessment'!J103*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B41),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K103>0,('B1. Detailed assessment'!K103*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B41),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Sewer/wastewater treatment","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F104>0,('B1. Detailed assessment'!F104*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B42),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G104>0,('B1. Detailed assessment'!G104*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B42),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H104>0,('B1. Detailed assessment'!H104*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B42),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I104>0,('B1. Detailed assessment'!I104*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B42),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J104>0,('B1. Detailed assessment'!J104*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B42),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K104>0,('B1. Detailed assessment'!K104*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B42),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Unknown (landfill default)","Climate change (kg CO2 eq)",{"$f":"IF(PostHarvTotCat1='B1. Detailed assessment'!F91,\"\",('B1. Detailed assessment'!F92*kg_tonnes*INDEX(Impact_Destination,MATCH((D$27&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(PostHarvTotCat2='B1. Detailed assessment'!G91,\"\",('B1. Detailed assessment'!G92*kg_tonnes*INDEX(Impact_Destination,MATCH((E$27&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(PostHarvTotCat3='B1. Detailed assessment'!H91,\"\",('B1. Detailed assessment'!H92*kg_tonnes*INDEX(Impact_Destination,MATCH((F$27&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(PostHarvTotCat4='B1. Detailed assessment'!I91,\"\",('B1. Detailed assessment'!I92*kg_tonnes*INDEX(Impact_Destination,MATCH((G$27&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(PostHarvTotCat5='B1. Detailed assessment'!J91,\"\",('B1. Detailed assessment'!J92*kg_tonnes*INDEX(Impact_Destination,MATCH((H$27&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(PostHarvTotCat6='B1. Detailed assessment'!K91,\"\",('B1. Detailed assessment'!K92*kg_tonnes*INDEX(Impact_Destination,MATCH((I$27&\", \"&$B40),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""}]
[]
[]
[]
[]
[null,"2c. ",null,1,2,3,4,5,6]
[null,"Processing and packaging",null,{"$f":"Food_cat1","v":"<click to select>"},{"$f":"Food_cat2","v":"<click to select>"},{"$f":"Food_cat3","v":"<click to select>"},{"$f":"Food_cat4","v":"<click to select>"},{"$f":"Food_cat5","v":"<click to select>"},{"$f":"Food_cat6","v":"<click to select>"}]
[null,null,null,{"$f":"Food_cat1_region","v":"<click to select>"},{"$f":"Food_cat2_region","v":"<click to select>"},{"$f":"Food_cat3_region","v":"<click to select>"},{"$f":"Food_cat4_region","v":"<click to select>"},{"$f":"Food_cat5_region","v":"<click to select>"},{"$f":"Food_cat6_region","v":"<click to select>"}]
[null,"Agricultural production impact",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!F111),'B1. Detailed assessment'!F111*kg_tonnes*INDEX(Impact_Data,MATCH((D49&\", \"&D50),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!G111),'B1. Detailed assessment'!G111*kg_tonnes*INDEX(Impact_Data,MATCH((E49&\", \"&E50),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!H111),'B1. Detailed assessment'!H111*kg_tonnes*INDEX(Impact_Data,MATCH((F49&\", \"&F50),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!I111),'B1. Detailed assessment'!I111*kg_tonnes*INDEX(Impact_Data,MATCH((G49&\", \"&G50),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!J111),'B1. Detailed assessment'!J111*kg_tonnes*INDEX(Impact_Data,MATCH((H49&\", \"&H50),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!K111),'B1. Detailed assessment'!K111*kg_tonnes*INDEX(Impact_Data,MATCH((I49&\", \"&I50),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""}]
[null,"Additional life cycle impacts",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D51),INDEX(Impact_Life_Cycle,MATCH(D$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat1*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(E51),INDEX(Impact_Life_Cycle,MATCH(E$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat2*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(F51),INDEX(Impact_Life_Cycle,MATCH(F$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat3*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(G51),INDEX(Impact_Life_Cycle,MATCH(G$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat4*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(H51),INDEX(Impact_Life_Cycle,MATCH(H$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat5*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(I51),INDEX(Impact_Life_Cycle,MATCH(I$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat6*kg_tonnes,\"\")","v":""}]
[null,"Additional impacts due to destination",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D51),SUM(D55:D65),\"\")","v":""},{"$f":"IF(ISNUMBER(E51),SUM(E55:E65),\"\")","v":""},"","","",""]
[null,"Destination-specific results"]
[null,"Animal feed",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF('B1. Detailed assessment'!F116>0,('B1. Detailed assessment'!F116*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B55),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G116>0,('B1. Detailed assessment'!G116*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B55),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H116>0,('B1. Detailed assessment'!H116*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B55),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I116>0,('B1. Detailed assessment'!I116*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B55),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J116>0,('B1. Detailed assessment'!J116*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B55),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K116>0,('B1. Detailed assessment'!K116*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B55),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Bio-based materials/biochemical processing","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F117>0,('B1. Detailed assessment'!F117*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B56),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G117>0,('B1. Detailed assessment'!G117*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B56),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H117>0,('B1. Detailed assessment'!H117*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B56),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I117>0,('B1. Detailed assessment'!I117*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B56),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J117>0,('B1. Detailed assessment'!J117*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B56),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K117>0,('B1. Detailed assessment'!K117*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B56),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Codigestion/anaerobic digestion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F118>0,('B1. Detailed assessment'!F118*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B57),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G118>0,('B1. Detailed assessment'!G118*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B57),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H118>0,('B1. Detailed assessment'!H118*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B57),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I118>0,('B1. Detailed assessment'!I118*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B57),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J118>0,('B1. Detailed assessment'!J118*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B57),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K118>0,('B1. Detailed assessment'!K118*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B57),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Composting/aerobic processes","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F119>0,('B1. Detailed assessment'!F119*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B58),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G119>0,('B1. Detailed assessment'!G119*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B58),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H119>0,('B1. Detailed assessment'!H119*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B58),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I119>0,('B1. Detailed assessment'!I119*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B58),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J119>0,('B1. Detailed assessment'!J119*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B58),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K119>0,('B1. Detailed assessment'!K119*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B58),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Controlled combustion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F120>0,('B1. Detailed assessment'!F120*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B59),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G120>0,('B1. Detailed assessment'!G120*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B59),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H120>0,('B1. Detailed assessment'!H120*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B59),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I120>0,('B1. Detailed assessment'!I120*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B59),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J120>0,('B1. Detailed assessment'!J120*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B59),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K120>0,('B1. Detailed assessment'!K120*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B59),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Land application","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F121>0,('B1. Detailed assessment'!F121*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B60),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G121>0,('B1. Detailed assessment'!G121*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B60),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H121>0,('B1. Detailed assessment'!H121*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B60),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I121>0,('B1. Detailed assessment'!I121*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B60),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J121>0,('B1. Detailed assessment'!J121*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B60),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K121>0,('B1. Detailed assessment'!K121*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B60),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Not harvested/plowed in","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F122>0,('B1. Detailed assessment'!F122*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B61),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G122>0,('B1. Detailed assessment'!G122*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B61),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H122>0,('B1. Detailed assessment'!H122*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B61),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I122>0,('B1. Detailed assessment'!I122*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B61),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J122>0,('B1. Detailed assessment'!J122*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B61),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K122>0,('B1. Detailed assessment'!K122*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B61),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Landfill","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F123>0,('B1. Detailed assessment'!F123*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G123>0,('B1. Detailed assessment'!G123*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H123>0,('B1. Detailed assessment'!H123*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I123>0,('B1. Detailed assessment'!I123*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J123>0,('B1. Detailed assessment'!J123*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K123>0,('B1. Detailed assessment'!K123*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Refuse/discards/litter","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F124>0,('B1. Detailed assessment'!F124*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B63),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G124>0,('B1. Detailed assessment'!G124*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B63),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H124>0,('B1. Detailed assessment'!H124*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B63),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I124>0,('B1. Detailed assessment'!I124*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B63),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J124>0,('B1. Detailed assessment'!J124*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B63),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K124>0,('B1. Detailed assessment'!K124*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B63),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Sewer/wastewater treatment","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F125>0,('B1. Detailed assessment'!F125*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B64),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G125>0,('B1. Detailed assessment'!G125*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B64),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H125>0,('B1. Detailed assessment'!H125*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B64),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I125>0,('B1. Detailed assessment'!I125*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B64),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J125>0,('B1. Detailed assessment'!J125*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B64),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K125>0,('B1. Detailed assessment'!K125*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B64),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Unknown (landfill default)","Climate change (kg CO2 eq)",{"$f":"IF(ProcTotCat1='B1. Detailed assessment'!F112,\"\",('B1. Detailed assessment'!F113*kg_tonnes*INDEX(Impact_Destination,MATCH((D$27&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ProcTotCat2='B1. Detailed assessment'!G112,\"\",('B1. Detailed assessment'!G113*kg_tonnes*INDEX(Impact_Destination,MATCH((E$27&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ProcTotCat3='B1. Detailed assessment'!H112,\"\",('B1. Detailed assessment'!H113*kg_tonnes*INDEX(Impact_Destination,MATCH((F$27&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ProcTotCat4='B1. Detailed assessment'!I112,\"\",('B1. Detailed assessment'!I113*kg_tonnes*INDEX(Impact_Destination,MATCH((G$27&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ProcTotCat5='B1. Detailed assessment'!J112,\"\",('B1. Detailed assessment'!J113*kg_tonnes*INDEX(Impact_Destination,MATCH((H$27&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ProcTotCat6='B1. Detailed assessment'!K112,\"\",('B1. Detailed assessment'!K113*kg_tonnes*INDEX(Impact_Destination,MATCH((I$27&\", \"&$B62),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""}]
[]
[]
[]
[]
[null,"2d. ",null,1,2,3,4,5,6]
[null,"Distribution",null,{"$f":"Food_cat1","v":"<click to select>"},{"$f":"Food_cat2","v":"<click to select>"},{"$f":"Food_cat3","v":"<click to select>"},{"$f":"Food_cat4","v":"<click to select>"},{"$f":"Food_cat5","v":"<click to select>"},{"$f":"Food_cat6","v":"<click to select>"}]
[null,null,null,{"$f":"Food_cat1_region","v":"<click to select>"},{"$f":"Food_cat2_region","v":"<click to select>"},{"$f":"Food_cat3_region","v":"<click to select>"},{"$f":"Food_cat4_region","v":"<click to select>"},{"$f":"Food_cat5_region","v":"<click to select>"},{"$f":"Food_cat6_region","v":"<click to select>"}]
[null,"Agricultural production impact",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!F132),'B1. Detailed assessment'!F132*kg_tonnes*INDEX(Impact_Data,MATCH((D71&\", \"&D72),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!G132),'B1. Detailed assessment'!G132*kg_tonnes*INDEX(Impact_Data,MATCH((E71&\", \"&E72),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!H132),'B1. Detailed assessment'!H132*kg_tonnes*INDEX(Impact_Data,MATCH((F71&\", \"&F72),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!I132),'B1. Detailed assessment'!I132*kg_tonnes*INDEX(Impact_Data,MATCH((G71&\", \"&G72),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!J132),'B1. Detailed assessment'!J132*kg_tonnes*INDEX(Impact_Data,MATCH((H71&\", \"&H72),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!K132),'B1. Detailed assessment'!K132*kg_tonnes*INDEX(Impact_Data,MATCH((I71&\", \"&I72),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""}]
[null,"Additional life cycle impacts",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D73),INDEX(Impact_Life_Cycle,MATCH(D$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*DistTotCat1*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(E73),INDEX(Impact_Life_Cycle,MATCH(E$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*DistTotCat2*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(F73),INDEX(Impact_Life_Cycle,MATCH(F$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*DistTotCat3*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(G73),INDEX(Impact_Life_Cycle,MATCH(G$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*DistTotCat4*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(H73),INDEX(Impact_Life_Cycle,MATCH(H$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*DistTotCat5*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(I73),INDEX(Impact_Life_Cycle,MATCH(I$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*DistTotCat6*kg_tonnes,\"\")","v":""}]
[null,"Additional impacts due to destination",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D73),SUM(D77:D87),\"\")","v":""},{"$f":"IF(ISNUMBER(E73),SUM(E77:E87),\"\")","v":""},"","","",""]
[null,"Destination-specific results"]
[null,"Animal feed",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF('B1. Detailed assessment'!F137>0,('B1. Detailed assessment'!F137*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B77),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G137>0,('B1. Detailed assessment'!G137*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B77),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H137>0,('B1. Detailed assessment'!H137*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B77),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I137>0,('B1. Detailed assessment'!I137*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B77),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J137>0,('B1. Detailed assessment'!J137*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B77),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K137>0,('B1. Detailed assessment'!K137*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B77),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Bio-based materials/biochemical processing","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F138>0,('B1. Detailed assessment'!F138*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B78),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G138>0,('B1. Detailed assessment'!G138*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B78),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H138>0,('B1. Detailed assessment'!H138*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B78),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I138>0,('B1. Detailed assessment'!I138*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B78),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J138>0,('B1. Detailed assessment'!J138*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B78),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K138>0,('B1. Detailed assessment'!K138*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B78),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Codigestion/anaerobic digestion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F139>0,('B1. Detailed assessment'!F139*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B79),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G139>0,('B1. Detailed assessment'!G139*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B79),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H139>0,('B1. Detailed assessment'!H139*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B79),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I139>0,('B1. Detailed assessment'!I139*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B79),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J139>0,('B1. Detailed assessment'!J139*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B79),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K139>0,('B1. Detailed assessment'!K139*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B79),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Composting/aerobic processes","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F140>0,('B1. Detailed assessment'!F140*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B80),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G140>0,('B1. Detailed assessment'!G140*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B80),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H140>0,('B1. Detailed assessment'!H140*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B80),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I140>0,('B1. Detailed assessment'!I140*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B80),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J140>0,('B1. Detailed assessment'!J140*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B80),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K140>0,('B1. Detailed assessment'!K140*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B80),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Controlled combustion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F141>0,('B1. Detailed assessment'!F141*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B81),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G141>0,('B1. Detailed assessment'!G141*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B81),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H141>0,('B1. Detailed assessment'!H141*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B81),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I141>0,('B1. Detailed assessment'!I141*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B81),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J141>0,('B1. Detailed assessment'!J141*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B81),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K141>0,('B1. Detailed assessment'!K141*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B81),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Land application","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F142>0,('B1. Detailed assessment'!F142*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B82),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G142>0,('B1. Detailed assessment'!G142*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B82),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H142>0,('B1. Detailed assessment'!H142*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B82),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I142>0,('B1. Detailed assessment'!I142*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B82),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J142>0,('B1. Detailed assessment'!J142*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B82),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K142>0,('B1. Detailed assessment'!K142*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B82),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Not harvested/plowed in","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F143>0,('B1. Detailed assessment'!F143*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B83),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G143>0,('B1. Detailed assessment'!G143*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B83),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H143>0,('B1. Detailed assessment'!H143*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B83),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I143>0,('B1. Detailed assessment'!I143*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B83),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J143>0,('B1. Detailed assessment'!J143*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B83),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K143>0,('B1. Detailed assessment'!K143*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B83),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Landfill","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F144>0,('B1. Detailed assessment'!F144*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G144>0,('B1. Detailed assessment'!G144*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H144>0,('B1. Detailed assessment'!H144*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I144>0,('B1. Detailed assessment'!I144*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J144>0,('B1. Detailed assessment'!J144*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K144>0,('B1. Detailed assessment'!K144*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Refuse/discards/litter","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F145>0,('B1. Detailed assessment'!F145*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B85),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G145>0,('B1. Detailed assessment'!G145*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B85),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H145>0,('B1. Detailed assessment'!H145*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B85),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I145>0,('B1. Detailed assessment'!I145*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B85),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J145>0,('B1. Detailed assessment'!J145*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B85),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K145>0,('B1. Detailed assessment'!K145*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B85),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Sewer/wastewater treatment","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F146>0,('B1. Detailed assessment'!F146*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B86),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G146>0,('B1. Detailed assessment'!G146*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B86),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H146>0,('B1. Detailed assessment'!H146*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B86),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I146>0,('B1. Detailed assessment'!I146*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B86),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J146>0,('B1. Detailed assessment'!J146*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B86),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K146>0,('B1. Detailed assessment'!K146*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B86),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Unknown (landfill default)","Climate change (kg CO2 eq)",{"$f":"IF(DistTotCat1='B1. Detailed assessment'!F133,\"\",('B1. Detailed assessment'!F134*kg_tonnes*INDEX(Impact_Destination,MATCH((D$27&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(DistTotCat2='B1. Detailed assessment'!G133,\"\",('B1. Detailed assessment'!G134*kg_tonnes*INDEX(Impact_Destination,MATCH((E$27&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(DistTotCat3='B1. Detailed assessment'!H133,\"\",('B1. Detailed assessment'!H134*kg_tonnes*INDEX(Impact_Destination,MATCH((F$27&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(DistTotCat4='B1. Detailed assessment'!I133,\"\",('B1. Detailed assessment'!I134*kg_tonnes*INDEX(Impact_Destination,MATCH((G$27&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(DistTotCat5='B1. Detailed assessment'!J133,\"\",('B1. Detailed assessment'!J134*kg_tonnes*INDEX(Impact_Destination,MATCH((H$27&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(DistTotCat6='B1. Detailed assessment'!K133,\"\",('B1. Detailed assessment'!K134*kg_tonnes*INDEX(Impact_Destination,MATCH((I$27&\", \"&$B84),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""}]
[null,null,null,"$"]
[]
[]
[]
[null,"2e. ",null,1,2,3,4,5,6]
[null,"Consumption",null,{"$f":"Food_cat1","v":"<click to select>"},{"$f":"Food_cat2","v":"<click to select>"},{"$f":"Food_cat3","v":"<click to select>"},{"$f":"Food_cat4","v":"<click to select>"},{"$f":"Food_cat5","v":"<click to select>"},{"$f":"Food_cat6","v":"<click to select>"}]
[null,null,null,{"$f":"Food_cat1_region","v":"<click to select>"},{"$f":"Food_cat2_region","v":"<click to select>"},{"$f":"Food_cat3_region","v":"<click to select>"},{"$f":"Food_cat4_region","v":"<click to select>"},{"$f":"Food_cat5_region","v":"<click to select>"},{"$f":"Food_cat6_region","v":"<click to select>"}]
[null,"Agricultural production impact",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!F153),'B1. Detailed assessment'!F153*kg_tonnes*INDEX(Impact_Data,MATCH((D93&\", \"&D94),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!G153),'B1. Detailed assessment'!G153*kg_tonnes*INDEX(Impact_Data,MATCH((E93&\", \"&E94),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!H153),'B1. Detailed assessment'!H153*kg_tonnes*INDEX(Impact_Data,MATCH((F93&\", \"&F94),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!I153),'B1. Detailed assessment'!I153*kg_tonnes*INDEX(Impact_Data,MATCH((G93&\", \"&G94),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!J153),'B1. Detailed assessment'!J153*kg_tonnes*INDEX(Impact_Data,MATCH((H93&\", \"&H94),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!K153),'B1. Detailed assessment'!K153*kg_tonnes*INDEX(Impact_Data,MATCH((I93&\", \"&I94),FLW_Region_Impact_Data,0),MATCH(Impact,Impact_Categories,0)),\"\")","v":""}]
[null,"Additional life cycle impacts",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D95),INDEX(Impact_Life_Cycle,MATCH(D$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ConsTotCat1*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(E95),INDEX(Impact_Life_Cycle,MATCH(E$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ConsTotCat2*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(F95),INDEX(Impact_Life_Cycle,MATCH(F$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ConsTotCat3*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(G95),INDEX(Impact_Life_Cycle,MATCH(G$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ConsTotCat4*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(H95),INDEX(Impact_Life_Cycle,MATCH(H$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ConsTotCat5*kg_tonnes,\"\")","v":""},{"$f":"IF(ISNUMBER(I95),INDEX(Impact_Life_Cycle,MATCH(I$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ConsTotCat6*kg_tonnes,\"\")","v":""}]
[null,"Additional impacts due to destination",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D95),SUM(D99:D109),\"\")","v":""},{"$f":"IF(ISNUMBER(E95),SUM(E99:E109),\"\")","v":""},"","","",""]
[null,"Destination-specific results"]
[null,"Animal feed",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF('B1. Detailed assessment'!F158>0,('B1. Detailed assessment'!F158*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B99),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G158>0,('B1. Detailed assessment'!G158*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B99),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H158>0,('B1. Detailed assessment'!H158*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B99),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I158>0,('B1. Detailed assessment'!I158*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B99),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J158>0,('B1. Detailed assessment'!J158*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B99),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K158>0,('B1. Detailed assessment'!K158*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B99),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Bio-based materials/biochemical processing","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F159>0,('B1. Detailed assessment'!F159*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B100),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G159>0,('B1. Detailed assessment'!G159*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B100),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H159>0,('B1. Detailed assessment'!H159*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B100),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I159>0,('B1. Detailed assessment'!I159*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B100),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J159>0,('B1. Detailed assessment'!J159*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B100),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K159>0,('B1. Detailed assessment'!K159*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B100),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Codigestion/anaerobic digestion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F160>0,('B1. Detailed assessment'!F160*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B101),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G160>0,('B1. Detailed assessment'!G160*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B101),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H160>0,('B1. Detailed assessment'!H160*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B101),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I160>0,('B1. Detailed assessment'!I160*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B101),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J160>0,('B1. Detailed assessment'!J160*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B101),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K160>0,('B1. Detailed assessment'!K160*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B101),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Composting/aerobic processes","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F161>0,('B1. Detailed assessment'!F161*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B102),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G161>0,('B1. Detailed assessment'!G161*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B102),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H161>0,('B1. Detailed assessment'!H161*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B102),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I161>0,('B1. Detailed assessment'!I161*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B102),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J161>0,('B1. Detailed assessment'!J161*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B102),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K161>0,('B1. Detailed assessment'!K161*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B102),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Controlled combustion","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F162>0,('B1. Detailed assessment'!F162*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B103),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G162>0,('B1. Detailed assessment'!G162*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B103),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H162>0,('B1. Detailed assessment'!H162*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B103),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I162>0,('B1. Detailed assessment'!I162*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B103),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J162>0,('B1. Detailed assessment'!J162*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B103),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K162>0,('B1. Detailed assessment'!K162*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B103),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Land application","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F163>0,('B1. Detailed assessment'!F163*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B104),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G163>0,('B1. Detailed assessment'!G163*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B104),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H163>0,('B1. Detailed assessment'!H163*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B104),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I163>0,('B1. Detailed assessment'!I163*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B104),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J163>0,('B1. Detailed assessment'!J163*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B104),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K163>0,('B1. Detailed assessment'!K163*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B104),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Not harvested/plowed in","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F164>0,('B1. Detailed assessment'!F164*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B105),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G164>0,('B1. Detailed assessment'!G164*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B105),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H164>0,('B1. Detailed assessment'!H164*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B105),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I164>0,('B1. Detailed assessment'!I164*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B105),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J164>0,('B1. Detailed assessment'!J164*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B105),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K164>0,('B1. Detailed assessment'!K164*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B105),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Landfill","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F165>0,('B1. Detailed assessment'!F165*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G165>0,('B1. Detailed assessment'!G165*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H165>0,('B1. Detailed assessment'!H165*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I165>0,('B1. Detailed assessment'!I165*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J165>0,('B1. Detailed assessment'!J165*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K165>0,('B1. Detailed assessment'!K165*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Refuse/discards/litter","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F166>0,('B1. Detailed assessment'!F166*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B107),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G166>0,('B1. Detailed assessment'!G166*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B107),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H166>0,('B1. Detailed assessment'!H166*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B107),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I166>0,('B1. Detailed assessment'!I166*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B107),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J166>0,('B1. Detailed assessment'!J166*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B107),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K166>0,('B1. Detailed assessment'!K166*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B107),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Sewer/wastewater treatment","Climate change (kg CO2 eq)",{"$f":"IF('B1. Detailed assessment'!F167>0,('B1. Detailed assessment'!F167*kg_tonnes*INDEX(Impact_Destination,MATCH((D$5&\", \"&$B108),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!G167>0,('B1. Detailed assessment'!G167*kg_tonnes*INDEX(Impact_Destination,MATCH((E$5&\", \"&$B108),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!H167>0,('B1. Detailed assessment'!H167*kg_tonnes*INDEX(Impact_Destination,MATCH((F$5&\", \"&$B108),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!I167>0,('B1. Detailed assessment'!I167*kg_tonnes*INDEX(Impact_Destination,MATCH((G$5&\", \"&$B108),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!J167>0,('B1. Detailed assessment'!J167*kg_tonnes*INDEX(Impact_Destination,MATCH((H$5&\", \"&$B108),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""},{"$f":"IF('B1. Detailed assessment'!K167>0,('B1. Detailed assessment'!K167*kg_tonnes*INDEX(Impact_Destination,MATCH((I$5&\", \"&$B108),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))),\"\")","v":""}]
[null,"Unknown (landfill default)","Climate change (kg CO2 eq)",{"$f":"IF(ConsTotCat1='B1. Detailed assessment'!F154,\"\",('B1. Detailed assessment'!F155*kg_tonnes*INDEX(Impact_Destination,MATCH((D$27&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ConsTotCat2='B1. Detailed assessment'!G154,\"\",('B1. Detailed assessment'!G155*kg_tonnes*INDEX(Impact_Destination,MATCH((E$27&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ConsTotCat3='B1. Detailed assessment'!H154,\"\",('B1. Detailed assessment'!H155*kg_tonnes*INDEX(Impact_Destination,MATCH((F$27&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ConsTotCat4='B1. Detailed assessment'!I154,\"\",('B1. Detailed assessment'!I155*kg_tonnes*INDEX(Impact_Destination,MATCH((G$27&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ConsTotCat5='B1. Detailed assessment'!J154,\"\",('B1. Detailed assessment'!J155*kg_tonnes*INDEX(Impact_Destination,MATCH((H$27&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""},{"$f":"IF(ConsTotCat6='B1. Detailed assessment'!K154,\"\",('B1. Detailed assessment'!K155*kg_tonnes*INDEX(Impact_Destination,MATCH((I$27&\", \"&$B106),FLW_Destination_Impact,0),MATCH(Impact,Destination_Impact_Categories,0))))","v":""}]
[]
[null,null,null,1,2,3,4,5,6]
[null,"TOTAL",null,{"$f":"Food_cat1","v":"<click to select>"},{"$f":"Food_cat2","v":"<click to select>"},{"$f":"Food_cat3","v":"<click to select>"},{"$f":"Food_cat4","v":"<click to select>"},{"$f":"Food_cat5","v":"<click to select>"},{"$f":"Food_cat6","v":"<click to select>"}]
[null,null,null,{"$f":"Food_cat1_region","v":"<click to select>"},{"$f":"Food_cat2_region","v":"<click to select>"},{"$f":"Food_cat3_region","v":"<click to select>"},{"$f":"Food_cat4_region","v":"<click to select>"},{"$f":"Food_cat5_region","v":"<click to select>"},{"$f":"Food_cat6_region","v":"<click to select>"}]
[null," Agricultural production impact",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF((SUM(D7,D29,D51,D73,D95)>0),SUM(D7,D29,D51,D73,D95),\"\")","v":""},{"$f":"IF((SUM(E7,E29,E51,E73,E95)>0),SUM(E7,E29,E51,E73,E95),\"\")","v":""},{"$f":"IF((SUM(F7,F29,F51,F73,F95)>0),SUM(F7,F29,F51,F73,F95),\"\")","v":""},"","",""]
[null,"Additional life cycle impacts",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D114),INDEX(Impact_Life_Cycle,MATCH(D$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat1*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(D$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat1*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(D$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*DistTotCat1+INDEX(Impact_Life_Cycle,MATCH(D$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*ConsTotCat1,\"\")","v":""},{"$f":"IF(ISNUMBER(E114),INDEX(Impact_Life_Cycle,MATCH(E$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat2*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(E$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat2*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(E$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*DistTotCat2+INDEX(Impact_Life_Cycle,MATCH(E$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*ConsTotCat2,\"\")","v":""},{"$f":"IF(ISNUMBER(F114),INDEX(Impact_Life_Cycle,MATCH(F$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat3*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(F$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat3*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(F$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*DistTotCat3+INDEX(Impact_Life_Cycle,MATCH(F$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*ConsTotCat3,\"\")","v":""},{"$f":"IF(ISNUMBER(G114),INDEX(Impact_Life_Cycle,MATCH(G$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat4*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(G$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat4*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(G$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*DistTotCat4+INDEX(Impact_Life_Cycle,MATCH(G$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*ConsTotCat4,\"\")","v":""},{"$f":"IF(ISNUMBER(H114),INDEX(Impact_Life_Cycle,MATCH(H$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat5*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(H$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat5*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(H$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*DistTotCat5+INDEX(Impact_Life_Cycle,MATCH(H$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*ConsTotCat5,\"\")","v":""},{"$f":"IF(ISNUMBER(I114),INDEX(Impact_Life_Cycle,MATCH(I$27&\", \"&$B$27,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*PostHarvTotCat6*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(I$49&\", \"&$B$49,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*ProcTotCat6*kg_tonnes+INDEX(Impact_Life_Cycle,MATCH(I$71&\", \"&$B$71,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*DistTotCat6+INDEX(Impact_Life_Cycle,MATCH(I$93&\", \"&$B$93,FLW_Life_Cycle,0),MATCH(Impact,Impact_Categories_Life_Cycle,0))*kg_tonnes*ConsTotCat6,\"\")","v":""}]
[null,"Additional impacts due to destination",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D114),SUM(D118:D128),\"\")","v":""},{"$f":"IF(ISNUMBER(E114),SUM(E118:E128),\"\")","v":""},"","","",""]
[null,"Destination-specific results"]
[null,"Animal feed",{"$f":"Impact","v":"Climate change (kg CO2 eq)"},{"$f":"IF(ISNUMBER(D$114),SUM(D11,D33,D55,D77,D99),\"\")","v":""},{"$f":"IF(ISNUMBER(E$114),SUM(E11,E33,E55,E77,E99),\"\")","v":""},"","","",""]
[null,"Bio-based materials/biochemical processing","Climate change (kg CO2 eq)",{"$f":"IF(ISNUMBER(D$114),SUM(D12,D34,D56,D78,D100),\"\")","v":""},"","","","",""]
[null,"Codigestion/anaerobic digestion","Climate change (kg CO2 eq)","","","","","",""]
[null,"Composting/aerobic processes","Climate change (kg CO2 eq)","","","","","",""]
[null,"Controlled combustion","Climate change (kg CO2 eq)","","","","","",""]
[null,"Land application","Climate change (kg CO2 eq)","","","","","",""]
[null,"Not harvested/plowed in","Climate change (kg CO2 eq)","","","","","",""]
[null,"Landfill","Climate change (kg CO2 eq)","","","","","",""]
[null,"Refuse/discards/litter","Climate change (kg CO2 eq)","","","","","",""]
[null,"Sewer/wastewater treatment","Climate change (kg CO2 eq)","","","","","",""]
[null,"Unknown (landfill default)","Climate change (kg CO2 eq)","","","","","",""]

{"sheet":"B3. Result table, nutrition","index":5,"n_rows":66,"n_cols":27,"rows_kept":66,"cut":false,"hidden":false,"merged":[]}
["Nutritional results (no user input needed)"]
[null,"Nutrititional values and per-person daily requirements fulfilled (summed over full supply chain)"]
[null,null,null,{"$f":"Food_cat1","v":"<click to select>"},null,null,null,{"$f":"Food_cat2","v":"<click to select>"},null,null,null,{"$f":"Food_cat3","v":"<click to select>"},null,null,null,{"$f":"Food_cat4","v":"<click to select>"},null,null,null,{"$f":"Food_cat5","v":"<click to select>"},null,null,null,{"$f":"Food_cat6","v":"<click to select>"}]
[null,null,null,{"$f":"Cat1Tot","v":""},"tonnes",null,null,{"$f":"Cat2Tot","v":""},null,"tonnes",null,{"$f":"Cat3Tot","v":""},null,"tonnes",null,{"$f":"Cat4Tot","v":""},null,"tonnes",null,{"$f":"Cat5Tot","v":""},null,"tonnes",null,{"$f":"Cat6Tot","v":""},null,"tonnes"]
[null,null,null,"Amount (nutrition)",null,"Equivalent daily values (based on 2000 kcal diet from US FDA)",null,"Amount (nutrition)",null,"Equivalent daily values (based on 2000 kcal diet from US FDA)",null,"Amount (nutrition)",null,"Equivalent daily values (based on 2000 kcal diet from US FDA)",null,"Amount (nutrition)",null,"Equivalent daily values (based on 2000 kcal diet from US FDA)",null,"Amount (nutrition)",null,"Equivalent daily values (based on 2000 kcal diet from US FDA)",null,"Amount (nutrition)",null,"Equivalent daily values (based on 2000 kcal diet from US FDA)"]
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[]
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[null,"Nutrititional values and per-person daily requirements fulfilled (over full supply chain) ordered from least to greatest with respect to per-person daily requirements satisfied"]
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{"sheet":"B4. Result summary and figures","index":6,"n_rows":161,"n_cols":18,"rows_kept":161,"cut":false,"hidden":false,"merged":[[1,0,3,10]]}
["Results figures"]
["The results from the calculator can help communicate about the impacts of FLW. However, the results provided by this calculator are based on a set of assumptions that may differ from your situation, and the calculator results have not been peer-reviewed. This must be taken into account in any communication or decision making."]
[]
[]
[]
[]
[]
[]
["How many tonnes of FLW did you report for each food and region combination, and for which life cycle stages?"]
[]
[null,null,null,null,null,null,null,null,null,null,"1. Summary of total FLW in weight (tonne)"]
[null,null,null,null,null,null,null,null,null,null,null,"Figure 1. Total FLW amount for selected food categories & regions across the life cycle"]
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[null,null,null,null,null,null,null,null,null,null,"Agricultural production",{"$f":"AgTotCat1","v":0},{"$f":"AgTotCat2","v":0},{"$f":"AgTotCat3","v":0},{"$f":"AgTotCat4","v":0},{"$f":"AgTotCat5","v":0},{"$f":"AgTotCat6","v":0},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Post-harvest handling and storage",{"$f":"PostHarvTotCat1","v":0},{"$f":"PostHarvTotCat2","v":0},{"$f":"PostHarvTotCat3","v":0},{"$f":"PostHarvTotCat4","v":0},{"$f":"PostHarvTotCat5","v":0},{"$f":"PostHarvTotCat6","v":0},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Processing and packaging",{"$f":"ProcTotCat1","v":0},{"$f":"ProcTotCat2","v":0},{"$f":"ProcTotCat3","v":0},{"$f":"ProcTotCat4","v":0},{"$f":"ProcTotCat5","v":0},{"$f":"ProcTotCat6","v":0},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Distribution",{"$f":"DistTotCat1","v":0},{"$f":"DistTotCat2","v":0},{"$f":"DistTotCat3","v":0},{"$f":"DistTotCat4","v":0},{"$f":"DistTotCat5","v":0},{"$f":"DistTotCat6","v":0},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Consumption",{"$f":"ConsTotCat1","v":0},{"$f":"ConsTotCat2","v":0},{"$f":"ConsTotCat3","v":0},{"$f":"ConsTotCat4","v":0},{"$f":"ConsTotCat5","v":0},{"$f":"ConsTotCat6","v":0},"tonne"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["To what destinations did the FLW go?"]
[]
[]
[null,null,null,null,null,null,null,null,null,null,"2. Summary of destinations per scenario"]
[null,null,null,null,null,null,null,null,null,null,null,"Figure 2. Destination allocations for selected food categories & regions summed across the life cycle"]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(Food_cat1_region=\"<click to select>\",\"\",Food_cat1_region)","v":""},{"$f":"IF(Food_cat2_region=\"<click to select>\",\"\",Food_cat2_region)","v":""},{"$f":"IF(Food_cat3_region=\"<click to select>\",\"\",Food_cat3_region)","v":""},{"$f":"IF(Food_cat4_region=\"<click to select>\",\"\",Food_cat4_region)","v":""},{"$f":"IF(Food_cat5_region=\"<click to select>\",\"\",Food_cat5_region)","v":""},{"$f":"IF(Food_cat6_region=\"<click to select>\",\"\",Food_cat6_region)","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Animal feed",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F74+'B1. Detailed assessment'!F95+'B1. Detailed assessment'!F116+'B1. Detailed assessment'!F137+'B1. Detailed assessment'!F159,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G74+'B1. Detailed assessment'!G95+'B1. Detailed assessment'!G116+'B1. Detailed assessment'!G137+'B1. Detailed assessment'!G159,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H74+'B1. Detailed assessment'!H95+'B1. Detailed assessment'!H116+'B1. Detailed assessment'!H137+'B1. Detailed assessment'!H159,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I74+'B1. Detailed assessment'!I95+'B1. Detailed assessment'!I116+'B1. Detailed assessment'!I137+'B1. Detailed assessment'!I159,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J74+'B1. Detailed assessment'!J95+'B1. Detailed assessment'!J116+'B1. Detailed assessment'!J137+'B1. Detailed assessment'!J159,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K74+'B1. Detailed assessment'!K95+'B1. Detailed assessment'!K116+'B1. Detailed assessment'!K137+'B1. Detailed assessment'!K159,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Bio-based materials/biochemical processing",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F75+'B1. Detailed assessment'!F96+'B1. Detailed assessment'!F117+'B1. Detailed assessment'!F138+'B1. Detailed assessment'!F160,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G75+'B1. Detailed assessment'!G96+'B1. Detailed assessment'!G117+'B1. Detailed assessment'!G138+'B1. Detailed assessment'!G160,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H75+'B1. Detailed assessment'!H96+'B1. Detailed assessment'!H117+'B1. Detailed assessment'!H138+'B1. Detailed assessment'!H160,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I75+'B1. Detailed assessment'!I96+'B1. Detailed assessment'!I117+'B1. Detailed assessment'!I138+'B1. Detailed assessment'!I160,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J75+'B1. Detailed assessment'!J96+'B1. Detailed assessment'!J117+'B1. Detailed assessment'!J138+'B1. Detailed assessment'!J160,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K75+'B1. Detailed assessment'!K96+'B1. Detailed assessment'!K117+'B1. Detailed assessment'!K138+'B1. Detailed assessment'!K160,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Codigestion/anaerobic digestion",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F76+'B1. Detailed assessment'!F97+'B1. Detailed assessment'!F118+'B1. Detailed assessment'!F139+'B1. Detailed assessment'!F161,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G76+'B1. Detailed assessment'!G97+'B1. Detailed assessment'!G118+'B1. Detailed assessment'!G139+'B1. Detailed assessment'!G161,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H76+'B1. Detailed assessment'!H97+'B1. Detailed assessment'!H118+'B1. Detailed assessment'!H139+'B1. Detailed assessment'!H161,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I76+'B1. Detailed assessment'!I97+'B1. Detailed assessment'!I118+'B1. Detailed assessment'!I139+'B1. Detailed assessment'!I161,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J76+'B1. Detailed assessment'!J97+'B1. Detailed assessment'!J118+'B1. Detailed assessment'!J139+'B1. Detailed assessment'!J161,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K76+'B1. Detailed assessment'!K97+'B1. Detailed assessment'!K118+'B1. Detailed assessment'!K139+'B1. Detailed assessment'!K161,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Composting/aerobic processes",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F77+'B1. Detailed assessment'!F98+'B1. Detailed assessment'!F119+'B1. Detailed assessment'!F140+'B1. Detailed assessment'!F162,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G77+'B1. Detailed assessment'!G98+'B1. Detailed assessment'!G119+'B1. Detailed assessment'!G140+'B1. Detailed assessment'!G162,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H77+'B1. Detailed assessment'!H98+'B1. Detailed assessment'!H119+'B1. Detailed assessment'!H140+'B1. Detailed assessment'!H162,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I77+'B1. Detailed assessment'!I98+'B1. Detailed assessment'!I119+'B1. Detailed assessment'!I140+'B1. Detailed assessment'!I162,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J77+'B1. Detailed assessment'!J98+'B1. Detailed assessment'!J119+'B1. Detailed assessment'!J140+'B1. Detailed assessment'!J162,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K77+'B1. Detailed assessment'!K98+'B1. Detailed assessment'!K119+'B1. Detailed assessment'!K140+'B1. Detailed assessment'!K162,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Controlled combustion",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F78+'B1. Detailed assessment'!F99+'B1. Detailed assessment'!F120+'B1. Detailed assessment'!F141+'B1. Detailed assessment'!F163,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G78+'B1. Detailed assessment'!G99+'B1. Detailed assessment'!G120+'B1. Detailed assessment'!G141+'B1. Detailed assessment'!G163,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H78+'B1. Detailed assessment'!H99+'B1. Detailed assessment'!H120+'B1. Detailed assessment'!H141+'B1. Detailed assessment'!H163,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I78+'B1. Detailed assessment'!I99+'B1. Detailed assessment'!I120+'B1. Detailed assessment'!I141+'B1. Detailed assessment'!I163,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J78+'B1. Detailed assessment'!J99+'B1. Detailed assessment'!J120+'B1. Detailed assessment'!J141+'B1. Detailed assessment'!J163,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K78+'B1. Detailed assessment'!K99+'B1. Detailed assessment'!K120+'B1. Detailed assessment'!K141+'B1. Detailed assessment'!K163,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Land application",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F79+'B1. Detailed assessment'!F100+'B1. Detailed assessment'!F121+'B1. Detailed assessment'!F142+'B1. Detailed assessment'!F164,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G79+'B1. Detailed assessment'!G100+'B1. Detailed assessment'!G121+'B1. Detailed assessment'!G142+'B1. Detailed assessment'!G164,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H79+'B1. Detailed assessment'!H100+'B1. Detailed assessment'!H121+'B1. Detailed assessment'!H142+'B1. Detailed assessment'!H164,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I79+'B1. Detailed assessment'!I100+'B1. Detailed assessment'!I121+'B1. Detailed assessment'!I142+'B1. Detailed assessment'!I164,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J79+'B1. Detailed assessment'!J100+'B1. Detailed assessment'!J121+'B1. Detailed assessment'!J142+'B1. Detailed assessment'!J164,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K79+'B1. Detailed assessment'!K100+'B1. Detailed assessment'!K121+'B1. Detailed assessment'!K142+'B1. Detailed assessment'!K164,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Not harvested/plowed in",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F80+'B1. Detailed assessment'!F101+'B1. Detailed assessment'!F122+'B1. Detailed assessment'!F143+'B1. Detailed assessment'!F165,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G80+'B1. Detailed assessment'!G101+'B1. Detailed assessment'!G122+'B1. Detailed assessment'!G143+'B1. Detailed assessment'!G165,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H80+'B1. Detailed assessment'!H101+'B1. Detailed assessment'!H122+'B1. Detailed assessment'!H143+'B1. Detailed assessment'!H165,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I80+'B1. Detailed assessment'!I101+'B1. Detailed assessment'!I122+'B1. Detailed assessment'!I143+'B1. Detailed assessment'!I165,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J80+'B1. Detailed assessment'!J101+'B1. Detailed assessment'!J122+'B1. Detailed assessment'!J143+'B1. Detailed assessment'!J165,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K80+'B1. Detailed assessment'!K101+'B1. Detailed assessment'!K122+'B1. Detailed assessment'!K143+'B1. Detailed assessment'!K165,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Landfill",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F81+'B1. Detailed assessment'!F102+'B1. Detailed assessment'!F123+'B1. Detailed assessment'!F144+'B1. Detailed assessment'!F166,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G81+'B1. Detailed assessment'!G102+'B1. Detailed assessment'!G123+'B1. Detailed assessment'!G144+'B1. Detailed assessment'!G166,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H81+'B1. Detailed assessment'!H102+'B1. Detailed assessment'!H123+'B1. Detailed assessment'!H144+'B1. Detailed assessment'!H166,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I81+'B1. Detailed assessment'!I102+'B1. Detailed assessment'!I123+'B1. Detailed assessment'!I144+'B1. Detailed assessment'!I166,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J81+'B1. Detailed assessment'!J102+'B1. Detailed assessment'!J123+'B1. Detailed assessment'!J144+'B1. Detailed assessment'!J166,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K81+'B1. Detailed assessment'!K102+'B1. Detailed assessment'!K123+'B1. Detailed assessment'!K144+'B1. Detailed assessment'!K166,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Refuse/discards/litter",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F82+'B1. Detailed assessment'!F103+'B1. Detailed assessment'!F124+'B1. Detailed assessment'!F145+'B1. Detailed assessment'!F167,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G82+'B1. Detailed assessment'!G103+'B1. Detailed assessment'!G124+'B1. Detailed assessment'!G145+'B1. Detailed assessment'!G167,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H82+'B1. Detailed assessment'!H103+'B1. Detailed assessment'!H124+'B1. Detailed assessment'!H145+'B1. Detailed assessment'!H167,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I82+'B1. Detailed assessment'!I103+'B1. Detailed assessment'!I124+'B1. Detailed assessment'!I145+'B1. Detailed assessment'!I167,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J82+'B1. Detailed assessment'!J103+'B1. Detailed assessment'!J124+'B1. Detailed assessment'!J145+'B1. Detailed assessment'!J167,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K82+'B1. Detailed assessment'!K103+'B1. Detailed assessment'!K124+'B1. Detailed assessment'!K145+'B1. Detailed assessment'!K167,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Sewer/wastewater treatment",{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!F83+'B1. Detailed assessment'!F104+'B1. Detailed assessment'!F125+'B1. Detailed assessment'!F146+'B1. Detailed assessment'!F168,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!G83+'B1. Detailed assessment'!G104+'B1. Detailed assessment'!G125+'B1. Detailed assessment'!G146+'B1. Detailed assessment'!G168,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!H83+'B1. Detailed assessment'!H104+'B1. Detailed assessment'!H125+'B1. Detailed assessment'!H146+'B1. Detailed assessment'!H168,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!I83+'B1. Detailed assessment'!I104+'B1. Detailed assessment'!I125+'B1. Detailed assessment'!I146+'B1. Detailed assessment'!I168,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!J83+'B1. Detailed assessment'!J104+'B1. Detailed assessment'!J125+'B1. Detailed assessment'!J146+'B1. Detailed assessment'!J168,\"\")","v":""},{"$f":"IF(ISNUMBER('B1. Detailed assessment'!$F$174),'B1. Detailed assessment'!K83+'B1. Detailed assessment'!K104+'B1. Detailed assessment'!K125+'B1. Detailed assessment'!K146+'B1. Detailed assessment'!K168,\"\")","v":""},"tonne"]
[null,null,null,null,null,null,null,null,null,null,"Unknown (assumed to be landfill)",{"$f":"SUM('B1. Detailed assessment'!F71,'B1. Detailed assessment'!F92,'B1. Detailed assessment'!F113,'B1. Detailed assessment'!F134,'B1. Detailed assessment'!F155)","v":0},{"$f":"SUM('B1. Detailed assessment'!G71,'B1. Detailed assessment'!G92,'B1. Detailed assessment'!G113,'B1. Detailed assessment'!G134,'B1. Detailed assessment'!G155)","v":0},{"$f":"SUM('B1. Detailed assessment'!H71,'B1. Detailed assessment'!H92,'B1. Detailed assessment'!H113,'B1. Detailed assessment'!H134,'B1. Detailed assessment'!H155)","v":0},{"$f":"SUM('B1. Detailed assessment'!I71,'B1. Detailed assessment'!I92,'B1. Detailed assessment'!I113,'B1. Detailed assessment'!I134,'B1. Detailed assessment'!I155)","v":0},{"$f":"SUM('B1. Detailed assessment'!J71,'B1. Detailed assessment'!J92,'B1. Detailed assessment'!J113,'B1. Detailed assessment'!J134,'B1. Detailed assessment'!J155)","v":0},{"$f":"SUM('B1. Detailed assessment'!K71,'B1. Detailed assessment'!K92,'B1. Detailed assessment'!K113,'B1. Detailed assessment'!K134,'B1. Detailed assessment'!K155)","v":0},"tonne"]
[]
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[]
[]
[]
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[]
["What are the relative contributions to the environmental impact from agricultural production, life cycle, and destination(s)?"]
[null,null,null,null,null,null,null,null,null,null,null,"Figure 3. Relative impacts (%) per each scenario for the different contributions (agricultural impact, life cycle and destination)"]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"Impact","v":"Climate change (kg CO2 eq)"}]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(Food_cat1_region=\"<click to select>\",\"\",Food_cat1_region)","v":""},{"$f":"IF(Food_cat2_region=\"<click to select>\",\"\",Food_cat2_region)","v":""},{"$f":"IF(Food_cat3_region=\"<click to select>\",\"\",Food_cat3_region)","v":""},{"$f":"IF(Food_cat4_region=\"<click to select>\",\"\",Food_cat4_region)","v":""},{"$f":"IF(Food_cat5_region=\"<click to select>\",\"\",Food_cat5_region)","v":""},{"$f":"IF(Food_cat6_region=\"<click to select>\",\"\",Food_cat6_region)","v":""}]
[null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(Food_cat1=\"<click to select>\",\"\",Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",Food_cat6)","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Agricultural production impacts",{"$f":"'B2. Result table, enviro impact'!D114","v":""},{"$f":"'B2. Result table, enviro impact'!E114","v":""},{"$f":"'B2. Result table, enviro impact'!F114","v":""},{"$f":"'B2. Result table, enviro impact'!G114","v":""},{"$f":"'B2. Result table, enviro impact'!H114","v":""},{"$f":"'B2. Result table, enviro impact'!I114","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Additional relevant life cycle impacts",{"$f":"'B2. Result table, enviro impact'!D115","v":""},{"$f":"'B2. Result table, enviro impact'!E115","v":""},{"$f":"'B2. Result table, enviro impact'!F115","v":""},{"$f":"'B2. Result table, enviro impact'!G115","v":""},{"$f":"'B2. Result table, enviro impact'!H115","v":""},{"$f":"'B2. Result table, enviro impact'!I115","v":""}]
[]
[null,null,null,null,null,null,null,null,null,null,"Animal feed",{"$f":"'B2. Result table, enviro impact'!D118","v":""},{"$f":"'B2. Result table, enviro impact'!E118","v":""},{"$f":"'B2. Result table, enviro impact'!F118","v":""},{"$f":"'B2. Result table, enviro impact'!G118","v":""},{"$f":"'B2. Result table, enviro impact'!H118","v":""},{"$f":"'B2. Result table, enviro impact'!I118","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Bio-based materials/biochemical processing",{"$f":"'B2. Result table, enviro impact'!D119","v":""},{"$f":"'B2. Result table, enviro impact'!E119","v":""},{"$f":"'B2. Result table, enviro impact'!F119","v":""},{"$f":"'B2. Result table, enviro impact'!G119","v":""},{"$f":"'B2. Result table, enviro impact'!H119","v":""},{"$f":"'B2. Result table, enviro impact'!I119","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Codigestion/anaerobic digestion",{"$f":"'B2. Result table, enviro impact'!D120","v":""},{"$f":"'B2. Result table, enviro impact'!E120","v":""},{"$f":"'B2. Result table, enviro impact'!F120","v":""},{"$f":"'B2. Result table, enviro impact'!G120","v":""},{"$f":"'B2. Result table, enviro impact'!H120","v":""},{"$f":"'B2. Result table, enviro impact'!I120","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Composting/aerobic processes",{"$f":"'B2. Result table, enviro impact'!D121","v":""},{"$f":"'B2. Result table, enviro impact'!E121","v":""},{"$f":"'B2. Result table, enviro impact'!F121","v":""},{"$f":"'B2. Result table, enviro impact'!G121","v":""},{"$f":"'B2. Result table, enviro impact'!H121","v":""},{"$f":"'B2. Result table, enviro impact'!I121","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Controlled combustion with energy recovery",{"$f":"'B2. Result table, enviro impact'!D122","v":""},{"$f":"'B2. Result table, enviro impact'!E122","v":""},{"$f":"'B2. Result table, enviro impact'!F122","v":""},{"$f":"'B2. Result table, enviro impact'!G122","v":""},{"$f":"'B2. Result table, enviro impact'!H122","v":""},{"$f":"'B2. Result table, enviro impact'!I122","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Land application",{"$f":"'B2. Result table, enviro impact'!D123","v":""},{"$f":"'B2. Result table, enviro impact'!E123","v":""},{"$f":"'B2. Result table, enviro impact'!F123","v":""},{"$f":"'B2. Result table, enviro impact'!G123","v":""},{"$f":"'B2. Result table, enviro impact'!H123","v":""},{"$f":"'B2. Result table, enviro impact'!I123","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Not harvested/plowed in",{"$f":"'B2. Result table, enviro impact'!D124","v":""},{"$f":"'B2. Result table, enviro impact'!E124","v":""},{"$f":"'B2. Result table, enviro impact'!F124","v":""},{"$f":"'B2. Result table, enviro impact'!G124","v":""},{"$f":"'B2. Result table, enviro impact'!H124","v":""},{"$f":"'B2. Result table, enviro impact'!I124","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Landfill (no gas capture)",{"$f":"'B2. Result table, enviro impact'!D125","v":""},{"$f":"'B2. Result table, enviro impact'!E125","v":""},{"$f":"'B2. Result table, enviro impact'!F125","v":""},{"$f":"'B2. Result table, enviro impact'!G125","v":""},{"$f":"'B2. Result table, enviro impact'!H125","v":""},{"$f":"'B2. Result table, enviro impact'!I125","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Refuse/discards/litter",{"$f":"'B2. Result table, enviro impact'!D126","v":""},{"$f":"'B2. Result table, enviro impact'!E126","v":""},{"$f":"'B2. Result table, enviro impact'!F126","v":""},{"$f":"'B2. Result table, enviro impact'!G126","v":""},{"$f":"'B2. Result table, enviro impact'!H126","v":""},{"$f":"'B2. Result table, enviro impact'!I126","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Sewer/wastewater treatment",{"$f":"'B2. Result table, enviro impact'!D127","v":""},{"$f":"'B2. Result table, enviro impact'!E127","v":""},{"$f":"'B2. Result table, enviro impact'!F127","v":""},{"$f":"'B2. Result table, enviro impact'!G127","v":""},{"$f":"'B2. Result table, enviro impact'!H127","v":""},{"$f":"'B2. Result table, enviro impact'!I127","v":""}]
[null,null,null,null,null,null,null,null,null,null,"Unknown (assumed to be landfill)",{"$f":"'B2. Result table, enviro impact'!D128","v":""},{"$f":"'B2. Result table, enviro impact'!E128","v":""},{"$f":"'B2. Result table, enviro impact'!F128","v":""},{"$f":"'B2. Result table, enviro impact'!G128","v":""},{"$f":"'B2. Result table, enviro impact'!H128","v":""},{"$f":"'B2. Result table, enviro impact'!I128","v":""}]
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["What are the absolute environmental impacts of the agricultural production, life cycle, and destination(s)?"]
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[null,null,null,null,null,null,null,null,null,null,"Figure 4. Absolute impacts per each scenario for the different contributions"]
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["What is the nutritional value of the FLW?"]
[null,null,null,null,null,null,null,null,null,null,"Figure 5. Summary of key nutrients (number of US FDA daily values per nutrient that could have been fufilled by the report FLW)"]
[null,null,null,null,null,null,null,null,null,"CLICK TO SELECT NUTRIENTS BELOW",{"$f":"IF(Food_cat1=\"<click to select>\",\"\",\"1. \"&Food_cat1)","v":""},{"$f":"IF(Food_cat2=\"<click to select>\",\"\",\"2. \"&Food_cat2)","v":""},{"$f":"IF(Food_cat3=\"<click to select>\",\"\",\"3. \"&Food_cat3)","v":""},{"$f":"IF(Food_cat4=\"<click to select>\",\"\",\"4. \"&Food_cat4)","v":""},{"$f":"IF(Food_cat5=\"<click to select>\",\"\",\"5. \"&Food_cat5)","v":""},{"$f":"IF(Food_cat6=\"<click to select>\",\"\",\"6. \"&Food_cat6)","v":""}]
[null,null,null,null,null,null,null,null,null,"Energy",{"$f":"INDEX('B3. Result table, nutrition'!$F$6:$F$32,MATCH($J135,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$J$6:$J$32,MATCH($J135,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$N$6:$N$32,MATCH($J135,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$R$6:$R$32,MATCH($J135,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$V$6:$V$32,MATCH($J135,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$Z$6:$Z$32,MATCH($J135,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},"daily values fulfillable by FLW (person/day)"]
[null,null,null,null,null,null,null,null,null,"Protein",{"$f":"INDEX('B3. Result table, nutrition'!$F$6:$F$32,MATCH($J136,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$J$6:$J$32,MATCH($J136,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$N$6:$N$32,MATCH($J136,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$R$6:$R$32,MATCH($J136,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$V$6:$V$32,MATCH($J136,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$Z$6:$Z$32,MATCH($J136,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},"daily values fulfillable by FLW (person/day)"]
[null,null,null,null,null,null,null,null,null,"Calcium",{"$f":"INDEX('B3. Result table, nutrition'!$F$6:$F$32,MATCH($J137,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$J$6:$J$32,MATCH($J137,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$N$6:$N$32,MATCH($J137,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$R$6:$R$32,MATCH($J137,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$V$6:$V$32,MATCH($J137,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$Z$6:$Z$32,MATCH($J137,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},"daily values fulfillable by FLW (person/day)"]
[null,null,null,null,null,null,null,null,null,"Iron",{"$f":"INDEX('B3. Result table, nutrition'!$F$6:$F$32,MATCH($J138,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$J$6:$J$32,MATCH($J138,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$N$6:$N$32,MATCH($J138,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$R$6:$R$32,MATCH($J138,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$V$6:$V$32,MATCH($J138,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$Z$6:$Z$32,MATCH($J138,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},"daily values fulfillable by FLW (person/day)"]
[null,null,null,null,null,null,null,null,null,"Vit B12",{"$f":"INDEX('B3. Result table, nutrition'!$F$6:$F$32,MATCH($J139,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$J$6:$J$32,MATCH($J139,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$N$6:$N$32,MATCH($J139,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$R$6:$R$32,MATCH($J139,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$V$6:$V$32,MATCH($J139,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$Z$6:$Z$32,MATCH($J139,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},"daily values fulfillable by FLW (person/day)"]
[null,null,null,null,null,null,null,null,null,"Zinc",{"$f":"INDEX('B3. Result table, nutrition'!$F$6:$F$32,MATCH($J140,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$J$6:$J$32,MATCH($J140,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$N$6:$N$32,MATCH($J140,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$R$6:$R$32,MATCH($J140,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$V$6:$V$32,MATCH($J140,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},{"$f":"INDEX('B3. Result table, nutrition'!$Z$6:$Z$32,MATCH($J140,'B3. Result table, nutrition'!$C$6:$C$32,0))","v":{"$error":"#N/A"}},"daily values fulfillable by FLW (person/day)"]
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["Additional figures of full nutritional profile, axes may need to be adjusted for correct visualisation"]

{"sheet":"C1. Enviro impact definitions","index":7,"n_rows":12,"n_cols":4,"rows_kept":12,"cut":false,"hidden":false,"merged":[[5,3,5,11],[6,3,6,11],[7,3,7,11],[8,3,8,11],[9,3,9,11]]}
[null,null,"Impact categories"]
[]
[]
[null,"Impact descriptions"]
[]
[null,null,"Climate change (kg CO2 eq)","The climate change impact indicates the carbon footprint of the FLW due to greenhouse gas emissions (GHGs). This accounts for the radiative forcing of various GHGs using the Global Warming Potential for 100 year time frame. "]
[null,null,"Water scarcity footprint (m3-eq)","The water scarcity footprint is a key water footprint indicator that encompasses the impact related to water consumption. It takes into account regional water scarcity as well as water quality."]
[null,null,"Soil quality index (points)","The soil quality index indicates the deterioration of soil quality, where the higher the points the worse the soil quality. This impact is measured in points, which are a relative indicator aggregating impacts on land related to biotic production capacity, erosion, mechanical filtration of water, and groundwater replenishment. "]
[null,null,"Eutrophication (kg P eq)","Freshwater eutrophication results from discharge of nutrients (i.e. N and P) into freshwater bodies (where P is often a limiting nutrient). This causes increased activity by organisms such as cyanobacteria and algae and ultimately leading to a relative species loss."]
[null,null,"Eutrophication (kg N eq)","Marine eutrophication results from discharge of nutrients (i.e. N and P) into marine bodies (where N is often a limiting nutrient). This causes increased activity by organisms such as cyanobacteria and algae and ultimately leading to a relative species loss."]
[]
[null,null,"Impact assessment methods are aligned with methodology from the European Union, Product Environmental Footprint: http://eplca.jrc.ec.europa.eu/permalink/supporting_Information_final.pdf"]

{"sheet":"C2. Nutrition data","index":8,"n_rows":34,"n_cols":49,"rows_kept":34,"cut":false,"hidden":false,"merged":[]}
[null,null,null,"NUTRITION PER 100G"]
[null,null,"USDA name","Water_(g)","Energ_Kcal","Protein_(g)","Lipid_Tot_(g)","Ash_(g)","Carbohydrt_(g)","Fiber_TD_(g)","Sugar_Tot_(g)","Calcium_(mg)","Iron_(mg)","Magnesium_(mg)","Phosphorus_(mg)","Potassium_(mg)","Sodium_(mg)","Zinc_(mg)","Copper_mg)","Manganese_(mg)","Selenium_(µg)","Vit_C_(mg)","Thiamin_(mg)","Riboflavin_(mg)","Niacin_(mg)","Panto_Acid_mg)","Vit_B6_(mg)","Folate_Tot_(µg)","Folic_Acid_(µg)","Food_Folate_(µg)","Folate_DFE_(µg)","Choline_Tot_ (mg)","Vit_B12_(µg)","Vit_A_IU","Vit_A_RAE","Retinol_(µg)","Alpha_Carot_(µg)","Beta_Carot_(µg)","Beta_Crypt_(µg)","Lycopene_(µg)","Lut+Zea_ (µg)","Vit_E_(mg)","Vit_D_µg","Vit_D_IU","Vit_K_(µg)","FA_Sat_(g)","FA_Mono_(g)","FA_Poly_(g)","Cholestrl_(mg)"]
[null,"Food type","Calculator name",null,"Energy","Protein",null,null,"Carbohydrates","Fiber","sugar","Calcium","Iron","Magnesium","Phosphorus","Potassium","Sodium","Zinc","Copper","Manganese","Selenium","Vit C","Thiamin","Riboflavin","Niacin","Panto acid","Vit B6","Folate (total)","Folic acid","Food folate","Folate DFE","Choline","Vit B12","Vit A",null,"Retinol","Alpha carotene","Beta  carotene","Beta crypt.","Lycopene","Lut+Zea","Vit E","Vit D",null,"Vit K","FA Sat","FA Mono","FA Poly","Cholestrl"]
[null,"CEREAL",null,{"$f":"AVERAGE(D5:D7)","v":10.976666666666667},{"$f":"AVERAGE(E5:E7)","v":356.33333333333331},10.076666666666666,2.6233333333333335,1.2066666666666668,75.11333333333333,2.8666666666666667,0.25333333333333335,23,3.5133333333333332,98.666666666666671,277.66666666666669,277.66666666666669,14,2.4866666666666668,0.3623333333333334,1.5283333333333333,40,0,0.45999999999999996,0.12366666666666666,4.8523333333333332,0.79100000000000004,0.40166666666666667,97.666666666666671,74.333333333333329,23.333333333333332,149.66666666666666,1.9333333333333333,0,71.333333333333329,3.6666666666666665,0,21,32.333333333333336,0,0,451.66666666666669,0.19999999999999998,0,0,0.13333333333333333,0.43366666666666664,0.60033333333333327,1.1059999999999999,0]
[null,"maize","CORN GRAIN,YEL",10.37,365,9.42,4.74,1.2,74.260000000000005,7.3,0.64,7,2.71,127,210,287,35,2.21,0.314,0.48499999999999999,15.5,0,0.38500000000000001,0.20100000000000001,3.6269999999999998,0.42399999999999999,0.622,19,0,19,19,0,0,214,11,0,63,97,0,0,1355,0.49,0,0,0.3,0.66700000000000004,1.2509999999999999,2.1629999999999998,0]
[null,"rice","RICE,WHITE,LONG-GRAIN,REG,RAW,ENR",11.62,365,7.13,0.66,0.64,79.95,1.3,0.12,28,4.3099999999999996,25,115,115,5,1.0900000000000001,0.22,1.0880000000000001,15.1,0,0.57599999999999996,4.9000000000000002E-2,4.1920000000000002,1.014,0.16400000000000001,231,223,8,387,5.8,0,0,0,0,0,0,0,0,0,0.11,0,0,0.1,0.18,0.20599999999999999,0.17699999999999999,0]
[null,"wheat","WHEAT,DURUM",10.94,339,13.68,2.4700000000000002,1.78,71.13,0,0,34,3.52,144,508,431,2,4.16,0.55300000000000005,3.012,89.4,0,0.41899999999999998,0.121,6.7380000000000004,0.93500000000000005,0.41899999999999998,43,0,43,43,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0.45400000000000001,0.34399999999999997,0.97799999999999998,0]
[null,"DAIRY",null,{"$f":"AVERAGE(D9:D11)","v":74.963333333333324},{"$f":"AVERAGE(E9:E11)","v":128.33333333333334},12.040000000000001,6.54,1.4133333333333333,5.043333333333333,0,4.4899999999999993,346.33333333333331,0.12000000000000001,18,254.33333333333334,159.66666666666666,43.333333333333336,1.4799999999999998,1.6666666666666666E-2,2.3333333333333335E-3,7.4333333333333336,0.26666666666666666,2.7999999999999997E-2,0.24633333333333332,0.109,0.3173333333333333,5.5333333333333325E-2,8.3333333333333339,0,8.3333333333333339,8.3333333333333339,17.099999999999998,0.65,205,55,53.333333333333336,0,16,0,0,0,6.3333333333333339E-2,9.9999999999999992E-2,5,0.70000000000000007,4.166666666666667,1.8490000000000002,0.19600000000000004,21.666666666666668]
[null,"cheese","CHEESE,MOZZARELLA,LO NA",49.9,280,27.5,17.100000000000001,2.4,3.1,0,1.23,731,0.25,26,524,95,16,3.13,2.7E-2,0,15.7,0,0.02,0.34,0.12,0,0.08,9,0,9,9,18.399999999999999,0.92,517,137,133,0,44,0,0,0,0.15,0.3,13,1.8,10.867000000000001,4.8440000000000003,0.50900000000000001,54]
[null,"milk","MILK,FLUID,0.1% FAT,WO/ ADDED VIT A & VIT D",89.92,42,3.37,0.97,0.75,4.99,0,5.2,125,0.03,11,95,150,44,0.42,0.01,3.0000000000000001E-3,3.3,0,0.02,0.185,9.2999999999999999E-2,0.36099999999999999,3.6999999999999998E-2,5,0,5,5,17.7,0.47,47,14,13,0,2,0,0,0,0.01,0,1,0.1,0.63300000000000001,0.27700000000000002,3.5000000000000003E-2,5]
[null,"yogurt","YOGURT,PLN,LOFAT,12 GRAMS PROT PER 8 OZ",85.07,63,5.25,1.55,1.0900000000000001,7.04,0,7.04,183,0.08,17,144,234,70,0.89,1.2999999999999999E-2,4.0000000000000001E-3,3.3,0.8,4.3999999999999997E-2,0.214,0.114,0.59099999999999997,4.9000000000000002E-2,11,0,11,11,15.2,0.56000000000000005,51,14,14,0,2,0,0,0,0.03,0,1,0.2,1,0.42599999999999999,4.3999999999999997E-2,6]
[null,"FRUIT & VEGETABLE",null,{"$f":"AVERAGE(D13:D18)","v":86.466666666666683},47.333333333333336,0.87333333333333341,0.20833333333333334,0.59666666666666668,11.848333333333334,1.8666666666666665,7.7083333333333348,16.666666666666668,0.36166666666666664,12.5,23.5,234.5,17.666666666666668,0.14166666666666666,6.0833333333333343E-2,0.14716666666666667,0.30000000000000004,7.55,4.8333333333333332E-2,5.4333333333333338E-2,0.48266666666666658,0.15683333333333335,0.13366666666666666,16.166666666666668,0,16.166666666666668,16.166666666666668,7.9833333333333343,0,4188,209.33333333333334,0,600.66666666666663,2211.5,1.8333333333333333,429,372,0.315,0,0,27.450000000000003,4.6500000000000007E-2,1.6166666666666666E-2,7.5666666666666674E-2,0]
[null,"apple","APPLES,RAW,WITH SKIN",85.56,52,0.26,0.17,0.19,13.81,2.4,10.39,6,0.12,5,11,107,1,0.04,2.7E-2,3.5000000000000003E-2,0,4.5999999999999996,1.7000000000000001E-2,2.5999999999999999E-2,9.0999999999999998E-2,6.0999999999999999E-2,4.1000000000000002E-2,3,0,3,3,3.4,0,54,3,0,0,27,11,0,29,0.18,0,0,2.2000000000000002,2.8000000000000001E-2,7.0000000000000001E-3,5.0999999999999997E-2,0]
[null,"banana","BANANAS,RAW",74.91,89,1.0900000000000001,0.33,0.82,22.84,2.6,12.23,5,0.26,27,22,358,1,0.15,7.8E-2,0.27,1,8.6999999999999993,3.1E-2,7.2999999999999995E-2,0.66500000000000004,0.33400000000000002,0.36699999999999999,20,0,20,20,9.8000000000000007,0,64,3,0,25,26,0,0,22,0.1,0,0,0.5,0.112,3.2000000000000001E-2,7.2999999999999995E-2,0]
[null,"carrot","CARROTS,RAW",88.29,41,0.93,0.24,0.97,9.58,2.8,4.74,33,0.3,12,35,320,69,0.24,4.4999999999999998E-2,0.14299999999999999,0.1,5.9,6.6000000000000003E-2,5.8000000000000003E-2,0.98299999999999998,0.27300000000000002,0.13800000000000001,19,0,19,19,8.8000000000000007,0,16706,835,0,3477,8285,0,1,256,0.66,0,0,13.2,3.6999999999999998E-2,1.4E-2,0.11700000000000001,0]
[null,"grape","GRAPES,RED OR GRN (EURO TYPE,SUCH AS THOMPSON SEEDLESS),RAW",80.540000000000006,69,0.72,0.16,0.48,18.100000000000001,0.9,15.48,10,0.36,7,20,191,2,7.0000000000000007E-2,0.127,7.0999999999999994E-2,0.1,3.2,6.9000000000000006E-2,7.0000000000000007E-2,0.188,0.05,8.5999999999999993E-2,2,0,2,2,5.6,0,66,3,0,1,39,0,0,72,0.19,0,0,14.6,5.3999999999999999E-2,7.0000000000000001E-3,4.8000000000000001E-2,0]
[null,"lettuce","LETTUCE,GRN LEAF,RAW",94.98,15,1.36,0.15,0.62,2.87,1.3,0.78,36,0.86,13,29,194,28,0.18,2.9000000000000001E-2,0.25,0.6,9.1999999999999993,7.0000000000000007E-2,0.08,0.375,0.13400000000000001,0.09,38,0,38,38,13.6,0,7405,370,0,0,4443,0,0,1730,0.22,0,0,126.3,0.02,6.0000000000000001E-3,8.2000000000000003E-2,0]
[null,"tomato","TOMATOES,RED,RIPE,RAW,YEAR RND AVERAGE",94.52,18,0.88,0.2,0.5,3.89,1.2,2.63,10,0.27,11,24,237,5,0.17,5.8999999999999997E-2,0.114,0,13.7,3.6999999999999998E-2,1.9E-2,0.59399999999999997,8.8999999999999996E-2,0.08,15,0,15,15,6.7,0,833,42,0,101,449,0,2573,123,0.54,0,0,7.9,2.8000000000000001E-2,3.1E-2,8.3000000000000004E-2,0]
[null,"MEAT",null,{"$f":"AVERAGE(D20:D22)","v":63.433333333333337},{"$f":"AVERAGE(E20:E22)","v":235.33333333333334},17.186666666666664,17.963333333333335,0.87999999999999989,0,0,0,16,1.1833333333333333,18.666666666666668,168.33333333333334,247.66666666666666,65.666666666666671,2.3199999999999998,4.8333333333333339E-2,1.2333333333333333E-2,18.333333333333332,0.23333333333333331,0.28166666666666668,0.17333333333333334,5.1983333333333333,0.69833333333333336,0.36033333333333334,7,0,7,7,15.6,1.0433333333333332,22,6.333333333333333,6.333333333333333,0,0,0,0,0,0.13,3.3333333333333333E-2,1,1.7666666666666666,6.7646666666666668,8.1469999999999985,1.0923333333333332,71.666666666666671]
[null,"beef","BEEF,GROUND,70% LN MEAT / 30% FAT,RAW",54.3,332,14.35,30,0.7,0,0,0,24,1.64,14,132,218,66,3.57,0.05,8.9999999999999993E-3,13.5,0,4.3999999999999997E-2,0.151,3.3820000000000001,0.39500000000000002,0.27800000000000002,9,0,9,9,46.8,2.0699999999999998,14,4,4,0,0,0,0,0,0.17,0.1,3,2.9,11.754,14.170999999999999,0.69699999999999995,78]
[null,"pork","PORK,FRESH,GROUND,RAW",61.06,263,16.88,21.19,0.87,0,0,0,14,0.88,19,175,287,56,2.2000000000000002,4.4999999999999998E-2,0.01,24.6,0.7,0.73199999999999998,0.23499999999999999,4.3380000000000001,0.66800000000000004,0.38300000000000001,5,0,5,5,0,0.7,7,2,2,0,0,0,0,0,0,0,0,0,7.87,9.44,1.91,72]
[null,"poultry","CHICKEN,ROASTING,MEAT ONLY,RAW",74.94,111,20.329999999999998,2.7,1.07,0,0,0,10,1.03,23,198,238,75,1.19,0.05,1.7999999999999999E-2,16.899999999999999,0,6.9000000000000006E-2,0.13400000000000001,7.875,1.032,0.42,7,0,7,7,0,0.36,45,13,13,0,0,0,0,0,0.22,0,0,2.4,0.67,0.83,0.67,65]
[null,"PULSES & OILSEEDS",null,{"$f":"AVERAGE(D24:D24)","v":8.5399999999999991},446,36.49,19.940000000000001,4.87,30.16,9.3000000000000007,7.33,277,15.7,280,704,1797,2,4.8899999999999997,1.6579999999999999,2.5169999999999999,17.8,6,0.874,0.87,1.623,0.79300000000000004,0.377,375,0,375,375,115.9,0,22,1,0,0,13,0,0,0,0.85,0,0,47,2.8839999999999999,4.4039999999999999,11.255000000000001,0]
[null,"soy bean","SOYBEANS,MATURE SEEDS,RAW",8.5399999999999991,446,36.49,19.940000000000001,4.87,30.16,9.3000000000000007,7.33,277,15.7,280,704,1797,2,4.8899999999999997,1.6579999999999999,2.5169999999999999,17.8,6,0.874,0.87,1.623,0.79300000000000004,0.377,375,0,375,375,115.9,0,22,1,0,0,13,0,0,0,0.85,0,0,47,2.8839999999999999,4.4039999999999999,11.255000000000001,0]
[null,"ROOTS & TUBERS",null,{"$f":"AVERAGE(D26:D26)","v":79.25},77,2.0499999999999998,0.09,1.1100000000000001,17.489999999999998,2.1,0.82,12,0.81,23,57,425,6,0.3,0.11,0.153,0.4,19.7,8.1000000000000003E-2,3.2000000000000001E-2,1.0609999999999999,0.29499999999999998,0.29799999999999999,15,0,15,15,12.1,0,2,0,0,0,1,0,0,9,0.01,0,0,2,2.5000000000000001E-2,2E-3,4.2000000000000003E-2,0]
[null,"potato","POTATOES,FLESH & SKN,RAW",79.25,77,2.0499999999999998,0.09,1.1100000000000001,17.489999999999998,2.1,0.82,12,0.81,23,57,425,6,0.3,0.11,0.153,0.4,19.7,8.1000000000000003E-2,3.2000000000000001E-2,1.0609999999999999,0.29499999999999998,0.29799999999999999,15,0,15,15,12.1,0,2,0,0,0,1,0,0,9,0.01,0,0,2,2.5000000000000001E-2,2E-3,4.2000000000000003E-2,0]
[null,"Other",null,{"$f":"AVERAGE(D28:D30)","v":0.01},{"$f":"AVERAGE(E28:E30)","v":635.5},0,50,5.0000000000000001E-3,49.99,0,49.9,0.5,3.0000000000000002E-2,0,0,1,0.5,5.0000000000000001E-3,3.5000000000000001E-3,2E-3,0.3,0,0,9.4999999999999998E-3,0,0,0,0,0,0,0,0.15,0,0,0,0,0,0,0,0,0,7.97,0,0,4,24.65,18.5,4.6500000000000004,0]
[null,"palm oil","OIL,PALM",0,884,0,100,0,0,0,0,0,0.01,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0.3,0,0,0,0,0,0,0,0,0,15.94,0,0,8,49.3,37,9.3000000000000007,0]
[null,"sugar cane","SUGARS,GRANULATED",0.02,387,0,0,0.01,99.98,0,99.8,1,0.05,0,0,2,1,0.01,7.0000000000000001E-3,4.0000000000000001E-3,0.6,0,0,1.9E-2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[]
["DAILY VALUE",null,null,null,2000,50,65,"n/a",300,25,"n/a",1000,18,400,1000,3500,2400,15,2,2,70,60,1.5,1.7,20,10,2,{"$f":"400/0.6","v":666.66666666666674},{"$f":"400/0.6","v":666.66666666666674},400,400,550,6,5000,700,null,null,null,null,null,null,27,10,400,80,20,null,null,300]
["Nutritional requirements obtained on 27-4-2017 from 'https://www.fda.gov/Food/GuidanceRegulation/GuidanceDocumentsRegulatoryInformation/LabelingNutrition/ucm064928.htm"]
["Also listed https://dsld.nlm.nih.gov/dsld/dailyvalue.jsp"]

{"sheet":"C3. Agricultural impact data","index":9,"n_rows":213,"n_cols":12,"rows_kept":213,"cut":false,"hidden":false,"merged":[]}
["Agricultural impacts"]
["Impact categories (other than greenhouse gas emissions) are not available for users in this version. "]
[null,null,null,null,null,null,"Climate change (kg CO2 eq)","Eutrophication (kg P eq)","Eutrophication (kg N eq)","Land use (Points)","Water scarcity footprint (m3-eq)","<-NAMES USED FOR INDEXING TABLE"]
[null,"Impact data are from the World Food LCA database 3.3  from Quantis with ecoinvent 3 in the background."]
[null,"name",null,"region","name and region","data proxy","kg CO2-eq","kg P-eq","kg N-eq","Pt","m3-eq"]
[null,"CEREAL",null,"unknown",{"$f":"B6&\", \"&D6","v":"CEREAL, unknown"},"Global",{"$f":"AVERAGE(G7:G9)","v":1.13184884},{"$f":"AVERAGE(H7:H9)","v":3.8957680666666661E-4},8.8554038666666668E-3,244.47801899999999,12.668327033333334]
[null,"maize",null,"unknown","maize, unknown","Global",0.64774321000000001,2.6105662999999999E-4,3.8716855999999999E-3,91.807806999999997,7.1187402999999998]
[null,"rice",null,"unknown","rice, unknown","Global",1.9,3.7868077999999997E-4,9.3753989999999995E-3,207.47445999999999,21.178850000000001]
[null,"wheat",null,"unknown","wheat, unknown","Global",0.84780330999999998,5.2899301000000002E-4,1.3319127E-2,434.15179000000001,9.7073908000000007]
[null,"DAIRY",null,"unknown","DAIRY, unknown","Global",{"$f":"AVERAGE(G11:G13)","v":4.3223223245525206},{"$f":"AVERAGE(H11:H13)","v":4.061650020038509E-2},1.2410017724477029E-2,339.68049732054277,4.3749731000000001]
[null,"cheese",null,"unknown","cheese, unknown","Europe",8.7416236736575605,0.10048896123115528,2.2084611773431087E-2,737.69870196162833,10.717539]
[null,"milk",null,"unknown","milk, unknown","Europe",1.8018959000000001,2.0906952999999999E-2,4.6143614000000001E-3,153.60679999999999,0.54858640000000003]
[null,"yogurt",null,"unknown","yogurt, unknown","Global",2.4234474000000001,4.5358637E-4,1.053108E-2,127.73599,1.8587939]
[null,"FRUIT & VEGETABLE",null,"unknown","FRUIT & VEGETABLE, unknown","Global",{"$f":"AVERAGE(G15:G20)","v":0.2196849327260548},{"$f":"AVERAGE(H15:H20)","v":6.498735135650435E-5},{"$f":"AVERAGE(I15:I20)","v":1.8491610690022425E-3},{"$f":"AVERAGE(J15:J20)","v":34.558928827292767},{"$f":"AVERAGE(K15:K20)","v":4.8194255333333329}]
[null,"apple",null,"unknown","apple, unknown","Global",0.15552415577255976,6.7878768997053687E-5,1.298792460271792E-3,57.155962556288273,8.1344978999999995]
[null,"banana",null,"unknown","banana, unknown","Global",0.2078240236680812,6.3461660630928876E-5,4.7068931141902963E-3,36.088473346617043,7.0738177999999996]
[null,"carrot",null,"unknown","carrot, unknown","Global",0.10171363717110267,3.0468645640258288E-5,1.333126037732739E-3,30.837682467978631,2.8132221999999998]
[null,"grape",null,"unknown","grape, unknown","Global",0.21760964999999999,9.4199612000000005E-5,8.6688653999999999E-4,45.639946999999999,4.7659127000000003]
[null,"lettuce",null,"unknown","lettuce, unknown","Global",0.16031893,3.3915292999999998E-5,1.3351276E-3,12.341756999999999,0.43764760000000003]
[null,"tomato",null,"unknown","tomato, unknown","Global",0.47511919974458511,1.0000012787078524E-4,1.5541406618186282E-3,25.289750592872661,5.6914550000000004]
[null,"MEAT",null,"unknown","MEAT, unknown","Global",{"$f":"AVERAGE(G22:G24)","v":15.421858132921551},{"$f":"AVERAGE(H22:H24)","v":8.288085091668649E-3},5.6033934731694712E-2,1417.9855468709336,12.508012831333334]
[null,"beef",null,"unknown","beef, unknown","Global",29.00330599876466,2.0772907875005946E-2,9.5272330195084132E-2,2541.2203106128009,{"$f":"11.602217*0.93","v":10.790061810000001}]
[null,"pork",null,"unknown","pork, unknown","Global",9.7718919,2.8373587000000001E-3,5.0900210000000001E-2,1248.0138999999999,{"$f":"16.102052*0.947","v":15.248643244}]
[null,"poultry",null,"unknown","poultry, unknown","Global",7.4903765,1.2539887E-3,2.1929264E-2,464.72242999999997,{"$f":"11.963889*0.96","v":11.48533344}]
[null,"PULSES & OILSEEDS",null,"unknown","PULSES & OILSEEDS, unknown","Global",{"$f":"AVERAGE(G26:G26)","v":2.6870207000000002},{"$f":"AVERAGE(H26:H26)","v":3.562087180028205E-4},{"$f":"AVERAGE(I26:I26)","v":1.0789743480512976E-2},{"$f":"AVERAGE(J26:J26)","v":341.45633018112221},{"$f":"AVERAGE(K26:K26)","v":0.10171676}]
[null,"soy bean",null,"unknown","soy bean, unknown","Global",2.6870207000000002,3.562087180028205E-4,1.0789743480512976E-2,341.45633018112221,0.10171676]
[null,"ROOTS & TUBERS",null,"unknown","ROOTS & TUBERS, unknown","Global",{"$f":"G28","v":0.35289624000000003},1.839137E-3,3.4627707000000001E-2,3777.2262000000001,1.9729042999999999]
[null,"potato",null,"unknown","potato, unknown","Global",0.35289624000000003,1.839137E-3,3.4627707000000001E-2,3777.2262000000001,3.0544182000000002]
[null,"Other",null,"unknown","Other, unknown","Global",{"$f":"AVERAGE(G30:G31)","v":1.7575872368421817},1.1400100535737545E-4,9.9182587702046181E-3,91.917584583311537,1.1019638999999999]
[null,"palm oil",null,"unknown","palm oil, unknown","Global",3.3685470999999998,2.1073604E-4,1.9611836000000001E-2,164.03635,1.0470615000000001]
[null,"sugar cane",null,"unknown","sugar cane, unknown","Global",0.14662737368436365,1.7265970714750919E-5,2.2468154040923403E-4,19.798819166623087,1.1568662999999999]
[null,"CEREAL",null,"Europe and Russia","CEREAL, Europe and Russia",null,{"$f":"AVERAGE(G33:G35)","v":1.0381767533333333},{"$f":"AVERAGE(H33:H35)","v":2.6346373666666665E-4},8.1053615333333343E-3,103.01698846666666,9.8110351666666666]
[null,"maize",null,"Europe and Russia","maize, Europe and Russia","Global",0.64774321000000001,2.6105662999999999E-4,3.8716855999999999E-3,91.807806999999997,7.1187402999999998]
[null,"rice",null,"Europe and Russia","rice, Europe and Russia","Global",1.9,3.7868077999999997E-4,9.3753989999999995E-3,207.47445999999999,21.178850000000001]
[null,"wheat",null,"Europe and Russia","wheat, Europe and Russia","France",0.56678704999999996,1.506538E-4,1.1069000000000001E-2,9.7686983999999999,1.1355151999999999]
[null,"DAIRY",null,"Europe and Russia","DAIRY, Europe and Russia",null,{"$f":"AVERAGE(G37:G39)","v":4.3223223245525206},{"$f":"AVERAGE(H37:H39)","v":4.061650020038509E-2},1.2410017724477029E-2,339.68049732054277,{"$f":"AVERAGE(K37:K39)","v":4.3749731000000001}]
[null,"cheese",null,"Europe and Russia","cheese, Europe and Russia","Europe",8.7416236736575605,0.10048896123115528,2.2084611773431087E-2,737.69870196162833,10.717539]
[null,"milk",null,"Europe and Russia",{"$f":"B38&\", \"&D38","v":"milk, Europe and Russia"},"Europe",1.8018959000000001,2.0906952999999999E-2,4.6143614000000001E-3,153.60679999999999,0.54858640000000003]
[null,"yogurt",null,"Europe and Russia","yogurt, Europe and Russia","Global",2.4234474000000001,4.5358637E-4,1.053108E-2,127.73599,1.8587939]
[null,"FRUIT & VEGETABLE",null,"Europe and Russia","FRUIT & VEGETABLE, Europe and Russia",null,{"$f":"AVERAGE(G41:G46)","v":0.18203794777480753},{"$f":"AVERAGE(H41:H46)","v":6.5065625453147662E-5},{"$f":"AVERAGE(I41:I46)","v":1.5041898680473625E-3},{"$f":"AVERAGE(J41:J46)","v":28.030297300497736},{"$f":"AVERAGE(K41:K46)","v":2.7680809841666663}]
[null,"apple",null,"Europe and Russia","apple, Europe and Russia","Italy",9.094261654859194E-2,4.5544672036504763E-5,1.7121158818424122E-4,40.094203645701775,2.1640584]
[null,"banana",null,"Europe and Russia","banana, Europe and Russia","Global",0.2078240236680812,6.3461660630928876E-5,4.7068931141902963E-3,36.088473346617043,7.0738177999999996]
[null,"carrot",null,"Europe and Russia","carrot, Europe and Russia","Netherlands",7.7380014112987006E-2,2.6411911073792139E-5,1.0407146027657734E-3,23.66969207499579,4.0836205E-2]
[null,"grape",null,"Europe and Russia","grape, Europe and Russia","Global",0.21760964999999999,9.4199612000000005E-5,8.6688653999999999E-4,45.639946999999999,4.7659127000000003]
[null,"lettuce",null,"Europe and Russia","lettuce, Europe and Russia","Global",0.16031893,3.3915292999999998E-5,1.3351276E-3,12.341756999999999,0.43764760000000003]
[null,"tomato",null,"Europe and Russia","tomato, Europe and Russia","Spain",0.33815245231918512,1.2686060397766016E-4,9.0430576314386385E-4,10.347710735671797,2.1262132]
[null,"MEAT",null,"Europe and Russia","MEAT, Europe and Russia",null,{"$f":"AVERAGE(G48:G50)","v":15.690762499588217},{"$f":"AVERAGE(H48:H50)","v":8.3495814583353159E-3},5.4882916065028042E-2,1370.9765135376001,{"$f":"AVERAGE(K48:K50)","v":12.508012831333334}]
[null,"beef",null,"Europe and Russia","beef, Europe and Russia","Global",29.00330599876466,2.0772907875005946E-2,9.5272330195084132E-2,2541.2203106128009,{"$f":"11.602217*0.93","v":10.790061810000001}]
[null,"pork",null,"Europe and Russia","pork, Europe and Russia","Spain",10.578605,3.0218478000000001E-3,4.7447153999999998E-2,1106.9867999999999,{"$f":"16.102052*0.947","v":15.248643244},"<-Global water scarcity value"]
[null,"poultry",null,"Europe and Russia","poultry, Europe and Russia","Global",7.4903765,1.2539887E-3,2.1929264E-2,464.72242999999997,{"$f":"11.963889*0.96","v":11.48533344}]
[null,"PULSES & OILSEEDS",null,"Europe and Russia","PULSES & OILSEEDS, Europe and Russia",null,{"$f":"AVERAGE(G52:G52)","v":2.6870207000000002},{"$f":"AVERAGE(H52:H52)","v":3.562087180028205E-4},{"$f":"AVERAGE(I52:I52)","v":1.0789743480512976E-2},{"$f":"AVERAGE(J52:J52)","v":341.45633018112221},{"$f":"AVERAGE(K52:K52)","v":0.10171676}]
[null,"soy bean",null,"Europe and Russia","soy bean, Europe and Russia","Global",2.6870207000000002,3.562087180028205E-4,1.0789743480512976E-2,341.45633018112221,0.10171676]
[null,"ROOTS & TUBERS",null,"Europe and Russia","ROOTS & TUBERS, Europe and Russia",null,{"$f":"AVERAGE(G54:G54)","v":0.16045175020222338},{"$f":"AVERAGE(H54:H54)","v":5.2034108841673599E-5},{"$f":"AVERAGE(I54:I54)","v":3.8826817119173166E-3},{"$f":"AVERAGE(J54:J54)","v":62.130169910088952},1.9729042999999999]
[null,"potato",null,"Europe and Russia","potato, Europe and Russia","Russia",0.16045175020222338,5.2034108841673599E-5,3.8826817119173166E-3,62.130169910088952,1.1546116]
[null,"Other",null,"Europe and Russia","Other, Europe and Russia",null,{"$f":"AVERAGE(G56:G57)","v":1.7575872368421817},1.1400100535737545E-4,9.9182587702046181E-3,91.917584583311537,{"$f":"AVERAGE(K56:K57)","v":1.1019638999999999}]
[null,"palm oil",null,"Europe and Russia","palm oil, Europe and Russia","Global",3.3685470999999998,2.1073604E-4,1.9611836000000001E-2,164.03635,1.0470615000000001]
[null,"sugar cane",null,"Europe and Russia","sugar cane, Europe and Russia","Global",0.14662737368436365,1.7265970714750919E-5,2.2468154040923403E-4,19.798819166623087,1.1568662999999999]
[null,"CEREAL",null,"North America","CEREAL, North America",null,{"$f":"AVERAGE(G59:G61)","v":1.3139889066666666},{"$f":"AVERAGE(H59:H61)","v":6.9036855333333338E-4},9.9571058666666681E-3,311.00461566666667,14.2218821]
[null,"maize",null,"North America","maize, North America","Global",0.64774321000000001,2.6105662999999999E-4,3.8716855999999999E-3,91.807806999999997,7.1187402999999998]
[null,"rice",null,"North America","rice, North America","United States",2.4,6.0164413000000005E-4,1.1893313000000001E-2,240.09596999999999,21.178850000000001,"<-Global water scarcity value"]
[null,"wheat",null,"North America","wheat, North America","United States",0.89422351,1.2084049E-3,1.4106319000000001E-2,601.11006999999995,14.368055999999999]
[null,"DAIRY",null,"North America","DAIRY, North America",null,{"$f":"AVERAGE(G63:G65)","v":4.293340057885854},{"$f":"AVERAGE(H63:H65)","v":3.9884083533718424E-2},1.2461642091143697E-2,350.22545398720945,{"$f":"AVERAGE(K63:K65)","v":4.3749731000000001}]
[null,"cheese",null,"North America","cheese, North America","Europe",8.7416236736575605,0.10048896123115528,2.2084611773431087E-2,737.69870196162833,10.717539]
[null,"milk",null,"North America","milk, North America","North America",1.7149490999999999,1.8709703000000001E-2,4.7692345000000004E-3,185.24167,0.54858640000000003]
[null,"yogurt",null,"North America","yogurt, North America","Global",2.4234474000000001,4.5358637E-4,1.053108E-2,127.73599,1.8587939]
[null,"FRUIT & VEGETABLE",null,"North America","FRUIT & VEGETABLE, North America",null,{"$f":"AVERAGE(G67:G72)","v":0.21254448282895574},{"$f":"AVERAGE(H67:H72)","v":6.4036935071589855E-5},{"$f":"AVERAGE(I67:I72)","v":1.7804210839254561E-3},{"$f":"AVERAGE(J67:J72)","v":31.351979783282061},{"$f":"AVERAGE(K67:K72)","v":4.0041150833333337}]
[null,"apple",null,"North America","apple, North America","United States",0.11268145638996559,6.2176271287566747E-5,8.8635254981107284E-4,37.914268292224051,3.2426352000000001]
[null,"banana",null,"North America","banana, North America","Global",0.2078240236680812,6.3461660630928876E-5,4.7068931141902963E-3,36.088473346617043,7.0738177999999996]
[null,"carrot",null,"North America","carrot, North America","Global",0.10171363717110267,3.0468645640258288E-5,1.333126037732739E-3,30.837682467978631,2.8132221999999998]
[null,"grape",null,"North America",{"$f":"B70&\", \"&D70","v":"grape, North America"},"Global",0.21760964999999999,9.4199612000000005E-5,8.6688653999999999E-4,45.639946999999999,4.7659127000000003]
[null,"lettuce",null,"North America","lettuce, North America","Global",0.16031893,3.3915292999999998E-5,1.3351276E-3,12.341756999999999,0.43764760000000003]
[null,"tomato",null,"North America","tomato, North America","Global",0.47511919974458511,1.0000012787078524E-4,1.5541406618186282E-3,25.289750592872661,5.6914550000000004]
[null,"MEAT",null,"North America","MEAT, North America",null,{"$f":"AVERAGE(G74:G76)","v":14.933012036534519},{"$f":"AVERAGE(H74:H76)","v":8.5303878558465416E-3},5.2473497059628359E-2,1259.6105974162854,{"$f":"AVERAGE(K74:K76)","v":12.508012831333334}]
[null,"beef",null,"North America","beef, North America","United States",28.482627809603553,2.1174567767539624E-2,8.7157220178885081E-2,2205.9697822488556,{"$f":"11.602217*0.93","v":10.790061810000001},"<-Global water scarcity value"]
[null,"pork",null,"North America","pork, North America","Canada",10.578605,3.0218478000000001E-3,4.7447153999999998E-2,1106.9867999999999,{"$f":"16.102052*0.947","v":15.248643244},"<-Global water scarcity value"]
[null,"poultry",null,"North America","poultry, North America","United States",5.7378033000000004,1.3947479999999999E-3,2.2816117E-2,465.87520999999998,{"$f":"11.963889*0.96","v":11.48533344},"<-Global water scarcity value"]
[null,"PULSES & OILSEEDS",null,"North America","PULSES & OILSEEDS, North America",null,{"$f":"AVERAGE(G78:G78)","v":0.52237071000000002},{"$f":"AVERAGE(H78:H78)","v":4.030275481548495E-4},{"$f":"AVERAGE(I78:I78)","v":1.0081021579197692E-2},{"$f":"AVERAGE(J78:J78)","v":476.59990834561916},{"$f":"AVERAGE(K78:K78)","v":0.29694712000000001}]
[null,"soy bean",null,"North America","soy bean, North America","United States",0.52237071000000002,4.030275481548495E-4,1.0081021579197692E-2,476.59990834561916,0.29694712000000001]
[null,"ROOTS & TUBERS",null,"North America","ROOTS & TUBERS, North America",null,{"$f":"AVERAGE(G80:G80)","v":0.35289624000000003},{"$f":"AVERAGE(H80:H80)","v":7.2194050349340508E-5},{"$f":"AVERAGE(I80:I80)","v":3.8871042668817699E-3},{"$f":"AVERAGE(J80:J80)","v":65.494672123214315},1.9729042999999999]
[null,"potato",null,"North America","potato, North America","Global",0.35289624000000003,7.2194050349340508E-5,3.8871042668817699E-3,65.494672123214315,3.0544182000000002]
[null,"Other",null,"North America","Other, North America",null,{"$f":"AVERAGE(G82:G83)","v":1.7575872368421817},1.1400100535737545E-4,9.9182587702046181E-3,91.917584583311537,{"$f":"AVERAGE(K82:K83)","v":1.1019638999999999}]
[null,"palm oil",null,"North America","palm oil, North America","Global",3.3685470999999998,2.1073604E-4,1.9611836000000001E-2,164.03635,1.0470615000000001]
[null,"sugar cane",null,"North America","sugar cane, North America","Global",0.14662737368436365,1.7265970714750919E-5,2.2468154040923403E-4,19.798819166623087,1.1568662999999999]
[null,"CEREAL",null,"Industrialized Asia","CEREAL, Industrialized Asia",null,{"$f":"AVERAGE(G85:G87)","v":0.7985155066666666},{"$f":"AVERAGE(H85:H87)","v":3.0388291333333334E-4},7.6902455999999994E-3,226.69113233333334,10.213602033333332]
[null,"maize",null,"Industrialized Asia","maize, Industrialized Asia","Global",0.64774321000000001,2.6105662999999999E-4,3.8716855999999999E-3,91.807806999999997,7.1187402999999998]
[null,"rice",null,"Industrialized Asia","rice, Industrialized Asia","China",0.9,1.2159910000000001E-4,5.8799242E-3,154.1138,13.814674999999999]
[null,"wheat",null,"Industrialized Asia","wheat, Industrialized Asia","Global",0.84780330999999998,5.2899301000000002E-4,1.3319127E-2,434.15179000000001,9.7073908000000007]
[null,"DAIRY",null,"Industrialized Asia","DAIRY, Industrialized Asia",null,{"$f":"AVERAGE(G89:G91)","v":4.293340057885854},{"$f":"AVERAGE(H89:H91)","v":3.9884083533718424E-2},1.2461642091143697E-2,350.22545398720945,{"$f":"AVERAGE(K89:K91)","v":4.3749731000000001}]
[null,"cheese",null,"Industrialized Asia","cheese, Industrialized Asia","Europe",8.7416236736575605,0.10048896123115528,2.2084611773431087E-2,737.69870196162833,10.717539]
[null,"milk",null,"Industrialized Asia","milk, Industrialized Asia","North America",1.7149490999999999,1.8709703000000001E-2,4.7692345000000004E-3,185.24167,0.54858640000000003]
[null,"yogurt",null,"Industrialized Asia","yogurt, Industrialized Asia","Global",2.4234474000000001,4.5358637E-4,1.053108E-2,127.73599,1.8587939]
[null,"FRUIT & VEGETABLE",null,"Industrialized Asia","FRUIT & VEGETABLE, Industrialized Asia",null,{"$f":"AVERAGE(G93:G98)","v":0.24106672090197634},{"$f":"AVERAGE(H93:H98)","v":7.0788273243596302E-5},{"$f":"AVERAGE(I93:I98)","v":2.1315851968614495E-3},{"$f":"AVERAGE(J93:J98)","v":42.457978463083514},{"$f":"AVERAGE(K93:K98)","v":4.7330342166666677}]
[null,"apple",null,"Industrialized Asia","apple, Industrialized Asia","China",0.26975406800837404,9.8773615115379216E-5,2.6503182591089617E-3,96.605189514763737,7.9691900999999996]
[null,"banana",null,"Industrialized Asia","banana, Industrialized Asia","Global",0.2078240236680812,6.3461660630928876E-5,4.7068931141902963E-3,36.088473346617043,7.0738177999999996]
[null,"carrot",null,"Industrialized Asia","carrot, Industrialized Asia","China",0.1157744539908178,3.4379330844484442E-5,1.676145006050812E-3,38.782753324247622,2.4601820999999999]
[null,"grape",null,"Industrialized Asia","grape, Industrialized Asia","Global",0.21760964999999999,9.4199612000000005E-5,8.6688653999999999E-4,45.639946999999999,4.7659127000000003]
[null,"lettuce",null,"Industrialized Asia","lettuce, Industrialized Asia","Global",0.16031893,3.3915292999999998E-5,1.3351276E-3,12.341756999999999,0.43764760000000003]
[null,"tomato",null,"Industrialized Asia","tomato, Industrialized Asia","Global",0.47511919974458511,1.0000012787078524E-4,1.5541406618186282E-3,25.289750592872661,5.6914550000000004]
[null,"MEAT",null,"Industrialized Asia","MEAT, Industrialized Asia",null,{"$f":"AVERAGE(G100:G102)","v":15.421858132921551},{"$f":"AVERAGE(H100:H102)","v":8.288085091668649E-3},5.6033934731694712E-2,1417.9855468709336,{"$f":"AVERAGE(K100:K102)","v":12.508012831333334}]
[null,"beef",null,"Industrialized Asia","beef, Industrialized Asia","Global",29.00330599876466,2.0772907875005946E-2,9.5272330195084132E-2,2541.2203106128009,{"$f":"11.602217*0.93","v":10.790061810000001}]
[null,"pork",null,"Industrialized Asia","pork, Industrialized Asia","Global",9.7718919,2.8373587000000001E-3,5.0900210000000001E-2,1248.0138999999999,{"$f":"16.102052*0.947","v":15.248643244}]
[null,"poultry",null,"Industrialized Asia","poultry, Industrialized Asia","Global",7.4903765,1.2539887E-3,2.1929264E-2,464.72242999999997,{"$f":"11.963889*0.96","v":11.48533344}]
[null,"PULSES & OILSEEDS",null,"Industrialized Asia","PULSES & OILSEEDS, Industrialized Asia",null,{"$f":"AVERAGE(G104:G104)","v":2.6870207000000002},{"$f":"AVERAGE(H104:H104)","v":3.562087180028205E-4},{"$f":"AVERAGE(I104:I104)","v":1.0789743480512976E-2},{"$f":"AVERAGE(J104:J104)","v":341.45633018112221},{"$f":"AVERAGE(K104:K104)","v":0.10171676}]
[null,"soy bean",null,"Industrialized Asia","soy bean, Industrialized Asia","Global",2.6870207000000002,3.562087180028205E-4,1.0789743480512976E-2,341.45633018112221,0.10171676]
[null,"ROOTS & TUBERS",null,"Industrialized Asia","ROOTS & TUBERS, Industrialized Asia",null,{"$f":"AVERAGE(G106:G106)","v":0.25795849050988057},{"$f":"AVERAGE(H106:H106)","v":8.1262227471795329E-5},{"$f":"AVERAGE(I106:I106)","v":3.9408694850860387E-3},{"$f":"AVERAGE(J106:J106)","v":81.285940419138541},1.9729042999999999]
[null,"potato",null,"Industrialized Asia","potato, Industrialized Asia","China",0.25795849050988057,8.1262227471795329E-5,3.9408694850860387E-3,81.285940419138541,1.5388755999999999]
[null,"Other",null,"Industrialized Asia","Other, Industrialized Asia",null,{"$f":"AVERAGE(G108:G109)","v":1.7575872368421817},1.1400100535737545E-4,9.9182587702046181E-3,91.917584583311537,{"$f":"AVERAGE(K108:K109)","v":1.1019638999999999}]
[null,"palm oil",null,"Industrialized Asia","palm oil, Industrialized Asia","Global",3.3685470999999998,2.1073604E-4,1.9611836000000001E-2,164.03635,1.0470615000000001]
[null,"sugar cane",null,"Industrialized Asia","sugar cane, Industrialized Asia","Global",0.14662737368436365,1.7265970714750919E-5,2.2468154040923403E-4,19.798819166623087,1.1568662999999999]
[null,"CEREAL",null,"Sub-Saharan Africa","CEREAL, Sub-Saharan Africa",null,{"$f":"AVERAGE(G111:G113)","v":1.13184884},{"$f":"AVERAGE(H111:H113)","v":3.8957680666666661E-4},8.8554038666666668E-3,244.47801899999999,12.668327033333334]
[null,"maize",null,"Sub-Saharan Africa","maize, Sub-Saharan Africa","Global",0.64774321000000001,2.6105662999999999E-4,3.8716855999999999E-3,91.807806999999997,7.1187402999999998]
[null,"rice",null,"Sub-Saharan Africa","rice, Sub-Saharan Africa","Global",1.9,3.7868077999999997E-4,9.3753989999999995E-3,207.47445999999999,21.178850000000001]
[null,"wheat",null,"Sub-Saharan Africa","wheat, Sub-Saharan Africa","Global",0.84780330999999998,5.2899301000000002E-4,1.3319127E-2,434.15179000000001,9.7073908000000007]
[null,"DAIRY",null,"Sub-Saharan Africa","DAIRY, Sub-Saharan Africa",null,{"$f":"AVERAGE(G115:G117)","v":4.293340057885854},{"$f":"AVERAGE(H115:H117)","v":3.9884083533718424E-2},1.2461642091143697E-2,350.22545398720945,{"$f":"AVERAGE(K115:K117)","v":4.3749731000000001}]
[null,"cheese",null,"Sub-Saharan Africa","cheese, Sub-Saharan Africa","Europe",8.7416236736575605,0.10048896123115528,2.2084611773431087E-2,737.69870196162833,10.717539]
[null,"milk",null,"Sub-Saharan Africa","milk, Sub-Saharan Africa","North America",1.7149490999999999,1.8709703000000001E-2,4.7692345000000004E-3,185.24167,0.54858640000000003]
[null,"yogurt",null,"Sub-Saharan Africa","yogurt, Sub-Saharan Africa","Global",2.4234474000000001,4.5358637E-4,1.053108E-2,127.73599,1.8587939]
[null,"FRUIT & VEGETABLE",null,"Sub-Saharan Africa","FRUIT & VEGETABLE, Sub-Saharan Africa",null,{"$f":"AVERAGE(G119:G124)","v":0.2196849327260548},{"$f":"AVERAGE(H119:H124)","v":6.498735135650435E-5},{"$f":"AVERAGE(I119:I124)","v":1.8491610690022425E-3},{"$f":"AVERAGE(J119:J124)","v":34.558928827292767},{"$f":"AVERAGE(K119:K124)","v":4.8194255333333329}]
[null,"apple",null,"Sub-Saharan Africa","apple, Sub-Saharan Africa","Global",0.15552415577255976,6.7878768997053687E-5,1.298792460271792E-3,57.155962556288273,8.1344978999999995]
[null,"banana",null,"Sub-Saharan Africa","banana, Sub-Saharan Africa","Global",0.2078240236680812,6.3461660630928876E-5,4.7068931141902963E-3,36.088473346617043,7.0738177999999996]
[null,"carrot",null,"Sub-Saharan Africa","carrot, Sub-Saharan Africa","Global",0.10171363717110267,3.0468645640258288E-5,1.333126037732739E-3,30.837682467978631,2.8132221999999998]
[null,"grape",null,"Sub-Saharan Africa","grape, Sub-Saharan Africa","Global",0.21760964999999999,9.4199612000000005E-5,8.6688653999999999E-4,45.639946999999999,4.7659127000000003]
[null,"lettuce",null,"Sub-Saharan Africa","lettuce, Sub-Saharan Africa","Global",0.16031893,3.3915292999999998E-5,1.3351276E-3,12.341756999999999,0.43764760000000003]
[null,"tomato",null,"Sub-Saharan Africa","tomato, Sub-Saharan Africa","Global",0.47511919974458511,1.0000012787078524E-4,1.5541406618186282E-3,25.289750592872661,5.6914550000000004]
[null,"MEAT",null,"Sub-Saharan Africa","MEAT, Sub-Saharan Africa",null,{"$f":"AVERAGE(G126:G128)","v":15.421858132921551},{"$f":"AVERAGE(H126:H128)","v":8.288085091668649E-3},5.6033934731694712E-2,1417.9855468709336,{"$f":"AVERAGE(K126:K128)","v":12.508012831333334}]
[null,"beef",null,"Sub-Saharan Africa","beef, Sub-Saharan Africa","Global",29.00330599876466,2.0772907875005946E-2,9.5272330195084132E-2,2541.2203106128009,{"$f":"11.602217*0.93","v":10.790061810000001}]
[null,"pork",null,"Sub-Saharan Africa","pork, Sub-Saharan Africa","Global",9.7718919,2.8373587000000001E-3,5.0900210000000001E-2,1248.0138999999999,{"$f":"16.102052*0.947","v":15.248643244}]
[null,"poultry",null,"Sub-Saharan Africa","poultry, Sub-Saharan Africa","Global",7.4903765,1.2539887E-3,2.1929264E-2,464.72242999999997,{"$f":"11.963889*0.96","v":11.48533344}]
[null,"PULSES & OILSEEDS",null,"Sub-Saharan Africa","PULSES & OILSEEDS, Sub-Saharan Africa",null,{"$f":"AVERAGE(G130:G130)","v":2.6870207000000002},{"$f":"AVERAGE(H130:H130)","v":3.562087180028205E-4},{"$f":"AVERAGE(I130:I130)","v":1.0789743480512976E-2},{"$f":"AVERAGE(J130:J130)","v":341.45633018112221},{"$f":"AVERAGE(K130:K130)","v":0.10171676}]
[null,"soy bean",null,"Sub-Saharan Africa","soy bean, Sub-Saharan Africa","Global",2.6870207000000002,3.562087180028205E-4,1.0789743480512976E-2,341.45633018112221,0.10171676]
[null,"ROOTS & TUBERS",null,"Sub-Saharan Africa","ROOTS & TUBERS, Sub-Saharan Africa",null,{"$f":"AVERAGE(G132:G132)","v":0.35289624000000003},{"$f":"AVERAGE(H132:H132)","v":7.2194050349340508E-5},{"$f":"AVERAGE(I132:I132)","v":3.8871042668817699E-3},{"$f":"AVERAGE(J132:J132)","v":65.494672123214315},1.9729042999999999]
[null,"potato",null,"Sub-Saharan Africa","potato, Sub-Saharan Africa","Global",0.35289624000000003,7.2194050349340508E-5,3.8871042668817699E-3,65.494672123214315,3.0544182000000002]
[null,"Other",null,"Sub-Saharan Africa","Other, Sub-Saharan Africa",null,{"$f":"AVERAGE(G134:G135)","v":1.7575872368421817},1.1400100535737545E-4,9.9182587702046181E-3,91.917584583311537,{"$f":"AVERAGE(K134:K135)","v":1.1019638999999999}]
[null,"palm oil",null,"Sub-Saharan Africa",{"$f":"B134&\", \"&D134","v":"palm oil, Sub-Saharan Africa"},"Global",3.3685470999999998,2.1073604E-4,1.9611836000000001E-2,164.03635,1.0470615000000001]
[null,"sugar cane",null,"Sub-Saharan Africa","sugar cane, Sub-Saharan Africa","Global",0.14662737368436365,1.7265970714750919E-5,2.2468154040923403E-4,19.798819166623087,1.1568662999999999]
[null,"CEREAL",null,"South and Southeast Asia","CEREAL, South and Southeast Asia",null,{"$f":"AVERAGE(G137:G139)","v":1.1851821733333334},{"$f":"AVERAGE(H137:H139)","v":3.8974081333333337E-4},8.7033106999999995E-3,248.44880899999998,10.161707033333334]
[null,"maize",null,"South and Southeast Asia","maize, South and Southeast Asia","Global",0.64774321000000001,2.6105662999999999E-4,3.8716855999999999E-3,91.807806999999997,7.1187402999999998]
[null,"rice",null,"South and Southeast Asia","rice, South and Southeast Asia","India",2.06,3.791728E-4,8.9191194999999994E-3,219.38683,13.658989999999999]
[null,"wheat",null,"South and Southeast Asia","wheat, South and Southeast Asia","Global",0.84780330999999998,5.2899301000000002E-4,1.3319127E-2,434.15179000000001,9.7073908000000007]
[null,"DAIRY",null,"South and Southeast Asia","DAIRY, South and Southeast Asia",null,{"$f":"AVERAGE(G141:G143)","v":4.293340057885854},{"$f":"AVERAGE(H141:H143)","v":3.9884083533718424E-2},1.2461642091143697E-2,350.22545398720945,{"$f":"AVERAGE(K141:K143)","v":4.3749731000000001}]
[null,"cheese",null,"South and Southeast Asia","cheese, South and Southeast Asia","Europe",8.7416236736575605,0.10048896123115528,2.2084611773431087E-2,737.69870196162833,10.717539]
[null,"milk",null,"South and Southeast Asia","milk, South and Southeast Asia","North America",1.7149490999999999,1.8709703000000001E-2,4.7692345000000004E-3,185.24167,0.54858640000000003]
[null,"yogurt",null,"South and Southeast Asia","yogurt, South and Southeast Asia","Global",2.4234474000000001,4.5358637E-4,1.053108E-2,127.73599,1.8587939]
[null,"FRUIT & VEGETABLE",null,"South and Southeast Asia","FRUIT & VEGETABLE, South and Southeast Asia",null,{"$f":"AVERAGE(G145:G150)","v":0.21199446913078254},{"$f":"AVERAGE(H145:H150)","v":6.2370991825194715E-5},{"$f":"AVERAGE(I145:I150)","v":1.3654428616966458E-3},{"$f":"AVERAGE(J145:J150)","v":35.26578312195435},{"$f":"AVERAGE(K145:K150)","v":4.8194255333333329}]
[null,"apple",null,"South and Southeast Asia","apple, South and Southeast Asia","Global",0.15552415577255976,6.7878768997053687E-5,1.298792460271792E-3,57.155962556288273,8.1344978999999995]
[null,"banana",null,"South and Southeast Asia","banana, South and Southeast Asia","India",0.16168124209644777,4.7763503443071096E-5,1.8045838703567142E-3,40.329599114586557,7.0738177999999996]
[null,"carrot",null,"South and Southeast Asia","carrot, South and Southeast Asia","Global",0.10171363717110267,3.0468645640258288E-5,1.333126037732739E-3,30.837682467978631,2.8132221999999998]
[null,"grape",null,"South and Southeast Asia","grape, South and Southeast Asia","Global",0.21760964999999999,9.4199612000000005E-5,8.6688653999999999E-4,45.639946999999999,4.7659127000000003]
[null,"lettuce",null,"South and Southeast Asia","lettuce, South and Southeast Asia","Global",0.16031893,3.3915292999999998E-5,1.3351276E-3,12.341756999999999,0.43764760000000003]
[null,"tomato",null,"South and Southeast Asia","tomato, South and Southeast Asia","Global",0.47511919974458511,1.0000012787078524E-4,1.5541406618186282E-3,25.289750592872661,5.6914550000000004]
[null,"MEAT",null,"South and Southeast Asia","MEAT, South and Southeast Asia",null,{"$f":"AVERAGE(G152:G154)","v":15.421858132921551},{"$f":"AVERAGE(H152:H154)","v":8.288085091668649E-3},5.6033934731694712E-2,1417.9855468709336,{"$f":"AVERAGE(K152:K154)","v":12.508012831333334}]
[null,"beef",null,"South and Southeast Asia","beef, South and Southeast Asia","Global",29.00330599876466,2.0772907875005946E-2,9.5272330195084132E-2,2541.2203106128009,{"$f":"11.602217*0.93","v":10.790061810000001}]
[null,"pork",null,"South and Southeast Asia","pork, South and Southeast Asia","Global",9.7718919,2.8373587000000001E-3,5.0900210000000001E-2,1248.0138999999999,{"$f":"16.102052*0.947","v":15.248643244}]
[null,"poultry",null,"South and Southeast Asia","poultry, South and Southeast Asia","Global",7.4903765,1.2539887E-3,2.1929264E-2,464.72242999999997,{"$f":"11.963889*0.96","v":11.48533344}]
[null,"PULSES & OILSEEDS",null,"South and Southeast Asia","PULSES & OILSEEDS, South and Southeast Asia",null,{"$f":"AVERAGE(G156:G156)","v":2.6870207000000002},{"$f":"AVERAGE(H156:H156)","v":3.562087180028205E-4},{"$f":"AVERAGE(I156:I156)","v":1.0789743480512976E-2},{"$f":"AVERAGE(J156:J156)","v":341.45633018112221},{"$f":"AVERAGE(K156:K156)","v":0.10171676}]
[null,"soy bean",null,"South and Southeast Asia","soy bean, South and Southeast Asia","Global",2.6870207000000002,3.562087180028205E-4,1.0789743480512976E-2,341.45633018112221,0.10171676]
[null,"ROOTS & TUBERS",null,"South and Southeast Asia","ROOTS & TUBERS, South and Southeast Asia",null,{"$f":"AVERAGE(G158:G158)","v":0.28548870528807402},{"$f":"AVERAGE(H158:H158)","v":5.8267878969460418E-5},{"$f":"AVERAGE(I158:I158)","v":4.1331264064075317E-3},{"$f":"AVERAGE(J158:J158)","v":23.093904921668489},1.9729042999999999]
[null,"potato",null,"South and Southeast Asia","potato, South and Southeast Asia","India",0.28548870528807402,5.8267878969460418E-5,4.1331264064075317E-3,23.093904921668489,2.4658380000000002]
[null,"Other",null,"South and Southeast Asia","Other, South and Southeast Asia",null,{"$f":"AVERAGE(G160:G161)","v":2.4492859835608054},1.6427321834924506E-4,1.6168754517476992E-2,164.9025005672284,{"$f":"AVERAGE(K160:K161)","v":1.0357916999999999}]
[null,"palm oil",null,"South and Southeast Asia","palm oil, South and Southeast Asia","Indonesia",4.8341666999999999,2.9540612999999998E-4,3.1689367000000003E-2,306.94932999999997,1.017115,"<-water scarcity from Malaysia used"]
[null,"sugar cane",null,"South and Southeast Asia","sugar cane, South and Southeast Asia","India",6.4405267121610529E-2,3.314030669849015E-5,6.4814203495398501E-4,22.855671134456838,1.0544684]
[null,"CEREAL",null,"Latin America","CEREAL, Latin America",null,{"$f":"AVERAGE(G163:G165)","v":1.13184884},{"$f":"AVERAGE(H163:H165)","v":3.8957680666666661E-4},8.8554038666666668E-3,244.47801899999999,12.668327033333334]
[null,"maize",null,"Latin America","maize, Latin America","Global",0.64774321000000001,2.6105662999999999E-4,3.8716855999999999E-3,91.807806999999997,7.1187402999999998]
[null,"rice",null,"Latin America","rice, Latin America","Global",1.9,3.7868077999999997E-4,9.3753989999999995E-3,207.47445999999999,21.178850000000001]
[null,"wheat",null,"Latin America","wheat, Latin America","Global",0.84780330999999998,5.2899301000000002E-4,1.3319127E-2,434.15179000000001,9.7073908000000007]
[null,"DAIRY",null,"Latin America","DAIRY, Latin America",null,{"$f":"AVERAGE(G167:G169)","v":4.293340057885854},{"$f":"AVERAGE(H167:H169)","v":3.9884083533718424E-2},1.2461642091143697E-2,350.22545398720945,{"$f":"AVERAGE(K167:K169)","v":4.3749731000000001}]
[null,"cheese",null,"Latin America","cheese, Latin America","Europe",8.7416236736575605,0.10048896123115528,2.2084611773431087E-2,737.69870196162833,10.717539]
[null,"milk",null,"Latin America","milk, Latin America","North America",1.7149490999999999,1.8709703000000001E-2,4.7692345000000004E-3,185.24167,0.54858640000000003]
[null,"yogurt",null,"Latin America","yogurt, Latin America","Global",2.4234474000000001,4.5358637E-4,1.053108E-2,127.73599,1.8587939]
[null,"FRUIT & VEGETABLE",null,"Latin America","FRUIT & VEGETABLE, Latin America",null,{"$f":"AVERAGE(G171:G176)","v":0.16584099847772171},{"$f":"AVERAGE(H171:H176)","v":5.8403336816356194E-5},{"$f":"AVERAGE(I171:I176)","v":2.0829718252057278E-3},{"$f":"AVERAGE(J171:J176)","v":35.466265129085279},{"$f":"AVERAGE(K171:K176)","v":3.1509397400000001}]
[null,"apple",null,"Latin America","apple, Latin America","Chile",9.8742247310721287E-2,5.2092329330485092E-5,9.0543313340195081E-4,36.30632856266692,5.9872655000000004]
[null,"banana",null,"Latin America","banana, Latin America","Ecuador",0.25636882061374383,7.201603610437197E-5,5.6496486196880007E-3,42.849916333434123,0.64558263999999999]
[null,"carrot",null,"Latin America","carrot, Latin America","Global",0.10171363717110267,3.0468645640258288E-5,1.333126037732739E-3,30.837682467978631,2.8132221999999998]
[null,"grape",null,"Latin America","grape, Latin America","Global",0.21760964999999999,9.4199612000000005E-5,8.6688653999999999E-4,45.639946999999999,4.7659127000000003]
[null,"lettuce",null,"Latin America","lettuce, Latin America","Global",0.16031893,3.3915292999999998E-5,1.3351276E-3,12.341756999999999,0.43764760000000003]
[null,"tomato",null,"Latin America","tomato, Latin America","Mexico",0.16029270577076246,6.7728104823021803E-5,2.4076090204116782E-3,44.821959410432008,4.2560077999999999]
[null,"MEAT",null,"Latin America","MEAT, Latin America",null,{"$f":"AVERAGE(G178:G180)","v":16.298426573212385},{"$f":"AVERAGE(H178:H180)","v":8.0942154757405235E-3},5.7145630431017197E-2,1527.907201414456,{"$f":"AVERAGE(K178:K180)","v":12.508012831333334}]
[null,"beef",null,"Latin America","beef, Latin America","Brazil",29.755254219637155,2.0342112627221569E-2,9.9557617293051598E-2,2872.2203942433689,{"$f":"11.602217*0.93","v":10.790061810000001}]
[null,"pork",null,"Latin America","pork, Latin America","Global",9.7718919,2.8373587000000001E-3,5.0900210000000001E-2,1248.0138999999999,{"$f":"16.102052*0.947","v":15.248643244}]
[null,"poultry",null,"Latin America","poultry, Latin America","Brazil",9.3681336000000002,1.1031750999999999E-3,2.0979063999999999E-2,463.48730999999998,{"$f":"11.963889*0.96","v":11.48533344}]
[null,"PULSES & OILSEEDS",null,"Latin America","PULSES & OILSEEDS, Latin America",null,{"$f":"AVERAGE(G182:G182)","v":4.5089131507226217},{"$f":"AVERAGE(H182:H182)","v":3.9457812493809793E-4},{"$f":"AVERAGE(I182:I182)","v":1.1811198416938572E-2},{"$f":"AVERAGE(J182:J182)","v":150.71791053925989},{"$f":"AVERAGE(K182:K182)","v":2.8667097999999998E-2}]
[null,"soy bean",null,"Latin America","soy bean, Latin America","Brazil",4.5089131507226217,3.9457812493809793E-4,1.1811198416938572E-2,150.71791053925989,2.8667097999999998E-2]
[null,"ROOTS & TUBERS",null,"Latin America","ROOTS & TUBERS, Latin America",null,{"$f":"AVERAGE(G184:G184)","v":0.35289624000000003},{"$f":"AVERAGE(H184:H184)","v":7.2194050349340508E-5},{"$f":"AVERAGE(I184:I184)","v":3.8871042668817699E-3},{"$f":"AVERAGE(J184:J184)","v":65.494672123214315},1.9729042999999999]
[null,"potato",null,"Latin America","potato, Latin America","Global",0.35289624000000003,7.2194050349340508E-5,3.8871042668817699E-3,65.494672123214315,3.0544182000000002]
[null,"Other",null,"Latin America","Other, Latin America",null,{"$f":"AVERAGE(G186:G187)","v":1.7733113362809989},1.1096520819809201E-4,9.8372764747735163E-3,91.332994303138221,{"$f":"AVERAGE(K186:K187)","v":0.54923112299999999}]
[null,"palm oil",null,"Latin America","palm oil, Latin America","Global",3.3685470999999998,2.1073604E-4,1.9611836000000001E-2,164.03635,1.0470615000000001]
[null,"sugar cane",null,"Latin America","sugar cane, Latin America","Brazil",0.17807557256199782,1.1194376396184E-5,6.2716949547032204E-5,18.629638606276451,5.1400745999999997E-2]
[null,"CEREAL",null,"North Africa, West and Central Asia","CEREAL, North Africa, West and Central Asia",null,{"$f":"AVERAGE(G189:G191)","v":1.13184884},{"$f":"AVERAGE(H189:H191)","v":3.8957680666666661E-4},8.8554038666666668E-3,244.47801899999999,12.668327033333334]
[null,"maize",null,"North Africa, West and Central Asia","maize, North Africa, West and Central Asia","Global",0.64774321000000001,2.6105662999999999E-4,3.8716855999999999E-3,91.807806999999997,7.1187402999999998]
[null,"rice",null,"North Africa, West and Central Asia","rice, North Africa, West and Central Asia","Global",1.9,3.7868077999999997E-4,9.3753989999999995E-3,207.47445999999999,21.178850000000001]
[null,"wheat",null,"North Africa, West and Central Asia","wheat, North Africa, West and Central Asia","Global",0.84780330999999998,5.2899301000000002E-4,1.3319127E-2,434.15179000000001,9.7073908000000007]
[null,"DAIRY",null,"North Africa, West and Central Asia","DAIRY, North Africa, West and Central Asia",null,{"$f":"AVERAGE(G193:G195)","v":4.3223223245525206},{"$f":"AVERAGE(H193:H195)","v":4.061650020038509E-2},1.2410017724477029E-2,339.68049732054277,{"$f":"AVERAGE(K193:K195)","v":4.3749731000000001}]
[null,"cheese",null,"North Africa, West and Central Asia","cheese, North Africa, West and Central Asia","Europe",8.7416236736575605,0.10048896123115528,2.2084611773431087E-2,737.69870196162833,10.717539]
[null,"milk",null,"North Africa, West and Central Asia","milk, North Africa, West and Central Asia","North America",1.8018959000000001,2.0906952999999999E-2,4.6143614000000001E-3,153.60679999999999,0.54858640000000003]
[null,"yogurt",null,"North Africa, West and Central Asia","yogurt, North Africa, West and Central Asia","Global",2.4234474000000001,4.5358637E-4,1.053108E-2,127.73599,1.8587939]
[null,"FRUIT & VEGETABLE",null,"North Africa, West and Central Asia","FRUIT & VEGETABLE, North Africa, West and Central Asia",null,{"$f":"AVERAGE(G197:G202)","v":0.2196849327260548},{"$f":"AVERAGE(H197:H202)","v":6.498735135650435E-5},{"$f":"AVERAGE(I197:I202)","v":1.8491610690022425E-3},{"$f":"AVERAGE(J197:J202)","v":34.558928827292767},{"$f":"AVERAGE(K197:K202)","v":4.8194255333333329}]
[null,"apple",null,"North Africa, West and Central Asia","apple, North Africa, West and Central Asia","Global",0.15552415577255976,6.7878768997053687E-5,1.298792460271792E-3,57.155962556288273,8.1344978999999995]
[null,"banana",null,"North Africa, West and Central Asia",{"$f":"B198&\", \"&D198","v":"banana, North Africa, West and Central Asia"},"Global",0.2078240236680812,6.3461660630928876E-5,4.7068931141902963E-3,36.088473346617043,7.0738177999999996]
[null,"carrot",null,"North Africa, West and Central Asia","carrot, North Africa, West and Central Asia","Global",0.10171363717110267,3.0468645640258288E-5,1.333126037732739E-3,30.837682467978631,2.8132221999999998]
[null,"grape",null,"North Africa, West and Central Asia","grape, North Africa, West and Central Asia","Global",0.21760964999999999,9.4199612000000005E-5,8.6688653999999999E-4,45.639946999999999,4.7659127000000003]
[null,"lettuce",null,"North Africa, West and Central Asia","lettuce, North Africa, West and Central Asia","Global",0.16031893,3.3915292999999998E-5,1.3351276E-3,12.341756999999999,0.43764760000000003]
[null,"tomato",null,"North Africa, West and Central Asia","tomato, North Africa, West and Central Asia","Global",0.47511919974458511,1.0000012787078524E-4,1.5541406618186282E-3,25.289750592872661,5.6914550000000004]
[null,"MEAT",null,"North Africa, West and Central Asia","MEAT, North Africa, West and Central Asia",null,{"$f":"AVERAGE(G204:G206)","v":15.421858132921551},{"$f":"AVERAGE(H204:H206)","v":8.288085091668649E-3},5.6033934731694712E-2,1417.9855468709336,{"$f":"AVERAGE(K204:K206)","v":12.508012831333334}]
[null,"beef",null,"North Africa, West and Central Asia","beef, North Africa, West and Central Asia","Global",29.00330599876466,2.0772907875005946E-2,9.5272330195084132E-2,2541.2203106128009,{"$f":"11.602217*0.93","v":10.790061810000001}]
[null,"pork",null,"North Africa, West and Central Asia","pork, North Africa, West and Central Asia","Global",9.7718919,2.8373587000000001E-3,5.0900210000000001E-2,1248.0138999999999,{"$f":"16.102052*0.947","v":15.248643244}]
[null,"poultry",null,"North Africa, West and Central Asia","poultry, North Africa, West and Central Asia","Global",7.4903765,1.2539887E-3,2.1929264E-2,464.72242999999997,{"$f":"11.963889*0.96","v":11.48533344}]
[null,"PULSES & OILSEEDS",null,"North Africa, West and Central Asia","PULSES & OILSEEDS, North Africa, West and Central Asia",null,{"$f":"AVERAGE(G208:G208)","v":2.6870207000000002},{"$f":"AVERAGE(H208:H208)","v":3.562087180028205E-4},{"$f":"AVERAGE(I208:I208)","v":1.0789743480512976E-2},{"$f":"AVERAGE(J208:J208)","v":341.45633018112221},{"$f":"AVERAGE(K208:K208)","v":0.10171676}]
[null,"soy bean",null,"North Africa, West and Central Asia","soy bean, North Africa, West and Central Asia","Global",2.6870207000000002,3.562087180028205E-4,1.0789743480512976E-2,341.45633018112221,0.10171676]
[null,"ROOTS & TUBERS",null,"North Africa, West and Central Asia","ROOTS & TUBERS, North Africa, West and Central Asia",null,1.0345702999999999,1.839137E-3,3.4627707000000001E-2,3777.2262000000001,1.9729042999999999]
[null,"potato",null,"North Africa, West and Central Asia","potato, North Africa, West and Central Asia","Global",0.35289624000000003,1.839137E-3,3.4627707000000001E-2,3777.2262000000001,3.0544182000000002]
[null,"Other",null,"North Africa, West and Central Asia","Other, North Africa, West and Central Asia",null,{"$f":"AVERAGE(G212:G213)","v":1.7575872368421817},1.1400100535737545E-4,9.9182587702046181E-3,91.917584583311537,{"$f":"AVERAGE(K212:K213)","v":1.1019638999999999}]
[null,"palm oil",null,"North Africa, West and Central Asia","palm oil, North Africa, West and Central Asia","Global",3.3685470999999998,2.1073604E-4,1.9611836000000001E-2,164.03635,1.0470615000000001]
[null,"sugar cane",null,"North Africa, West and Central Asia","sugar cane, North Africa, West and Central Asia","Global",0.14662737368436365,1.7265970714750919E-5,2.2468154040923403E-4,19.798819166623087,1.1568662999999999]

{"sheet":"C4. Life cycle impact data","index":10,"n_rows":124,"n_cols":11,"rows_kept":124,"cut":false,"hidden":false,"merged":[]}
["Life Cycle Impacts (assumptions based on expert knowledge, can be improved beyond the Beta version)"]
[]
[]
[]
[]
[]
[null,null,null,"Climate change (kg CO2 eq)","Eutrophication (kg P eq)","Eutrophication (kg N eq)","Land use (Points)","Water scarcity footprint (m3-eq)"]
["Food type","Life cycle stage","Combined name","Climate change (IPCC 2013, 100y) (kg CO2 eq)","Eutrophication freshwater (kg P eq)","Eutrophication marine (kg N eq)","Land use (Pt)","Water scarcity footprint (m3-eq)","tkm/kg of FLW","kWh/kg of FLW","Note: The following assumptions are based on PEF guidance and can vary greatly."]
["CEREAL","Post-harvest handling and storage",{"$f":"A9&\", \"&B9","v":"CEREAL, Post-harvest handling and storage"},{"$f":"AVERAGE(D10:D12)","v":5.6250000000000007E-3},{"$f":"AVERAGE(E10:E12)","v":0},0,0,0]
["maize","Post-harvest handling and storage","maize, Post-harvest handling and storage",{"$f":"$J10*D$123+D$124*$I10","v":5.6249999999999998E-3},{"$f":"$J10*E$123+E$124*$I10","v":0},0,0,0,null,{"$f":"30*0.001*1/4","v":7.4999999999999997E-3},"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["rice","Post-harvest handling and storage","rice, Post-harvest handling and storage",5.6249999999999998E-3,0,0,0,0,null,{"$f":"30*0.001*1/4","v":7.4999999999999997E-3},"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["wheat","Post-harvest handling and storage","wheat, Post-harvest handling and storage",5.6249999999999998E-3,0,0,0,0,null,7.4999999999999997E-3,"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["DAIRY","Post-harvest handling and storage","DAIRY, Post-harvest handling and storage",{"$f":"AVERAGE(D14:D16)","v":1.3125000000000003E-2},{"$f":"AVERAGE(E14:E16)","v":0},0,0,0]
["cheese","Post-harvest handling and storage","cheese, Post-harvest handling and storage",{"$f":"$J14*D$123+D$124*$I14","v":1.3125000000000001E-2},0,0,0,0,null,{"$f":"70*0.001*1/4","v":1.7500000000000002E-2},"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["milk","Post-harvest handling and storage","milk, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,{"$f":"70*0.001*1/4","v":1.7500000000000002E-2},"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["yogurt","Post-harvest handling and storage","yogurt, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,1.7500000000000002E-2,"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["FRUIT & VEGETABLE","Post-harvest handling and storage","FRUIT & VEGETABLE, Post-harvest handling and storage",{"$f":"AVERAGE(D18:D24)","v":1.3125E-2},{"$f":"AVERAGE(E18:E24)","v":0},{"$f":"AVERAGE(F18:F24)","v":0},{"$f":"AVERAGE(G18:G24)","v":0},{"$f":"AVERAGE(H18:H24)","v":0}]
["apple","Post-harvest handling and storage","apple, Post-harvest handling and storage",{"$f":"$J18*D$123+D$124*$I18","v":1.3125000000000001E-2},0,0,0,0,null,{"$f":"70*0.001*1/4","v":1.7500000000000002E-2},"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["banana","Post-harvest handling and storage","banana, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,{"$f":"70*0.001*1/4","v":1.7500000000000002E-2},"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["carrot","Post-harvest handling and storage","carrot, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,1.7500000000000002E-2,"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["grape","Post-harvest handling and storage","grape, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,1.7500000000000002E-2,"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["lettuce","Post-harvest handling and storage","lettuce, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,1.7500000000000002E-2,"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["spinach","Post-harvest handling and storage","spinach, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,1.7500000000000002E-2,"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["tomato","Post-harvest handling and storage","tomato, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,1.7500000000000002E-2,"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["MEAT","Post-harvest handling and storage","MEAT, Post-harvest handling and storage",{"$f":"AVERAGE(D26:D28)","v":1.3125000000000003E-2},{"$f":"AVERAGE(E26:E28)","v":0},0,0,0]
["beef","Post-harvest handling and storage","beef, Post-harvest handling and storage",{"$f":"$J26*D$123+D$124*$I26","v":1.3125000000000001E-2},0,0,0,0,null,{"$f":"70*0.001*1/4","v":1.7500000000000002E-2},"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["pork","Post-harvest handling and storage","pork, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,{"$f":"70*0.001*1/4","v":1.7500000000000002E-2},"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["poultry","Post-harvest handling and storage","poultry, Post-harvest handling and storage",1.3125000000000001E-2,0,0,0,0,null,1.7500000000000002E-2,"Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
["PULSES & OILSEEDS","Post-harvest handling and storage","PULSES & OILSEEDS, Post-harvest handling and storage",5.6249999999999998E-3,0,0,0,0,null,{"$f":"30*0.001*1/4","v":7.4999999999999997E-3},"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["soy bean","Post-harvest handling and storage","soy bean, Post-harvest handling and storage",5.6249999999999998E-3,0,0,0,0,null,{"$f":"30*0.001*1/4","v":7.4999999999999997E-3},"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["ROOTS & TUBERS","Post-harvest handling and storage","ROOTS & TUBERS, Post-harvest handling and storage",{"$f":"AVERAGE(D32:D32)","v":5.6249999999999998E-3},{"$f":"AVERAGE(E32:E32)","v":0},{"$f":"AVERAGE(F32:F32)","v":0},{"$f":"AVERAGE(G32:G32)","v":0},{"$f":"AVERAGE(H32:H32)","v":0}]
["potato","Post-harvest handling and storage","potato, Post-harvest handling and storage",{"$f":"$J32*D$123+D$124*$I32","v":5.6249999999999998E-3},0,0,0,0,null,{"$f":"30*0.001*1/4","v":7.4999999999999997E-3},"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["Other","Post-harvest handling and storage","Other, Post-harvest handling and storage",5.6249999999999998E-3,0,0,0,0,null,{"$f":"30*0.001*1/4","v":7.4999999999999997E-3},"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["palm oil","Post-harvest handling and storage","palm oil, Post-harvest handling and storage",5.6249999999999998E-3,0,0,0,0,null,7.4999999999999997E-3,"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["sugar cane","Post-harvest handling and storage","sugar cane, Post-harvest handling and storage",5.6249999999999998E-3,0,0,0,0,null,7.4999999999999997E-3,"Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
["CEREAL","Processing and packaging","CEREAL, Processing and packaging",{"$f":"AVERAGE(D37:D39)","v":0.625},{"$f":"AVERAGE(E37:E39)","v":0},0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["maize","Processing and packaging","maize, Processing and packaging",{"$f":"$J37*D$123+D$124*$I37","v":0.625},{"$f":"$J37*E$123+E$124*$I37","v":0},0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["rice","Processing and packaging","rice, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["wheat","Processing and packaging","wheat, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["DAIRY","Processing and packaging","DAIRY, Processing and packaging",{"$f":"AVERAGE(D41:D43)","v":0.625},{"$f":"AVERAGE(E41:E43)","v":0},0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["cheese","Processing and packaging","cheese, Processing and packaging",{"$f":"$J41*D$123+D$124*$I41","v":0.625},0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["milk","Processing and packaging","milk, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["yogurt","Processing and packaging","yogurt, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["FRUIT & VEGETABLE","Processing and packaging","FRUIT & VEGETABLE, Processing and packaging",{"$f":"AVERAGE(D45:D51)","v":0.25},{"$f":"AVERAGE(E45:E51)","v":0},{"$f":"AVERAGE(F45:F51)","v":0},{"$f":"AVERAGE(G45:G51)","v":0},{"$f":"AVERAGE(H45:H51)","v":0},1,null,"Assuming 1 kg transported for 1000 km and no processing energy"]
["apple","Processing and packaging","apple, Processing and packaging",{"$f":"$J45*D$123+D$124*$I45","v":0.25},0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km and no processing energy"]
["banana","Processing and packaging","banana, Processing and packaging",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km and no processing energy"]
["carrot","Processing and packaging","carrot, Processing and packaging",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km and no processing energy"]
["grape","Processing and packaging","grape, Processing and packaging",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km and no processing energy"]
["lettuce","Processing and packaging","lettuce, Processing and packaging",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km and no processing energy"]
["spinach","Processing and packaging","spinach, Processing and packaging",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km and no processing energy"]
["tomato","Processing and packaging","tomato, Processing and packaging",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km and no processing energy"]
["MEAT","Processing and packaging","MEAT, Processing and packaging",{"$f":"AVERAGE(D53:D55)","v":0.625},{"$f":"AVERAGE(E53:E55)","v":0},0,0,0,1," "]
["beef","Processing and packaging","beef, Processing and packaging",{"$f":"$J53*D$123+D$124*$I53","v":0.625},0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["pork","Processing and packaging","pork, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["poultry","Processing and packaging","poultry, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["PULSES & OILSEEDS","Processing and packaging","PULSES & OILSEEDS, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["soy bean","Processing and packaging","soy bean, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["ROOTS & TUBERS","Processing and packaging","ROOTS & TUBERS, Processing and packaging",{"$f":"AVERAGE(D59:D59)","v":0.25},{"$f":"AVERAGE(E59:E59)","v":0},{"$f":"AVERAGE(F59:F59)","v":0},{"$f":"AVERAGE(G59:G59)","v":0},{"$f":"AVERAGE(H59:H59)","v":0},1]
["potato","Processing and packaging","potato, Processing and packaging",{"$f":"$J59*D$123+D$124*$I59","v":0.25},0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km and no processing"]
["Other","Processing and packaging","Other, Processing and packaging",0.25,0,0,0,0,1]
["palm oil","Processing and packaging","palm oil, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["sugar cane","Processing and packaging","sugar cane, Processing and packaging",0.625,0,0,0,0,1,0.5,"Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
["CEREAL","Distribution","CEREAL, Distribution",{"$f":"AVERAGE(D64:D66)","v":0.25},{"$f":"AVERAGE(E64:E66)","v":0},0,0,0]
["maize","Distribution","maize, Distribution",{"$f":"$J64*D$123+D$124*$I64","v":0.25},0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["rice","Distribution","rice, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["wheat","Distribution","wheat, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["DAIRY","Distribution","DAIRY, Distribution",{"$f":"AVERAGE(D68:D70)","v":0.25},{"$f":"AVERAGE(E68:E70)","v":0},0,0,0]
["cheese","Distribution","cheese, Distribution",{"$f":"$J68*D$123+D$124*$I68","v":0.25},0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["milk","Distribution","milk, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["yogurt","Distribution","yogurt, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["FRUIT & VEGETABLE","Distribution","FRUIT & VEGETABLE, Distribution",{"$f":"AVERAGE(D72:D78)","v":0.25},{"$f":"AVERAGE(E72:E78)","v":0},{"$f":"AVERAGE(F72:F78)","v":0},{"$f":"AVERAGE(G72:G78)","v":0},{"$f":"AVERAGE(H72:H78)","v":0}]
["apple","Distribution","apple, Distribution",{"$f":"$J72*D$123+D$124*$I72","v":0.25},0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["banana","Distribution",{"$f":"A73&\", \"&B73","v":"banana, Distribution"},0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["carrot","Distribution","carrot, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["grape","Distribution","grape, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["lettuce","Distribution","lettuce, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["spinach","Distribution","spinach, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["tomato","Distribution","tomato, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["MEAT","Distribution","MEAT, Distribution",{"$f":"AVERAGE(D80:D82)","v":0.25},{"$f":"AVERAGE(E80:E82)","v":0},0,0,0]
["beef","Distribution","beef, Distribution",{"$f":"$J80*D$123+D$124*$I80","v":0.25},0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["pork","Distribution","pork, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["poultry","Distribution","poultry, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["PULSES & OILSEEDS","Distribution","PULSES & OILSEEDS, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["soy bean","Distribution","soy bean, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["ROOTS & TUBERS","Distribution","ROOTS & TUBERS, Distribution",{"$f":"AVERAGE(D86:D86)","v":0.25},{"$f":"AVERAGE(E86:E86)","v":0},{"$f":"AVERAGE(F86:F86)","v":0},{"$f":"AVERAGE(G86:G86)","v":0},{"$f":"AVERAGE(H86:H86)","v":0}]
["potato","Distribution","potato, Distribution",{"$f":"$J86*D$123+D$124*$I86","v":0.25},0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["Other","Distribution","Other, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["palm oil","Distribution","palm oil, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["sugar cane","Distribution","sugar cane, Distribution",0.25,0,0,0,0,1,null,"Assuming 1 kg transported for 1000 km"]
["CEREAL","Consumption","CEREAL, Consumption",{"$f":"AVERAGE(D91:D93)","v":0.75},{"$f":"AVERAGE(E91:E93)","v":0},0,0,0]
["maize","Consumption","maize, Consumption",{"$f":"$J91*D$123+D$124*$I91","v":0.75},0,0,0,0,null,{"$f":"20*0.05","v":1},"Assuming 20 min of cooking (0.05 kWh per minute of cooking) and storage at ambient temperature"]
["rice","Consumption","rice, Consumption",0.75,0,0,0,0,null,{"$f":"20*0.05","v":1},"Assuming 20 min of cooking (0.05 kWh per minute of cooking) and storage at ambient temperature"]
["wheat","Consumption","wheat, Consumption",0.75,0,0,0,0,null,1,"Assuming 20 min of cooking (0.05 kWh per minute of cooking) and storage at ambient temperature"]
["DAIRY","Consumption","DAIRY, Consumption",{"$f":"AVERAGE(D95:D97)","v":2.7750000000000001E-3},{"$f":"AVERAGE(E95:E97)","v":0},0,0,0]
["cheese","Consumption","cheese, Consumption",{"$f":"$J95*D$123+D$124*$I95","v":2.7750000000000001E-3},0,0,0,0,null,{"$f":"0.0037","v":3.7000000000000002E-3},"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["milk","Consumption","milk, Consumption",2.7750000000000001E-3,0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["yogurt","Consumption","yogurt, Consumption",2.7750000000000001E-3,0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["FRUIT & VEGETABLE","Consumption","FRUIT & VEGETABLE, Consumption",{"$f":"AVERAGE(D99:D105)","v":2.7750000000000001E-3},{"$f":"AVERAGE(E99:E105)","v":0},{"$f":"AVERAGE(F99:F105)","v":0},{"$f":"AVERAGE(G99:G105)","v":0},{"$f":"AVERAGE(H99:H105)","v":0}]
["apple","Consumption","apple, Consumption",{"$f":"$J99*D$123+D$124*$I99","v":2.7750000000000001E-3},0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["banana","Consumption","banana, Consumption",2.7750000000000001E-3,0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["carrot","Consumption","carrot, Consumption",2.7750000000000001E-3,0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["grape","Consumption","grape, Consumption",2.7750000000000001E-3,0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["lettuce","Consumption","lettuce, Consumption",2.7750000000000001E-3,0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["spinach","Consumption","spinach, Consumption",2.7750000000000001E-3,0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["tomato","Consumption","tomato, Consumption",2.7750000000000001E-3,0,0,0,0,null,3.7000000000000002E-3,"Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
["MEAT","Consumption","MEAT, Consumption",{"$f":"AVERAGE(D107:D109)","v":0.75277500000000008},{"$f":"AVERAGE(E107:E109)","v":0},0,0,0]
["beef","Consumption","beef, Consumption",{"$f":"$J107*D$123+D$124*$I107","v":0.75277499999999997},0,0,0,0,null,{"$f":"0.0037+20*0.05","v":1.0037},"Assuming 0.0037 kWh/L or kg of chilled storage at home and 20 min cooking with 0.05 kWhper minute cooking"]
["pork","Consumption","pork, Consumption",0.75277499999999997,0,0,0,0,null,{"$f":"0.0037+20*0.05","v":1.0037},"Assuming 0.0037 kWh/L or kg of chilled storage at home and 20 min cooking with 0.05 kWhper minute cooking"]
["poultry","Consumption","poultry, Consumption",0.75277499999999997,0,0,0,0,null,1.0037,"Assuming 0.0037 kWh/L or kg of chilled storage at home and 20 min cooking with 0.05 kWhper minute cooking"]
["PULSES & OILSEEDS","Consumption","PULSES & OILSEEDS, Consumption",{"$f":"$J111*D$123+D$124*$I111","v":0.75},0,0,0,0]
["soy bean","Consumption","soy bean, Consumption",{"$f":"$J111*D$123+D$124*$I111","v":0.75},0,0,0,0,null,{"$f":"20*0.05","v":1},"Assuming 20 min of cooking (0.05 kWh per minute of cooking) and storage at ambient temperature"]
["ROOTS & TUBERS","Consumption","ROOTS & TUBERS, Consumption",{"$f":"AVERAGE(D113:D113)","v":0.75},{"$f":"AVERAGE(E113:E113)","v":0},{"$f":"AVERAGE(F113:F113)","v":0},{"$f":"AVERAGE(G113:G113)","v":0},{"$f":"AVERAGE(H113:H113)","v":0}]
["potato","Consumption","potato, Consumption",{"$f":"$J113*D$123+D$124*$I113","v":0.75},0,0,0,0,null,{"$f":"20*0.05","v":1},"Assuming 20 min of cooking (0.05 kWh per minute of cooking) and storage at ambient temperature"]
["Other","Consumption","Other, Consumption",0.75,0,0,0,0,null,{"$f":"20*0.05","v":1},"Assuming 20 min of cooking (0.05 kWh per minute of cooking) and storage at ambient temperature"]
["palm oil","Consumption","palm oil, Consumption",0,0,0,0,0,null,0,"Assuming stored at ambient temperature and consumed raw"]
["sugar cane","Consumption","sugar cane, Consumption",0,0,0,0,0,null,0,"Assuming stored at ambient temperature and consumed raw"]
[]
[]
[]
[]
[null,null,null,"Reference values estimated from ecoinvent 3.3"]
[null,null,"Estimated impacts per","Climate change kg CO2-eq/kwh"]
[null,null,"kWh (electricity)",0.75]
[null,null,"tkm (chilled lorry)",0.25]

{"sheet":"C5. Destination impact data","index":11,"n_rows":281,"n_cols":17,"rows_kept":281,"cut":false,"hidden":false,"merged":[]}
["Destination impacts (assumptions based on expert knowledge, can be improved beyond the Beta version)"]
["Table of values and assumptions used for destination impacts. These values are calculated based on a screening approach using expert judgement, further work would be required to improve these values."]
[null,null,null,null,null,null,null,null,null,null,null,"Climate change (kg CO2 eq)","Eutrophication (kg P eq)","Eutrophication (kg N eq)","Land use (Points)","Water scarcity footprint (m3-eq)","<-NAMES USED FOR INDEXING TABLE"]
["Food type","Destination","Combined name",null,"Replacement ratio for animal feed",null,null,"Assumption"]
["CEREAL","Animal feed",{"$f":"A5&\", \"&B5","v":"CEREAL, Animal feed"},null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A5,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.27614871654334516},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,{"$f":"-1*B$275*$E5*$A$280","v":-0.59966206329405314},{"$f":"-1*C$275*$E5*$A$280","v":-8.2616838394554068E-5},{"$f":"-1*D$275*$E5*$A$280","v":-2.3892166482038946E-3},{"$f":"-1*E$275*$E5*$A$280","v":-75.495669046250171},{"$f":"-1*$F$275*$E5*$A$280","v":-2.2471162179957978E-2},"<-don't drop down formula"]
["maize","Animal feed","maize, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A6,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.25815291860783773},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-0.56058385407508904,-7.7232942541518299E-5,-2.2335184412253409E-3,-70.575838810685738,{"$f":"-1*$F$275*$E6*$A$280","v":-2.1006782772266374E-2}]
["rice","Animal feed","rice, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A7,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.19539599890380924},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-0.42430603816936147,-5.8457630607327546E-5,-1.6905505823711976E-3,-53.418867380062558,-1.5900038340367222E-2]
["wheat","Animal feed","wheat, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A8,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.37489723211838855},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-0.81409629763770897,-1.1215994203481637E-4,-3.243580921015145E-3,-102.49230094800221,-3.0506665427240339E-2]
["DAIRY","Animal feed","DAIRY, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A9,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.3299534118936695},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-0.71649995786242815,-9.8713867112513846E-5,-2.8547305766829199E-3,-90.205212237861616,-2.6849433607015624E-2]
["cheese","Animal feed","cheese, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A10,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.75363113181693608},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-1.6365239901342834,-2.2546771973373176E-4,-6.5203563836196262E-3,-206.03349971272374,-6.1325533570841334E-2]
["milk","Animal feed","milk, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A11,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":9.2354069608111808E-2},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-0.20054857624554676,-2.7630044200097309E-5,-7.9904003682902333E-4,-25.248468873886512,-7.5151653866812832E-3]
["yogurt","Animal feed","yogurt, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A12,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.14387503425596052},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-0.3124273072074541,-4.304383740371242E-5,-1.2447953096001102E-3,-39.333668126974537,-1.1707601863524252E-2]
["FRUIT & VEGETABLE","Animal feed","FRUIT & VEGETABLE, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A13,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":2.3933497761943912E-2},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-5.1972034595779676E-2,-7.1603081903318456E-6,-2.0707071181919301E-4,-6.5431244757252891,-1.9475502782497489E-3]
["apple","Animal feed","apple, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A14,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":7.1252397917237597E-3},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-1.5472590452178681E-2,-2.131694804755282E-6,-6.1647005808767368E-5,-1.9479530881930245,-5.7980504466977262E-4]
["banana","Animal feed","banana, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A15,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":2.9871197588380378E-2},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-6.4865859972595238E-2,-8.9367205276279139E-6,-2.5844321665983246E-4,-8.1664187158861434,-2.4307211488078929E-3]
["carrot","Animal feed","carrot, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A16,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":2.5486434639627294E-2},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-5.5344265848177587E-2,-7.6249083400862023E-6,-2.2050659770059099E-4,-6.9676783539212046,-2.0739180443957251E-3]
["grape","Animal feed","grape, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A17,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":1.9731433269388872E-2},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-4.2847173559879423E-2,-5.9031548439377039E-6,-1.7071478531658659E-4,-5.3943316288422221,-1.6056139698547548E-3]
["lettuce","Animal feed","lettuce, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A18,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":3.7270485064401206E-2},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-8.0933550057550027E-2,-1.1150403594104553E-5,-3.2246126115355241E-4,-10.189293076701976,-3.0328263875034258E-3]
["tomato","Animal feed","tomato, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A19,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":2.4116196218141955E-2},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-5.2368767684297074E-2,-7.2149670314794155E-6,-2.0865140427582803E-4,-6.5930719908071609,-1.9624170742669226E-3]
["MEAT","Animal feed","MEAT, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A20,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.47099662007856025},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-1.0227779021978625,-1.4091049247843889E-4,-4.0750251532051867E-3,-128.7646938810671,-3.832660013227368E-2]
["beef","Animal feed","beef, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A21,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.3932584269662921},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-0.85396797303370797,-1.1765315557014729E-4,-3.4024405129069683E-3,-107.51202621373039,-3.2000778426966296E-2]
["pork","Animal feed","pork, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A22,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.46259249109345019},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-1.0045281801260619,-1.3839618578565061E-4,-4.0023133001999738E-3,-126.46710818730097,-3.7642727515483691E-2]
["poultry","Animal feed","poultry, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$F$4:$F$29,MATCH(A23,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!$F$24","v":0.55713894217593851},null,null,"impact offset (all categories): assumed replaces soybean (feed quality) for pig feed according to protein ratio (as proxy for amino acids) ; 20% loss assumed as an efficiency adjustment",null,null,null,-1.2098375534338173,-1.6668213607951878E-4,-4.8203216465086173E-3,-152.31494724216995,-4.5336294454371054E-2]
["PULSES & OILSEEDS","Animal feed","PULSES & OILSEEDS, Animal feed",null,1,null,null,"impact offset (all categories): assumed pulses and oilseeds can replace soybean feed; 20% loss assumed as an efficiency adjustment",null,null,null,-2.1715185600000004,-2.9917516702123175E-4,-8.6519201613920061E-3,-273.38772380062875,{"$f":"-1*$F$275*$E24*$A$280","v":-8.1373408000000008E-2}]
["soy bean","Animal feed","soy bean, Animal feed",null,1,null,null,"impact offset (all categories): assumed pulses and oilseeds can replace soybean feed; 20% loss assumed as an efficiency adjustment",null,null,null,-2.1715185600000004,-2.9917516702123175E-4,-8.6519201613920061E-3,-273.38772380062875,{"$f":"-1*$F$275*$E25*$A$280","v":-8.1373408000000008E-2}]
["ROOTS & TUBERS","Animal feed","ROOTS & TUBERS, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$E$4:$E$29,MATCH(A26,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!E5","v":0.21095890410958903},null,null,"impact offset (all categories): assumed replace maize according to calorie ratio;  20% loss assumed as an efficiency adjustment",null,null,null,{"$f":"-1*B$274*$E26*$A$280","v":-0.12151232876712328},-4.8942465753424658E-5,-6.7506849315068492E-4,-15.627835616438356,{"$f":"-1*$F$274*$E26*$A$280","v":-1.2014093218630137}]
["potato","Animal feed","potato, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$E$4:$E$29,MATCH(A27,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!E6","v":0.21095890410958903},null,null,"impact offset (all categories): assumed replace maize according to calorie ratio: 20% loss assumed as an efficiency adjustment",null,null,null,-0.12151232876712328,-4.8942465753424658E-5,-6.7506849315068492E-4,-15.627835616438356,{"$f":"-1*$F$274*$E27*$A$280","v":-1.2014093218630137}]
["Other","Animal feed","Other, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$E$4:$E$29,MATCH(A28,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!E7","v":1.8746312684365782},null,null,"impact offset (all categories): assumed replace maize according to calorie ratio",null,null,null,{"$f":"-1*B$274*$E28*$A$281","v":-0.67486725663716818},-2.7182153392330384E-4,-3.7492625368731563E-3,-86.795427728613561,-10.676010526607669]
["palm oil","Animal feed","palm oil, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$E$4:$E$29,MATCH(A29,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!E8","v":6.8883116883116875},null,null,"impact offset (all categories): assumed replace maize according to calorie ratio ; 50% efficiency loss due to oil causing digestive problems in animals, therefore likely to be subjected to more distribution/storage etc.",null,null,null,-2.4797922077922072,-9.9880519480519472E-4,-1.3776623376623375E-2,-318.9288311688311,-39.228881611636361]
["sugar cane","Animal feed","sugar cane, Animal feed",null,{"$f":"INDEX('C2. Nutrition data'!$E$4:$E$29,MATCH(A30,'C2. Nutrition data'!$B$4:$B$29,0))/'C2. Nutrition data'!E9","v":1.3821428571428571},null,null,"impact offset (all categories): assumed replace maize according to calorie ratio; 20% loss assumed as an efficiency adjustment",null,null,null,{"$f":"-1*B$274*$E30*$A$280","v":-0.79611428571428577},{"$f":"-1*C$274*$E30*$A$280","v":-3.2065714285714285E-4},{"$f":"-1*D$274*$E30*$A$280","v":-4.4228571428571433E-3},{"$f":"-1*E$274*$E30*$A$280","v":-102.38914285714286},-7.8712928460000002]
["Food type","Destination","Combined name","Fraction water weight",null,null,null,"Assumption"]
["CEREAL","Bio-based materials/biochemical processing","CEREAL, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A32,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10976666666666667},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter from FLW replaces 1 kg of corn feedstock",null,null,null,{"$f":"-1*(1-$D32)*B$274*$A$280","v":-0.51277439999999996},{"$f":"-1*(1-$D32)*C$274*$A$280","v":-2.0653413333333333E-4},-2.8487466666666668E-3,-65.948485333333323,{"$f":"-1*(1-$D32)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["maize","Bio-based materials/biochemical processing","maize, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A33,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10369999999999999},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter from FLW replaces 1 kg of corn feedstock",null,null,null,{"$f":"-1*(1-$D33)*B$274*$A$280","v":-0.51626880000000008},{"$f":"-1*(1-$D33)*C$274*$A$280","v":-2.0794160000000002E-4},{"$f":"-1*(1-$D33)*D$274*$A$280","v":-2.8681600000000002E-3},{"$f":"-1*(1-$D33)*E$274*$A$280","v":-66.397903999999997},{"$f":"-1*(1-$D33)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["rice","Bio-based materials/biochemical processing","rice, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A34,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1162},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter from FLW replaces 1 kg of corn feedstock",null,null,null,-0.50906879999999999,-2.0504160000000003E-4,-2.8281600000000001E-3,-65.471903999999995,{"$f":"-1*(1-$D34)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["wheat","Bio-based materials/biochemical processing","wheat, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A35,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1094},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter from FLW replaces 1 kg of corn feedstock",null,null,null,-0.51298560000000004,-2.0661920000000002E-4,-2.8499200000000006E-3,-65.975648000000007,{"$f":"-1*(1-$D35)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["DAIRY","Bio-based materials/biochemical processing","DAIRY, Bio-based materials/biochemical processing",{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,"Not used for bio-based materials",null,null,null,{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"-1*(1-$D36)*#REF!*$A$280","v":{"$error":"#N/A"}}]
["cheese","Bio-based materials/biochemical processing","cheese, Bio-based materials/biochemical processing",{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,"Not used for bio-based materials",null,null,null,{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"-1*(1-$D37)*#REF!*$A$280","v":{"$error":"#N/A"}}]
["milk","Bio-based materials/biochemical processing","milk, Bio-based materials/biochemical processing",{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,"Not used for bio-based materials",null,null,null,{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"-1*(1-$D38)*#REF!*$A$280","v":{"$error":"#N/A"}}]
["yogurt","Bio-based materials/biochemical processing","yogurt, Bio-based materials/biochemical processing",{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,"Not used for bio-based materials",null,null,null,{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"-1*(1-$D39)*#REF!*$A$280","v":{"$error":"#N/A"}}]
["FRUIT & VEGETABLE","Bio-based materials/biochemical processing","FRUIT & VEGETABLE, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A40,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.86466666666666681},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-7.7951999999999924E-2,-3.1397333333333298E-5,-4.3306666666666628E-4,-10.025493333333323,{"$f":"-1*(1-$D40)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["apple","Bio-based materials/biochemical processing","apple, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A41,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.85560000000000003},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-8.3174399999999982E-2,-3.3500799999999996E-5,-4.6207999999999997E-4,-10.697151999999997,{"$f":"-1*(1-$D41)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["banana","Bio-based materials/biochemical processing","banana, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A42,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74909999999999999},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.14451840000000002,-5.8208800000000004E-5,-8.0288000000000017E-4,-18.586672,{"$f":"-1*(1-$D42)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["carrot","Bio-based materials/biochemical processing","carrot, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A43,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.88290000000000002},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-6.7449599999999985E-2,-2.71672E-5,-3.7471999999999999E-4,-8.6747679999999985,{"$f":"-1*(1-$D43)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["grape","Bio-based materials/biochemical processing","grape, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A44,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.80540000000000012},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.11208959999999993,-4.514719999999998E-5,-6.2271999999999968E-4,-14.415967999999991,{"$f":"-1*(1-$D44)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["lettuce","Bio-based materials/biochemical processing","lettuce, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A45,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94980000000000009},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-2.8915199999999947E-2,-1.1646399999999981E-5,-1.6063999999999974E-4,-3.7188159999999932,{"$f":"-1*(1-$D45)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["tomato","Bio-based materials/biochemical processing","tomato, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A46,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94519999999999993},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-3.1564800000000039E-2,-1.2713600000000017E-5,-1.7536000000000025E-4,-4.0595840000000054,{"$f":"-1*(1-$D46)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["MEAT","Bio-based materials/biochemical processing","MEAT, Bio-based materials/biochemical processing",{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,"Not used for bio-based materials",null,null,null,{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"-1*(1-$D47)*#REF!*$A$280","v":{"$error":"#N/A"}}]
["beef","Bio-based materials/biochemical processing","beef, Bio-based materials/biochemical processing",{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,"Not used for bio-based materials",null,null,null,{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"-1*(1-$D48)*#REF!*$A$280","v":{"$error":"#N/A"}}]
["pork","Bio-based materials/biochemical processing","pork, Bio-based materials/biochemical processing",{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,"Not used for bio-based materials",null,null,null,{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"-1*(1-$D49)*#REF!*$A$280","v":{"$error":"#N/A"}}]
["poultry","Bio-based materials/biochemical processing","poultry, Bio-based materials/biochemical processing",{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,"Not used for bio-based materials",null,null,null,{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"-1*(1-$D50)*#REF!*$A$280","v":{"$error":"#N/A"}}]
["PULSES & OILSEEDS","Bio-based materials/biochemical processing","PULSES & OILSEEDS, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A51,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.52680959999999999,-2.1218720000000001E-4,-2.9267200000000003E-3,-67.753568000000001,{"$f":"-1*(1-$D51)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["soy bean","Bio-based materials/biochemical processing","soy bean, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A52,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.52680959999999999,-2.1218720000000001E-4,-2.9267200000000003E-3,-67.753568000000001,{"$f":"-1*(1-$D52)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["ROOTS & TUBERS","Bio-based materials/biochemical processing","ROOTS & TUBERS, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A53,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.11952000000000002,-4.814000000000001E-5,-6.6400000000000009E-4,-15.371600000000001,{"$f":"-1*(1-$D53)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["potato","Bio-based materials/biochemical processing","potato, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A54,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.11952000000000002,-4.814000000000001E-5,-6.6400000000000009E-4,-15.371600000000001,{"$f":"-1*(1-$D54)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["Other","Bio-based materials/biochemical processing","Other, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A55,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":1E-4},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.57594240000000008,-2.319768E-4,-3.1996799999999999E-3,-74.072592,{"$f":"-1*(1-$D55)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["palm oil","Bio-based materials/biochemical processing","palm oil, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A56,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.57599999999999996,-2.32E-4,-3.2000000000000002E-3,-74.08,{"$f":"-1*(1-$D56)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["sugar cane","Bio-based materials/biochemical processing","sugar cane, Bio-based materials/biochemical processing",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A57,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":2.0000000000000001E-4},null,null,null,"impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of corn",null,null,null,-0.57588479999999997,-2.3195360000000001E-4,-3.1993600000000005E-3,-74.065184000000002,{"$f":"-1*(1-$D57)*#REF!*$A$280","v":{"$error":"#REF!"}}]
["Food type","Destination","Combined name","Fraction water weight","g CH4/kg waste","g N2O/kg waste","kg CO2-eq","Assumption"]
["CEREAL","Codigestion/anaerobic digestion","CEREAL, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A59,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10976666666666667},2,0,{"$f":"(1-D59)*(((E59*kgCO2_GWP_CH4+F59*kgCO2_GWP_N2O)/g_kg)+kgCO2_kgFLW_infrastructure-kgCO2_kgFLW_CH4burn-kgCO2_kgFLW_digestate_fertiliser_offset-kgCO2_kgFLW_digestate_fertiliser_carbon_storage-kgCO2_kgFLW_organicfert_longterm_productivitygain)","v":-0.27597233333333332},"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,{"$f":"G59","v":-0.27597233333333332}]
["maize","Codigestion/anaerobic digestion","maize, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A60,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10369999999999999},2,0,-0.27785300000000002,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,{"$f":"G60","v":-0.27785300000000002}]
["rice","Codigestion/anaerobic digestion","rice, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A61,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1162},2,0,-0.273978,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.273978]
["wheat","Codigestion/anaerobic digestion","wheat, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A62,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1094},2,0,-0.276086,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.276086]
["DAIRY","Codigestion/anaerobic digestion","DAIRY, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A63,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74963333333333326},2,0,-7.7613666666666692E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-7.7613666666666692E-2]
["cheese","Codigestion/anaerobic digestion","cheese, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A64,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.499},2,0,-0.15531,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.15531]
["milk","Codigestion/anaerobic digestion","milk, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A65,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8992},0.8,0,-3.5360639999999999E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-3.5360639999999999E-2]
["yogurt","Codigestion/anaerobic digestion","yogurt, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A66,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8506999999999999},0.8,0,-5.2374440000000036E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-5.2374440000000036E-2]
["FRUIT & VEGETABLE","Codigestion/anaerobic digestion","FRUIT & VEGETABLE, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A67,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.86466666666666681},0.8,0,-4.7474933333333282E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-4.7474933333333282E-2]
["apple","Codigestion/anaerobic digestion","apple, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A68,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.85560000000000003},0.8,0,-5.0655519999999989E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-5.0655519999999989E-2]
["banana","Codigestion/anaerobic digestion",{"$f":"A69&\", \"&B69","v":"banana, Codigestion/anaerobic digestion"},{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A69,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74909999999999999},0.8,0,-8.8015720000000006E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-8.8015720000000006E-2]
["carrot","Codigestion/anaerobic digestion","carrot, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A70,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.88290000000000002},0.8,0,-4.1078679999999992E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-4.1078679999999992E-2]
["grape","Codigestion/anaerobic digestion","grape, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A71,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.80540000000000012},0.8,0,-6.8265679999999954E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-6.8265679999999954E-2]
["lettuce","Codigestion/anaerobic digestion","lettuce, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A72,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94980000000000009},0.8,0,-1.7610159999999968E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-1.7610159999999968E-2]
["tomato","Codigestion/anaerobic digestion","tomato, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A73,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94519999999999993},0.8,0,-1.9223840000000023E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-1.9223840000000023E-2]
["MEAT","Codigestion/anaerobic digestion","MEAT, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A74,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.63433333333333342},2,0,-0.11335666666666665,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.11335666666666665]
["beef","Codigestion/anaerobic digestion","beef, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A75,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.54299999999999993},2,0,-0.14167000000000002,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.14167000000000002]
["pork","Codigestion/anaerobic digestion","pork, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A76,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.61060000000000003},2,0,-0.12071399999999999,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.12071399999999999]
["poultry","Codigestion/anaerobic digestion","poultry, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A77,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74939999999999996},2,0,-7.7686000000000019E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-7.7686000000000019E-2]
["PULSES & OILSEEDS","Codigestion/anaerobic digestion","PULSES & OILSEEDS, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A78,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},2,0,-0.283526,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.283526]
["soy bean","Codigestion/anaerobic digestion","soy bean, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A79,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},2,0,-0.283526,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.283526]
["ROOTS & TUBERS","Codigestion/anaerobic digestion","ROOTS & TUBERS, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A80,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},0.8,0,-7.2791000000000008E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-7.2791000000000008E-2]
["potato","Codigestion/anaerobic digestion","potato, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A81,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},0.8,0,-7.2791000000000008E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-7.2791000000000008E-2]
["Other","Codigestion/anaerobic digestion","Other, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A82,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":1E-4},2,0,-0.30996899999999999,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.30996899999999999]
["palm oil","Codigestion/anaerobic digestion","palm oil, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A83,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0},2,0,-0.31,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.31]
["sugar cane","Codigestion/anaerobic digestion","sugar cane, Codigestion/anaerobic digestion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A84,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":2.0000000000000001E-4},0.8,0,-0.35072984000000001,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 emission factors for anaerobic digestion, on a dry weight basis;  infrastructure and operation; energy credit; fertilizer offset (10% less matter than composting); long-term carbon storage credit (10% less matter than composting); productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; , Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,-0.35072984000000001]
["CEREAL","Composting/aerobic processes","CEREAL, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A85,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10976666666666667},10,0.6,{"$f":"(1-D85)*(((E85*kgCO2_GWP_CH4+F85*kgCO2_GWP_N2O)/g_kg)+kgCO2_kgFLW_infrastructure_compost-kgCO2_kgFLW_compost_fertiliser_offset-kgCO2_kgFLW_compost_fertiliser_carbon_storage-kgCO2_kgFLW_compost_longterm_productivitygain)","v":0.3719394866666666},"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.3719394866666666]
["maize","Composting/aerobic processes","maize, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A86,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10369999999999999},10,0.6,{"$f":"(1-D86)*(((E86*kgCO2_GWP_CH4+F86*kgCO2_GWP_N2O)/g_kg)+kgCO2_kgFLW_infrastructure_compost-kgCO2_kgFLW_compost_fertiliser_offset-kgCO2_kgFLW_compost_fertiliser_carbon_storage-kgCO2_kgFLW_compost_longterm_productivitygain)","v":0.37447413999999996},"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.37447413999999996]
["rice","Composting/aerobic processes","rice, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A87,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1162},10,0.6,0.36925163999999999,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.36925163999999999]
["wheat","Composting/aerobic processes","wheat, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A88,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1094},10,0.6,0.37209267999999995,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.37209267999999995]
["DAIRY","Composting/aerobic processes","DAIRY, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A89,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74963333333333326},10,0.6,0.10460319333333334,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.10460319333333334]
["cheese","Composting/aerobic processes","cheese, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A90,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.499},10,0.6,0.20931779999999997,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.20931779999999997]
["milk","Composting/aerobic processes","milk, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A91,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8992},10,0.6,4.2114239999999997E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,4.2114239999999997E-2]
["yogurt","Composting/aerobic processes","yogurt, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A92,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8506999999999999},10,0.6,6.2377540000000037E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,6.2377540000000037E-2]
["FRUIT & VEGETABLE","Composting/aerobic processes","FRUIT & VEGETABLE, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A93,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.86466666666666681},10,0.6,5.6542266666666605E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,5.6542266666666605E-2]
["apple","Composting/aerobic processes","apple, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A94,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.85560000000000003},10,0.6,6.0330319999999979E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,6.0330319999999979E-2]
["banana","Composting/aerobic processes","banana, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A95,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74909999999999999},10,0.6,0.10482601999999999,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.10482601999999999]
["carrot","Composting/aerobic processes","carrot, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A96,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.88290000000000002},10,0.6,4.892437999999999E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,4.892437999999999E-2]
["grape","Composting/aerobic processes","grape, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A97,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.80540000000000012},10,0.6,8.130387999999994E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,8.130387999999994E-2]
["lettuce","Composting/aerobic processes","lettuce, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A98,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94980000000000009},10,0.6,2.0973559999999961E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,2.0973559999999961E-2]
["tomato","Composting/aerobic processes","tomato, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A99,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94519999999999993},10,0.6,2.2895440000000027E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,2.2895440000000027E-2]
["MEAT","Composting/aerobic processes","MEAT, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A100,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.63433333333333342},10,0.6,0.15277553333333327,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.15277553333333327]
["beef","Composting/aerobic processes","beef, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A101,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.54299999999999993},10,0.6,0.19093460000000001,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.19093460000000001]
["pork","Composting/aerobic processes","pork, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A102,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.61060000000000003},10,0.6,0.16269131999999997,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.16269131999999997]
["poultry","Composting/aerobic processes","poultry, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A103,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74939999999999996},10,0.6,0.10470068,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.10470068]
["PULSES & OILSEEDS","Composting/aerobic processes","PULSES & OILSEEDS, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A104,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},10,0.6,0.38211987999999997,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.38211987999999997]
["soy bean","Composting/aerobic processes","soy bean, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A105,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},10,0.6,0.38211987999999997,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.38211987999999997]
["ROOTS & TUBERS","Composting/aerobic processes","ROOTS & TUBERS, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A106,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},10,0.6,8.6693499999999993E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,8.6693499999999993E-2]
["potato","Composting/aerobic processes","potato, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A107,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},10,0.6,8.6693499999999993E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,8.6693499999999993E-2]
["Other","Composting/aerobic processes","Other, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A108,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":1E-4},10,0.6,0.41775821999999996,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.41775821999999996]
["palm oil","Composting/aerobic processes","palm oil, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A109,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0},10,0.6,0.41779999999999995,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.41779999999999995]
["sugar cane","Composting/aerobic processes","sugar cane, Composting/aerobic processes",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A110,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":2.0000000000000001E-4},10,0.6,0.41771643999999997,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; infrastructure and operation; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.41771643999999997]
["CEREAL","Refuse/discards/litter","CEREAL, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A111,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10976666666666667},10,0.6,{"$f":"(1-D111)*((E111*kgCO2_GWP_CH4+F111*kgCO2_GWP_N2O)/g_kg)","v":0.46185305333333326},"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.46185305333333326]
["maize","Refuse/discards/litter","maize, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A112,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10369999999999999},10,0.6,0.4650004399999999,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.4650004399999999]
["rice","Refuse/discards/litter","rice, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A113,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1162},10,0.6,0.45851543999999994,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.45851543999999994]
["wheat","Refuse/discards/litter","wheat, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A114,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1094},10,0.6,0.46204327999999995,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.46204327999999995]
["DAIRY","Refuse/discards/litter","DAIRY, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A115,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74963333333333326},10,0.6,0.12989022666666669,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.12989022666666669]
["cheese","Refuse/discards/litter","cheese, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A116,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.499},10,0.6,0.25991879999999995,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.25991879999999995]
["milk","Refuse/discards/litter","milk, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A117,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8992},10,0.6,5.2295039999999994E-2,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,5.2295039999999994E-2]
["yogurt","Refuse/discards/litter","yogurt, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A118,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8506999999999999},10,0.6,7.7456840000000041E-2,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,7.7456840000000041E-2]
["FRUIT & VEGETABLE","Refuse/discards/litter","FRUIT & VEGETABLE, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A119,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.86466666666666681},10,0.6,7.0210933333333253E-2,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,7.0210933333333253E-2]
["apple","Refuse/discards/litter","apple, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A120,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.85560000000000003},10,0.6,7.4914719999999976E-2,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,7.4914719999999976E-2]
["banana","Refuse/discards/litter","banana, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A121,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74909999999999999},10,0.6,0.13016691999999999,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.13016691999999999]
["carrot","Refuse/discards/litter","carrot, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A122,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.88290000000000002},10,0.6,6.0751479999999983E-2,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,6.0751479999999983E-2]
["grape","Refuse/discards/litter","grape, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A123,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.80540000000000012},10,0.6,0.10095847999999992,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.10095847999999992]
["lettuce","Refuse/discards/litter","lettuce, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A124,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94980000000000009},10,0.6,2.6043759999999951E-2,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,2.6043759999999951E-2]
["tomato","Refuse/discards/litter","tomato, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A125,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94519999999999993},10,0.6,2.8430240000000034E-2,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,2.8430240000000034E-2]
["MEAT","Refuse/discards/litter","MEAT, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A126,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.63433333333333342},10,0.6,0.18970786666666659,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.18970786666666659]
["beef","Refuse/discards/litter","beef, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A127,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.54299999999999993},10,0.6,0.23709160000000001,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.23709160000000001]
["pork","Refuse/discards/litter","pork, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A128,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.61060000000000003},10,0.6,0.20202071999999996,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.20202071999999996]
["poultry","Refuse/discards/litter","poultry, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A129,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74939999999999996},10,0.6,0.13001128000000001,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.13001128000000001]
["PULSES & OILSEEDS","Refuse/discards/litter","PULSES & OILSEEDS, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A130,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},10,0.6,0.47449447999999994,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.47449447999999994]
["soy bean","Refuse/discards/litter","soy bean, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A131,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},10,0.6,0.47449447999999994,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.47449447999999994]
["ROOTS & TUBERS","Refuse/discards/litter","ROOTS & TUBERS, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A132,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},10,0.6,0.107651,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.107651]
["potato","Refuse/discards/litter","potato, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A133,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},10,0.6,0.107651,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.107651]
["Other","Refuse/discards/litter","Other, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A134,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":1E-4},10,0.6,0.51874811999999992,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.51874811999999992]
["palm oil","Refuse/discards/litter","palm oil, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A135,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0},10,0.6,0.51879999999999993,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.51879999999999993]
["sugar cane","Refuse/discards/litter","sugar cane, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A136,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":2.0000000000000001E-4},10,0.6,0.51869623999999992,"impact (carbon footprint): Tier I, IPCC 2006 CH4 & N2O emission factors for composting, on a dry weight basis",null,null,null,0.51869623999999992]
["CEREAL","Land application","CEREAL, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A137,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10976666666666667},10,0.6,{"$f":"(1-D137)*(((E137*kgCO2_GWP_CH4+F137*kgCO2_GWP_N2O)/g_kg)-kgCO2_kgFLW_compost_fertiliser_offset-kgCO2_kgFLW_compost_fertiliser_carbon_storage-kgCO2_kgFLW_compost_longterm_productivitygain)","v":0.35413481999999996},"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.35413481999999996]
["maize","Land application","maize, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A138,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10369999999999999},10,0.6,0.35654813999999996,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.35654813999999996]
["rice","Land application","rice, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A139,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1162},10,0.6,0.35157563999999997,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.35157563999999997]
["wheat","Land application","wheat, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A140,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1094},10,0.6,0.35428067999999996,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.35428067999999996]
["DAIRY","Land application","DAIRY, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A141,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74963333333333326},10,0.6,9.9595860000000008E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,9.9595860000000008E-2]
["cheese","Land application","cheese, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A142,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.499},10,0.6,0.19929779999999997,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.19929779999999997]
["milk","Land application","milk, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A143,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8992},10,0.6,4.0098239999999993E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,4.0098239999999993E-2]
["yogurt","Land application","yogurt, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A144,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8506999999999999},10,0.6,5.9391540000000027E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,5.9391540000000027E-2]
["FRUIT & VEGETABLE","Land application","FRUIT & VEGETABLE, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A145,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.86466666666666681},10,0.6,5.3835599999999935E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,5.3835599999999935E-2]
["apple","Land application","apple, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A146,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.85560000000000003},10,0.6,5.7442319999999977E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,5.7442319999999977E-2]
["banana","Land application","banana, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A147,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74909999999999999},10,0.6,9.9808019999999983E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,9.9808019999999983E-2]
["carrot","Land application","carrot, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A148,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.88290000000000002},10,0.6,4.6582379999999986E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,4.6582379999999986E-2]
["grape","Land application","grape, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A149,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.80540000000000012},10,0.6,7.7411879999999947E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,7.7411879999999947E-2]
["lettuce","Land application","lettuce, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A150,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94980000000000009},10,0.6,1.9969559999999963E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,{"$f":"G150","v":1.9969559999999963E-2}]
["tomato","Land application","tomato, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A151,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94519999999999993},10,0.6,2.1799440000000024E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,2.1799440000000024E-2]
["MEAT","Land application","MEAT, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A152,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.63433333333333342},10,0.6,0.14546219999999993,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.14546219999999993]
["beef","Land application","beef, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A153,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.54299999999999993},10,0.6,0.1817946,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.1817946]
["pork","Land application","pork, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A154,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.61060000000000003},10,0.6,0.15490331999999996,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.15490331999999996]
["poultry","Land application","poultry, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A155,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74939999999999996},10,0.6,9.9688680000000002E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,9.9688680000000002E-2]
["PULSES & OILSEEDS","Land application","PULSES & OILSEEDS, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A156,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},10,0.6,0.36382787999999994,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.36382787999999994]
["soy bean","Land application","soy bean, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A157,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},10,0.6,0.36382787999999994,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.36382787999999994]
["ROOTS & TUBERS","Land application","ROOTS & TUBERS, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A158,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},10,0.6,8.2543499999999992E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,8.2543499999999992E-2]
["potato","Land application",{"$f":"A159&\", \"&B159","v":"potato, Land application"},{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A159,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},10,0.6,8.2543499999999992E-2,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,8.2543499999999992E-2]
["Other","Land application","Other, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A160,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":1E-4},10,0.6,0.39776021999999994,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.39776021999999994]
["palm oil","Land application","palm oil, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A161,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0},10,0.6,0.39779999999999993,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.39779999999999993]
["sugar cane","Land application","sugar cane, Land application",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A162,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":2.0000000000000001E-4},10,0.6,0.39772043999999995,"impact and offset (carbon footprint): Tier I, IPCC 2006 CH4 and N2O emission factors for composting, on a dry weight basis; fertilizer offset; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf",null,null,null,0.39772043999999995]
["CEREAL","Not harvested/plowed in","CEREAL, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["maize","Not harvested/plowed in","maize, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["rice","Not harvested/plowed in","rice, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["wheat","Not harvested/plowed in","wheat, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["DAIRY","Not harvested/plowed in","DAIRY, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["cheese","Not harvested/plowed in","cheese, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["milk","Not harvested/plowed in","milk, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["yogurt","Not harvested/plowed in","yogurt, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["FRUIT & VEGETABLE","Not harvested/plowed in","FRUIT & VEGETABLE, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["apple","Not harvested/plowed in","apple, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["banana","Not harvested/plowed in","banana, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["carrot","Not harvested/plowed in","carrot, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["grape","Not harvested/plowed in","grape, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["lettuce","Not harvested/plowed in","lettuce, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["tomato","Not harvested/plowed in","tomato, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["MEAT","Not harvested/plowed in","MEAT, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["beef","Not harvested/plowed in","beef, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["pork","Not harvested/plowed in","pork, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["poultry","Not harvested/plowed in","poultry, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["PULSES & OILSEEDS","Not harvested/plowed in","PULSES & OILSEEDS, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["soy bean","Not harvested/plowed in","soy bean, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["ROOTS & TUBERS","Not harvested/plowed in","ROOTS & TUBERS, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["potato","Not harvested/plowed in","potato, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["Other","Not harvested/plowed in","Other, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["palm oil","Not harvested/plowed in","palm oil, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["sugar cane","Not harvested/plowed in","sugar cane, Not harvested/plowed in",null,null,null,null,"assumed impacts are already accounted for in at-farm process for embodied impacts",null,null,null,0]
["Food type","Destination","Combined name","Fraction water weight",null,"kg CH4/kg waste","kg CO2-eq","Note"]
["CEREAL","Landfill","CEREAL, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A190,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10976666666666667},null,{"$f":"(1-D190)*0.375*0.55*(16/12)","v":0.24481416666666669},{"$f":"F190*kgCO2_GWP_CH4","v":8.3236816666666673},"impact (carbon footprint calculation): assumed landfill biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture or flare; assumed from IPCC 15% Degradable Organic Carbon (DOC) when  60% water content, results in an 37.5% DOC of dry weight; 16/12 mass ratio of resulting CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,8.3236816666666673]
["maize","Landfill","maize, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A191,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10369999999999999},null,{"$f":"(1-D191)*0.375*0.55*(16/12)","v":0.24648249999999999},{"$f":"F191*kgCO2_GWP_CH4","v":8.3804049999999997},"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,8.3804049999999997]
["rice","Landfill","rice, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A192,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1162},null,0.24304500000000001,8.2635300000000012,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,8.2635300000000012]
["wheat","Landfill","wheat, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A193,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1094},null,0.24491500000000002,8.3271100000000011,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,8.3271100000000011]
["DAIRY","Landfill","DAIRY, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A194,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74963333333333326},null,6.8850833333333361E-2,2.3409283333333342,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,2.3409283333333342]
["cheese","Landfill","cheese, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A195,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.499},null,0.13777500000000001,4.6843500000000002,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,4.6843500000000002]
["milk","Landfill","milk, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A196,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8992},null,2.7720000000000002E-2,0.9424800000000001,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,0.9424800000000001]
["yogurt","Landfill","yogurt, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A197,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8506999999999999},null,4.1057500000000025E-2,1.3959550000000007,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,1.3959550000000007]
["FRUIT & VEGETABLE","Landfill","FRUIT & VEGETABLE, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A198,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.86466666666666681},null,3.7216666666666627E-2,1.2653666666666654,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,1.2653666666666654]
["apple","Landfill","apple, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A199,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.85560000000000003},null,3.9709999999999995E-2,1.3501399999999999,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,1.3501399999999999]
["banana","Landfill","banana, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A200,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74909999999999999},null,6.8997500000000003E-2,2.3459150000000002,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,2.3459150000000002]
["carrot","Landfill","carrot, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A201,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.88290000000000002},null,3.2202499999999995E-2,1.0948849999999999,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,1.0948849999999999]
["grape","Landfill","grape, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A202,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.80540000000000012},null,5.3514999999999965E-2,1.8195099999999989,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,1.8195099999999989]
["lettuce","Landfill","lettuce, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A203,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94980000000000009},null,1.3804999999999977E-2,0.46936999999999923,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,0.46936999999999923]
["tomato","Landfill","tomato, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A204,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94519999999999993},null,1.5070000000000021E-2,0.51238000000000072,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,0.51238000000000072]
["MEAT","Landfill","MEAT, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A205,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.63433333333333342},null,0.10055833333333332,3.4189833333333328,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,3.4189833333333328]
["beef","Landfill","beef, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A206,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.54299999999999993},null,0.12567500000000004,4.2729500000000016,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,4.2729500000000016]
["pork","Landfill","pork, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A207,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.61060000000000003},null,0.107085,3.6408900000000002,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,3.6408900000000002]
["poultry","Landfill","poultry, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A208,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74939999999999996},null,6.8915000000000018E-2,2.3431100000000007,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,2.3431100000000007]
["PULSES & OILSEEDS","Landfill","PULSES & OILSEEDS, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A209,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},null,0.25151499999999999,8.5515100000000004,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,8.5515100000000004]
["soy bean","Landfill","soy bean, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A210,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},null,0.25151499999999999,8.5515100000000004,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,8.5515100000000004]
["ROOTS & TUBERS","Landfill","ROOTS & TUBERS, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A211,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},null,5.7062500000000002E-2,1.9401250000000001,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,1.9401250000000001]
["potato","Landfill","potato, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A212,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},null,5.7062500000000002E-2,1.9401250000000001,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,1.9401250000000001]
["Other","Landfill","Other, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A213,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":1E-4},null,0.27497249999999995,9.3490649999999977,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,9.3490649999999977]
["palm oil","Landfill","palm oil, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A214,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0},null,0.27500000000000002,9.3500000000000014,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,{"$f":"G214","v":9.3500000000000014}]
["sugar cane","Landfill","sugar cane, Landfill",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A215,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":2.0000000000000001E-4},null,0.27494499999999999,9.3481299999999994,"impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120",null,null,null,9.3481299999999994]
[null,null,null,"Fraction water weight"]
["CEREAL","Sewer/wastewater treatment",{"$f":"A217&\", \"&B217","v":"CEREAL, Sewer/wastewater treatment"},{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A217,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10976666666666667},null,null,{"$f":"((1-D217)*0.4/0.0673)*0.5","v":2.6455671124318973},"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.6455671124318973]
["maize","Sewer/wastewater treatment","maize, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A218,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10369999999999999},null,null,{"$f":"((1-D218)*0.4/0.0673)*0.5","v":2.6635958395245174},"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.6635958395245174]
["rice","Sewer/wastewater treatment","rice, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A219,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1162},null,null,2.6264487369985146,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.6264487369985146]
["wheat","Refuse/discards/litter","wheat, Refuse/discards/litter",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A220,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1094},null,null,2.6466567607726601,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.6466567607726601]
["DAIRY","Sewer/wastewater treatment","DAIRY, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A221,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74963333333333326},null,null,0.74403169886082243,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.74403169886082243]
["cheese","Sewer/wastewater treatment","cheese, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A222,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.499},null,null,1.4888558692421994,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,1.4888558692421994]
["milk","Sewer/wastewater treatment","milk, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A223,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8992},null,null,0.29955423476968795,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.29955423476968795]
["yogurt","Sewer/wastewater treatment","yogurt, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A224,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8506999999999999},null,null,0.44368499257057981,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.44368499257057981]
["FRUIT & VEGETABLE","Sewer/wastewater treatment","FRUIT & VEGETABLE, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A225,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.86466666666666681},null,null,0.40217929668152513,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.40217929668152513]
["apple","Sewer/wastewater treatment","apple, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A226,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.85560000000000003},null,null,0.4291233283803863,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.4291233283803863]
["banana","Sewer/wastewater treatment","banana, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A227,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74909999999999999},null,null,0.74561664190193166,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.74561664190193166]
["carrot","Sewer/wastewater treatment","carrot, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A228,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.88290000000000002},null,null,0.34799405646359577,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.34799405646359577]
["grape","Sewer/wastewater treatment","grape, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A229,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.80540000000000012},null,null,0.57830609212481399,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.57830609212481399]
["lettuce","Sewer/wastewater treatment","lettuce, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A230,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94980000000000009},null,null,0.14918276374442768,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.14918276374442768]
["tomato","Sewer/wastewater treatment","tomato, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A231,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94519999999999993},null,null,0.16285289747399725,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.16285289747399725]
["MEAT","Sewer/wastewater treatment","MEAT, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A232,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.63433333333333342},null,null,1.0866765725606733,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,1.0866765725606733]
["beef","Sewer/wastewater treatment","beef, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A233,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.54299999999999993},null,null,1.3580980683506689,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,1.3580980683506689]
["pork","Sewer/wastewater treatment","pork, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A234,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.61060000000000003},null,null,1.1572065378900447,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,1.1572065378900447]
["poultry","Sewer/wastewater treatment","poultry, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A235,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74939999999999996},null,null,0.74472511144130782,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.74472511144130782]
["PULSES & OILSEEDS","Sewer/wastewater treatment","PULSES & OILSEEDS, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A236,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},null,null,2.7179791976225856,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.7179791976225856]
["soy bean","Sewer/wastewater treatment","soy bean, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A237,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},null,null,2.7179791976225856,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.7179791976225856]
["ROOTS & TUBERS","Sewer/wastewater treatment","ROOTS & TUBERS, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A238,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},null,null,0.61664190193164947,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.61664190193164947]
["potato","Sewer/wastewater treatment","potato, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A239,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},null,null,0.61664190193164947,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,0.61664190193164947]
["Other","Sewer/wastewater treatment","Other, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A240,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":1E-4},null,null,2.9714710252600303,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.9714710252600303]
["palm oil","Sewer/wastewater treatment","palm oil, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A241,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0},null,null,2.9717682020802378,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.9717682020802378]
["sugar cane","Sewer/wastewater treatment","sugar cane, Sewer/wastewater treatment",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A242,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":2.0000000000000001E-4},null,null,2.9711738484398222,"impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter",null,null,null,2.9711738484398222]
["Food type","Destination","Combined name","Fraction water weight","g CO2/kg waste","kg CH4/kg waste","kg CO2-eq","Note"]
["CEREAL","Controlled combustion",{"$f":"A244&\", \"&B244","v":"CEREAL, Controlled combustion"},{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A244,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10976666666666667},null,null,{"$f":"-1*(((1-D244)*15)-(D244*2.6))*(0.1*0.14+0.2*0.08)","v":-0.39204320000000004},"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,{"$f":"G244","v":-0.39204320000000004}]
["maize","Controlled combustion","maize, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A245,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.10369999999999999},null,null,{"$f":"-1*(((1-D245)*15)-(D245*2.6))*(0.1*0.14+0.2*0.08)","v":-0.39524640000000005},"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.39524640000000005]
["rice","Controlled combustion","rice, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A246,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1162},null,null,-0.3886464,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.3886464]
["wheat","Controlled combustion","wheat, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A247,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.1094},null,null,-0.39223680000000011,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.39223680000000011]
["DAIRY","Controlled combustion","DAIRY, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A248,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74963333333333326},null,null,-5.4193600000000036E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-5.4193600000000036E-2]
["cheese","Controlled combustion","cheese, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A249,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.499},null,null,-0.186528,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.186528]
["milk","Controlled combustion","milk, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A250,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8992},null,null,2.47776E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,2.47776E-2]
["yogurt","Controlled combustion","yogurt, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A251,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.8506999999999999},null,null,-8.3040000000004447E-4,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-8.3040000000004447E-4]
["FRUIT & VEGETABLE","Controlled combustion","FRUIT & VEGETABLE, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A252,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.86466666666666681},null,null,6.5440000000000793E-3,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,6.5440000000000793E-3]
["apple","Controlled combustion","apple, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A253,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.85560000000000003},null,null,1.7568000000000251E-3,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,1.7568000000000251E-3]
["banana","Controlled combustion","banana, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A254,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74909999999999999},null,null,-5.4475200000000008E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-5.4475200000000008E-2]
["carrot","Controlled combustion","carrot, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A255,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.88290000000000002},null,null,1.6171200000000007E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,1.6171200000000007E-2]
["grape","Controlled combustion","grape, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A256,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.80540000000000012},null,null,-2.4748799999999932E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-2.4748799999999932E-2]
["lettuce","Controlled combustion","lettuce, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A257,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94980000000000009},null,null,5.1494400000000051E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,5.1494400000000051E-2]
["tomato","Controlled combustion","tomato, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A258,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.94519999999999993},null,null,4.9065599999999966E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,4.9065599999999966E-2]
["MEAT","Controlled combustion","MEAT, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A259,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.63433333333333342},null,null,-0.11507199999999997,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.11507199999999997]
["beef","Controlled combustion","beef, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A260,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.54299999999999993},null,null,-0.16329600000000005,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.16329600000000005]
["pork","Controlled combustion","pork, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A261,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.61060000000000003},null,null,-0.1276032,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.1276032]
["poultry","Controlled combustion","poultry, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A262,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.74939999999999996},null,null,-5.4316800000000026E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-5.4316800000000026E-2]
["PULSES & OILSEEDS","Controlled combustion","PULSES & OILSEEDS, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A263,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},null,null,-0.40490880000000001,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.40490880000000001]
["soy bean","Controlled combustion","soy bean, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A264,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":8.539999999999999E-2},null,null,-0.40490880000000001,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.40490880000000001]
["ROOTS & TUBERS","Controlled combustion","ROOTS & TUBERS, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A265,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},null,null,-3.1560000000000005E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-3.1560000000000005E-2]
["potato","Controlled combustion","potato, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A266,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0.79249999999999998},null,null,-3.1560000000000005E-2,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-3.1560000000000005E-2]
["Other","Controlled combustion","Other, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A267,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":1E-4},null,null,-0.44994719999999999,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.44994719999999999]
["palm oil","Controlled combustion","palm oil, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A268,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":0},null,null,-0.45,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.45]
["sugar cane","Controlled combustion","sugar cane, Controlled combustion",{"$f":"INDEX('C2. Nutrition data'!$D$4:$D$29,MATCH(A269,'C2. Nutrition data'!$B$4:$B$29,0))/grams100","v":2.0000000000000001E-4},null,null,-0.44989440000000003,"impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.08 kg CO2-eq / MJ heat from CH4 burned (50 MJ/kg CH4 burned, 2.75 kg CO2-eq/kg CH4 burned, 40% adjustment for infrastructure and inefficiencies)",null,null,null,-0.44989440000000003]
[]
["Reference values estimated from the World Food LCA Database from Quantis",null,null,null,null,null,null,null,"Approx values from Quantis experience for beta version (can be updated) related to compost and anaerobic digestion related emissions"]
[null,"Climate change (IPCC 2013, 100y) (kg CO2 eq)","Eutrophication freshwater (kg P eq)","Eutrophication marine (kg N eq)","Land use (Pt)","Water scarcity footprint (m3-eq)",null,null,"kg CO2-eq/kg FLW : for infrastructure and operation","kg CO2-eq/kg FLW : for energy credit from CH4 burning","kg CO2-eq/kg FLW : for fertilizer offset (assuming 10% less matter than composting)","kg CO2-eq/kg FLW : for long-term carbon storage credit (assuming 10% less matter than composting)","kg CO2-eq/kg FLW : for assumed productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost"]
[null,null,null,null,null,null,null,"digestion",0.03,0.3,0.05,2.1999999999999999E-2,3.5999999999999997E-2,"assumed 10% of digestate can be used as compost"]
["Corn",0.72,2.9E-4,4.0000000000000001E-3,92.6,7.1187402999999998,null,"composting",0.02,"n/a",5.6000000000000001E-2,2.5000000000000001E-2,0.04]
["Soybean feed",2.7143982000000002,3.7396895877653963E-4,1.0814900201740007E-2,341.73465475078592,0.10171676]
[1000,"g/kg",100,"percent",null,null,null," "," "]
[34,"kg CO2-eq, GWP CH4 for a 100 y time horizon IPCC 2013",null,null,null,null," "," "," "]
[298,"kg CO2-eq, GWP N2O for a 100 y time horizon IPCC 2013",null,null,null,null," "]
[100,"g food reference"]
[0.8,"Efficiency adjustement when using most FLW as animal food (20% loss factor), suggested by expert knowledge"]
[0.5,"Efficiency adjustement when using oil FLW as animal food (can cause digestive problems) as a 50% loss factor suggested by expert knowledge"]

{"sheet":"C6. Technical methods overview","index":12,"n_rows":116,"n_cols":10,"rows_kept":116,"cut":false,"hidden":false,"merged":[[8,3,8,7],[115,1,115,8],[3,2,3,7],[39,2,39,7],[56,2,56,7],[57,2,57,7],[65,3,65,7],[66,3,66,7],[67,3,67,7],[69,3,69,7],[72,3,72,7],[75,2,75,8],[73,2,73,8],[5,2,5,7]]}
[]
[null,"Technical methods overview (environmental impacts and nutritional values)"]
[null,"Overview of methodology to calculate environmental impacts"]
[null,null,"The environmental impacts of food loss and waste is the sum of the impacts of the food's agricultural production, the intermediary accrued additional life cycle impacts between production and disposal (e.g. transports, storage, processing, and cooking, and referred to as life cycle impacts) and the impacts of the destination (e.g. landfill emissions and referred to as destination impacts)."]
[null,"Environmental impacts of agricultural production"]
[null,null,"The environmental impacts of production were obtained from the Quantis World Food LCA Database using ecoinvent in the background. Regional archetypes were selected when available also considering per-country production volume in that region, e.g. bananas coming from Ecuador (one of the largest banana producers) were used as a proxy for banana production in Latin America. Many times region-specific agricultural production data were lacking, and a global default value was used. Regional proxies are listed below in Table 1. Different production processes (e.g. organic agricultural) were not considered. The calculator does not account for losses across the supply chain when calculating the environmental impacts of production of various foods (that are not enterred by the user)."]
[]
[null,null,"Table 1. Geographical proxies available for each food type (if no proxy indicated, a global proxy was used)."]
[null,null,null,"Regions and their proxies when available",null,null,null,null,"Note that when the user selects:"]
[null,null,"Food","Europe and Russia","Industrialized Asia","Latin America","North America","South and Southeast Asia","Unknown"]
[null,null,"CEREAL",null,null,null,null,null,"Global proxies are used."]
[null,null,"maize"]
[null,null,"rice",null,"China",null,"United States","India"]
[null,null,"wheat","France"]
[null,null,"DAIRY"]
[null,null,"cheese","Europe"]
[null,null,"milk","Europe",null,null,"North America"]
[null,null,"yogurt"]
[null,null,"FRUIT & VEGETABLE"]
[null,null,"apple","Italy","China","Chile","United States"]
[null,null,"banana",null,null,"Ecuador",null,"India"]
[null,null,"carrot","Netherlands","China"]
[null,null,"grape"]
[null,null,"lettuce"]
[null,null,"tomato","Spain",null,"Mexico"]
[null,null,"MEAT"]
[null,null,"beef",null,null,"Brazil","United States"]
[null,null,"pork","Spain",null,null,"Canada"]
[null,null,"poultry",null,null,"Brazil","United States"]
[null,null,"PULSES & OILSEEDS"]
[null,null,"soy bean",null,null,"Brazil","United States"]
[null,null,"ROOTS & TUBERS"]
[null,null,"potato","Russia","China",null,null,"India"]
[null,null,"OTHER"]
[null,null,"palm oil",null,null,null,null,"Indonesia"]
[null,null,"sugar cane",null,null,"Brazil",null,"India"]
[]
[]
[null,"Life cycle assumptions"]
[null,null,"Additional life cycle impacts assumptions were adapted from Product Environmental Footprint (PEF) guidance documents through the European Commission and are intended as generic and rough estimates. Impacts of packaging were not considered in the scope. The life cycle impacts are related to the energy and fuel consumptions required to distribute and/or prepare a food for consumption. Only the greenhouse gas impacts were considered, as other impacts (e.g. N and P use are assumed to be negligible in comparison to agricultural production. The life cycle impacts are cumulative, such that food waste by consumers will include the life cycle impacts from farm to fork."]
[null,null,"The matching of assumptions with each FLW are available in the \"C4. Life Cycle impact data\" tab. In summary, the main assumptions are summarised in Table 2. "]
[]
[null,null,"Table 2. Description of assumptions to estimate life cycle stage impacts"]
[null,null,"Life cycle stage","Description","Assumption"]
[null,null,"Post-harvest handling and storage","Non-chilled foods (e.g. wheat)","Assuming storage facility requiring 30 kWh/m2*yr and stored for 1/4 year at 0.1% of m2 per kilogram of food stored"]
[null,null,"Post-harvest handling and storage","Chilled foods (e.g. cheese)","Assuming chilled or frozen storage, 70 kWh/m3 year stored for 1/4 year with 0.1% of space per kilogram of food stored"]
[null,null,"Processing and packaging","Foods with processing (e.g. cheese)","Assuming 1 kg transported for 1000 km and 0.5 kWh per kilogram of processing"]
[null,null,"Processing and packaging","Foods without processing (e.g. lettuce)","Assuming 1 kg transported for 1000 km and no processing energy"]
[null,null,"Distribution","For all foods","Assuming 1 kg transported for 1000 km"]
[null,null,"Consumption","Cooked foods (e.g. rice)","Assuming 20 min of cooking (0.05 kWh per minute of cooking) and storage at ambient temperature"]
[null,null,"Consumption","Cooked and chilled foods (e.g. meat)","Assuming 0.0037 kWh/L or kg  of chilled storage at home "]
[null,null,"Consumption","Chilled and raw foods (e.g. lettuce)","Assuming 0.0037 kWh/L or kg  of chilled storage at home and consumed raw"]
[null,null,"Consumption","Chilled and cooked foods (e.g. meat)","Assuming 0.0037 kWh/L or kg of chilled storage at home and 20 min cooking with 0.05 kWhper minute cooking"]
[null,null,"Consumption","Non-chilled and cooked foods (e.g. palm oil)","Assuming stored at ambient temperature and consumed raw"]
[]
[null,"Destination assumptions"]
[null,null,"The destination impacts were calculated using basic assumptions from expert knowledge and are intended as generic estimates. If updated beyond the beta version, this calculator can focus on improving the estimation of destination impacts according to regions (e.g. to account for landfill gas capture, incineration technologies etc.). It was outside the scope of this beta version to provide detailed calculations of various destinations e.g. according to local technologies. "]
[null,null,"For some destinations, the use of FLW can avoid environmental impacts related to some other material or service it replaces, for example when used as animal feed,  meaning that impact offsets can occur (negative, or avoided impacts). For animal feed and bio-based material processing all impact categories are included; for the other destinations only greenhouse gas emission relatable to climate change impacts are included. Intrinsic water weights (from the nutrition data) of FLW were used when relevant. In summary, the main assumptions are listed in Table 3, more details are available in the \"C5. Destination impact data\" tab. .  "]
[]
[null,null,"Table 3. Description of expert assumptions (not peer reviewed)  to estimate destination impacts (these can be improved for future versions)"]
[null,null,"Destination","Assumption"]
[null,null,"Animal feed (protein replacement)","impact offset (all categories): assumed replaces soybean (feed quality) according to protein ratio and a 20% efficiency  loss factor"]
[null,null,"Animal feed (equivalent)","impact offset (all categories): assumed pulses and oilseeds can equivalently replace soybean feed, with a 20% efficiency loss factor"]
[null,null,"Animal feed (calorie replacement)","impact offset (all categories): assumed replace maize according to calorie ratio with a 20% efficiency loss factor, except for oils where a 50% efficiency loss factor was used, because oils can cause digestive issues if added to animal feed in high quantities. "]
[null,null,"Bio-based materials/biochemical processing","impact offset (all categories): assumes a kilogram of dry matter replaces 1 kg of maize with a 20% efficiency loss factor"]
[null,null,"Codigestion/anaerobic digestion","impact and offset (carbon footprint), included contirbutions:  infrastructure and operation; energy credit;  fossil-based fertilizer replacement of digestate with a 10% efficiency loss; long-term carbon storage credit from using organic fertiliser (10% less matter than composting); productivity gain of wheat 20% over 50 years from using organic fertilisers and thus improving soil health, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat), assuming 10% less matter than compost; direct emissions estimated from Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf"]
[null,null,"Composting/aerobic processes","impact and offset (carbon footprint), included contribution: infrastructure and operation; fossil-based fertilizer replacement; long-term carbon storage credit due to using organic fertilisers; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); direct emission factors estimated from Table 4.1 https://www.ipcc-nggip.iges.or.jp/public/2006gl/pdf/5_Volume5/V5_4_Ch4_Bio_Treat.pdf"]
[null,null,"Land application","impact offset (all categories):  fossil-based fertilizer replacement; long-term carbon storage credit; productivity gain of wheat 20% over 50 years, with an initial productivity of 5 t wheat /ha-y with a carbon footprint of wheat of 200 g CO2e/kg wheat (or 10% productivity increase with 400 gCO2e/kg wheat); this is probably pessimistic as there is more air exposure leading to less CH4 emission."]
[null,null,"Not harvested/plowed in","No impacts accounted for due to a lack of known methods: this is likely optistic."]
[null,null,"Landfill","impact (carbon footprint): biogas emission of 45% CO2 and 55% CH4 according to IPCC; no GHG gas capture; 15% Degradable Organic Carbon (DOC) for food waste by wet weight (assuming 60% water content), results in an 37.5% DOC of dry weight); 16/12 mass ratio for CO2 from DOC, and 44/12 mass ratio CH4 from DOC; Table 2: https://www.ipcc-nggip.iges.or.jp/public/gp/bgp/5_1_CH4_Solid_Waste.pdf   ; http://www.ipcc.ch/ipccreports/tar/wg3/index.php?idp=120"]
[null,null,"Refuse/discards/litter","impact (carbon footprint): direct emissions included and assumed the same as composting; this is probably pessimistic as there is more air exposure so less CH4. "]
[null,null,"Sewer/wastewater treatment","impact (carbon footprint): 0.5 kg CO2-eq per m3 of wastewater treated with 0.0673 kg/m3 of total organic carbon; adjust by carbon content (40% assuming CH2O) in dry matter"]
[null,null,"Controlled combustion","impact or offset (carbon footprint): 15MJ/kg dry weight; 2.6 MJ/kg required to evaporate water weight; 10% energy efficiency for electricity, 20% thermal; 0.5 kg CO2-eq/kWh = 0.14 kg CO2-eq/MJ for electricity; 0.080 kg CO2-eq / MJ heat from CH4 burned (50 MJ / kg CH4 burned; 2.75 kg CO2-eq/kg CH4 burned; 40% adjustment for infrastructure and inefficiencies)"]
[]
[null,"Destination impact learnings"]
[null,null,"This calculator considers the destination impacts for various foods seperately, and does not use a single value of impacts for all FLW for a given destination. The preliminary screening exercise of estimating the impacts of various destinations for various food types indicates the differences in impacts (and impact offsets). Below in Table 4. are the results from this exploration. Furthermore, as example figures, below the estimated impacts of landfilling and impacts (and avoided impacts) due to controlled combustion with energy recovery, of different food categories are demonstrated. \"Negative\" impact values demonstrate that incinerating (and recovering energy) of FLW can provide a benefit (an avoided impact), and this benefit is not the same for across food categories. Further more, for FLW with high intrinsic water content (i.e. fruits and vegetables) the energy required to evaporate the water can cause an impact. "]
[]
[null,null,"Table 4. Screening of climate change impacts (kg CO2-eq) per food type for various destinations"]
[null,null,null,"CEREAL","DAIRY","FRUIT & VEGETABLE","MEAT","OTHER (e.g. palm oil)","PULSES & OILSEEDS","ROOTS & TUBERS"]
[null,null,"Animal feed",-0.59966206329405314,-0.71649995786242815,-5.1972034595779676E-2,-1.0227779021978625,-0.67486725663716818,-2.1715185600000004,-0.12151232876712328]
[null,null,"Bio-based materials/biochemical processing",-0.51277439999999996,"n/a",-7.7951999999999924E-2,"n/a",-0.57594240000000008,-0.52680959999999999,-0.11952000000000002]
[null,null,"Codigestion/anaerobic digestion",-0.27597233333333332,-7.7613666666666692E-2,-4.7474933333333282E-2,-0.11335666666666665,-0.30996899999999999,-0.283526,-7.2791000000000008E-2]
[null,null,"Composting/aerobic processes",0.3719394866666666,0.10460319333333334,5.6542266666666605E-2,0.15277553333333327,0.41775821999999996,0.38211987999999997,8.6693499999999993E-2]
[null,null,"Controlled combustion",-0.39204320000000004,-5.4193600000000036E-2,6.5440000000000793E-3,-0.11507199999999997,-0.44994719999999999,-0.40490880000000001,-3.1560000000000005E-2]
[null,null,"Land application",0.35413481999999996,9.9595860000000008E-2,5.3835599999999935E-2,0.14546219999999993,0.39776021999999994,0.36382787999999994,8.2543499999999992E-2]
[null,null,"Landfill",8.3236816666666673,2.3409283333333342,1.2653666666666654,3.4189833333333328,9.3490649999999977,8.5515100000000004,1.9401250000000001]
[null,null,"Not harvested/plowed in",0,0,0,0,0,0,0]
[null,null,"Refuse/discards/litter",0.46185305333333326,0.12989022666666669,7.0210933333333253E-2,0.18970786666666659,0.51874811999999992,0.47449447999999994,0.107651]
[null,null,"Sewer/wastewater treatment",2.6455671124318973,0.74403169886082243,0.40217929668152513,1.0866765725606733,2.9714710252600303,2.7179791976225856,0.61664190193164947]
[]
[null,null,"Example figures for destination impacts across categories (note negative numbers are impact offsets)"]
[]
[]
[null,null,"data rearranged for graphs"]
[]
[null,null,"Food category","Landfill","Food category","Controlled combustion"]
[null,null,"OTHER (e.g. palm oil)",9.3490649999999977,"FRUIT & VEGETABLE",6.5440000000000793E-3]
[null,null,"PULSES & OILSEEDS",8.5515100000000004,"ROOTS & TUBERS",-3.1560000000000005E-2]
[null,null,"CEREAL",8.3236816666666673,"DAIRY",-5.4193600000000036E-2]
[null,null,"MEAT",3.4189833333333328,"MEAT",-0.11507199999999997]
[null,null,"DAIRY",2.3409283333333342,"CEREAL",-0.39204320000000004]
[null,null,"ROOTS & TUBERS",1.9401250000000001,"PULSES & OILSEEDS",-0.40490880000000001]
[null,null,"FRUIT & VEGETABLE",1.2653666666666654,"OTHER (e.g. palm oil)",-0.44994719999999999]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Nutritional values assessment"]
[null,"The nutritional content of FLW is obtained from a publically released Standard Reference database available through the United States Department of Agriculture. Nutrition content variations are not considered, as one default value per food item is considered. No nutrition loss (e.g. degradation) is assumed, and nutrition is assumed homogenously distributed in the food (e.g. apple peels have the same nutrition as apple flesh). The daily requirements for nutrition were obtained from the National Institute of Health. The nutritional values and per-person daily equivalents  are calculated assuming that the food would have been consumed if it had not become FLW. Nutritional content gives no indication of healthiness or health outcomes, which requires knowledge on the population. Nutritional requirements obtained on 27-4-2017 from https://www.fda.gov/Food/GuidanceRegulation/GuidanceDocumentsRegulatoryInformation/LabelingNutrition/ucm064928.htm\nAlso listed https://dsld.nlm.nih.gov/dsld/dailyvalue.jsp"]

{"sheet":"C7. FAO FLW data","index":13,"n_rows":45,"n_cols":8,"rows_kept":45,"cut":false,"hidden":false,"merged":[]}
["Data from: FAO Gustavsson et al. 2011 Global food losses and food waste – Extent, causes and prevention. Rome : http://www.fao.org/docrep/014/mb060e/mb060e.pdf"]
[null,null,null,"Waste by stage"]
["Waste Category","Region","Crop-Region","Agricultural production","Postharvest handling and storage","Processing and packaging","Distribution","Consumption"]
["Cereals","South and Southeast Asia","Cereals, South and Southeast Asia",6,7,3.5,2,3]
["Cereals","Europe incl Russia","Cereals, Europe incl Russia",2,4,10.5,2,25]
["Cereals","North Africa, West and Central Asia","Cereals, North Africa, West and Central Asia",6,8,9,4,12]
["Cereals","Sub-Saharan Africa","Cereals, sub-Saharan Africa",6,8,3.5,2,1]
["Cereals","Latin America","Cereals, Latin America",6,4,9,4,10]
["Cereals","North America & Oceania","Cereals, North America & Oceania",2,2,10.5,2,27]
["Cereals","Industrialized Asia","Cereals, Industrialized Asia",2,10,10.5,2,20]
["Fruits & Vegetables","South and Southeast Asia","Fruits & Vegetables, South and Southeast Asia",15,9,25,10,7]
["Fruits & Vegetables","Europe incl Russia","Fruits & Vegetables, Europe incl Russia",20,5,2,10,19]
["Fruits & Vegetables","North Africa, West and Central Asia","Fruits & Vegetables, North Africa, West and Central Asia",17,10,20,15,12]
["Fruits & Vegetables","sub-Saharan Africa","Fruits & Vegetables, sub-Saharan Africa",10,9,25,17,5]
["Fruits & Vegetables","Latin America","Fruits & Vegetables, Latin America",20,10,20,12,10]
["Fruits & Vegetables","North America & Oceania","Fruits & Vegetables, North America & Oceania",20,4,2,12,28]
["Fruits & Vegetables","Industrialized Asia","Fruits & Vegetables, Industrialized Asia",10,8,2,8,15]
["Meat","South and Southeast Asia","Meat, South and Southeast Asia",5.0999999999999996,0.3,5,7,4]
["Meat","Europe incl Russia","Meat, Europe incl Russia",3.1,0.7,5,4,11]
["Meat","North Africa, West and Central Asia","Meat, North Africa, West and Central Asia",6.6,0.2,5,5,8]
["Meat","sub-Saharan Africa","Meat, sub-Saharan Africa",15,0.7,5,7,2]
["Meat","Latin America","Meat, Latin America",5.3,1.1000000000000001,5,5,6]
["Meat","North America & Oceania","Meat, North America & Oceania",3.5,1,5,4,11]
["Meat","Industrialized Asia","Meat, Industrialized Asia",2.9,0.6,5,6,8]
["Milk","South and Southeast Asia","Milk, South and Southeast Asia",3.5,6,2,10,1]
["Milk","Europe incl Russia","Milk, Europe incl Russia",3.5,0.5,1.2,0.5,7]
["Milk","North Africa, West and Central Asia","Milk, North Africa, West and Central Asia",3.5,6,2,8,2]
["Milk","sub-Saharan Africa","Milk, sub-Saharan Africa",6,11,0.1,10,0.1]
["Milk","Latin America","Milk, Latin America",3.5,6,2,8,4]
["Milk","North America & Oceania","Milk, North America & Oceania",3.5,0.5,1.2,0.5,15]
["Milk","Industrialized Asia","Milk, Industrialized Asia",3.5,6,2,10,1]
["Oilseeds & Pulses","South and Southeast Asia","Oilseeds & Pulses, South and Southeast Asia",7,12,8,2,1]
["Oilseeds & Pulses","Europe incl Russia","Oilseeds & Pulses, Europe incl Russia",10,1,5,1,4]
["Oilseeds & Pulses","North Africa, West and Central Asia","Oilseeds & Pulses, North Africa, West and Central Asia",15,6,8,2,2]
["Oilseeds & Pulses","sub-Saharan Africa","Oilseeds & Pulses, sub-Saharan Africa",12,8,8,2,1]
["Oilseeds & Pulses","Latin America","Oilseeds & Pulses, Latin America",6,3,8,2,2]
["Oilseeds & Pulses","North America & Oceania","Oilseeds & Pulses, North America & Oceania",12,0,5,1,4]
["Oilseeds & Pulses","Industrialized Asia","Oilseeds & Pulses, Industrialized Asia",6,3,5,1,4]
["Roots & Tubers","South and Southeast Asia","Roots & Tubers, South and Southeast Asia",6,19,10,11,3]
["Roots & Tubers","Europe incl Russia","Roots & Tubers, Europe incl Russia",20,9,15,7,17]
["Roots & Tubers","North Africa, West and Central Asia","Roots & Tubers, North Africa, West and Central Asia",6,10,12,4,6]
["Roots & Tubers","sub-Saharan Africa","Roots & Tubers, sub-Saharan Africa",14,18,15,5,2]
["Roots & Tubers","Latin America","Roots & Tubers, Latin America",14,14,12,3,4]
["Roots & Tubers","North America & Oceania","Roots & Tubers, North America & Oceania",20,10,15,7,30]
["Roots & Tubers","Industrialized Asia","Roots & Tubers, Industrialized Asia",20,7,15,9,10]

{"sheet":"C8. List data","index":14,"n_rows":43,"n_cols":13,"rows_kept":43,"cut":false,"hidden":false,"merged":[]}
[null,null,"Food categories and regions"]
[]
[null,"Food category",null,null,"Region of production",null,"Life cycle stages",null,"Units",null,null,null,"Nutrients"]
[null,null,"<click to select>",null,"<click to select>",null,"<click to select>",null,1000,"kg/tonne",null,null,"Energy"]
[null,null,"CEREAL",null,"unknown",null,"Agricultural production",null,1000000,"g/tonne",null,null,"Protein"]
[null,null,"maize",null,"Europe and Russia",null,"Post-harvest handling and storage",null,100,"g ",null,null,"Carbohydrates"]
[null,null,"rice",null,"North America",null,"Processing and packaging",null,null,null,null,null,"Fiber"]
[null,null,"wheat",null,"Industrialized Asia",null,"Distribution",null,null,null,null,null,"Calcium"]
[null,null,"DAIRY",null,"Sub-saharan Africa",null,"Consumption",null,null,null,null,null,"Choline"]
[null,null,"cheese",null,"South and Southeast Asia",null,null,null,null,null,null,null,"Copper"]
[null,null,"milk",null,"Latin America",null,null,null,null,null,null,null,"Folate (total)"]
[null,null,"yogurt",null,"North Africa, West and Central Asia",null,null,null,null,null,null,null,"Iron"]
[null,null,"FRUIT & VEGETABLE",null,null,null,null,null,null,null,null,null,"Magnesium"]
[null,null,"apple",null,null,null,null,null,null,null,null,null,"Manganese"]
[null,null,"banana",null,"Environmental impact categories",null,"Destination",null,null,null,null,null,"Niacin"]
[null,null,"carrot",null,"Climate change (kg CO2 eq)",null,"<click to select>",null,null,null,null,null,"Panto acid"]
[null,null,"grape",null,"Water scarcity footprint (m3-eq)",null,"Animal feed",null,null,null,null,null,"Phosphorus"]
[null,null,"lettuce",null,"Land use (points)",null,"Bio-based materials/biochemical processing",null,null,null,null,null,"Potassium"]
[null,null,"tomato",null,"Eutrophication (kg P eq)",null,"Codigestion/anaerobic digestion",null,null,null,null,null,"Riboflavin"]
[null,null,"MEAT",null,"Eutrophication (kg N eq)",null,"Composting/aerobic processes",null,null,null,null,null,"Selenium"]
[null,null,"beef",null,null,null,"Controlled combustion",null,null,null,null,null,"Sodium"]
[null,null,"pork",null,null,null,"Land application",null,null,null,null,null,"Thiamin"]
[null,null,"poultry",null,null,null,"Not harvested/plowed in",null,null,null,null,null,"Vit A"]
[null,null,"PULSES & OILSEEDS",null,null,null,"Landfill",null,null,null,null,null,"Vit B6"]
[null,null,"soy bean",null,null,null,"Refuse/discards/litter",null,null,null,null,null,"Vit B12"]
[null,null,"ROOTS & TUBERS",null,null,null,"Sewer/wastewater treatment",null,null,null,null,null,"Vit C"]
[null,null,"potato",null,null,null,null,null,null,null,null,null,"Vit D"]
[null,null,"OTHER",null,null,null,null,null,null,null,null,null,"Vit E"]
[null,null,"palm oil",null,null,null,null,null,null,null,null,null,"Vit K"]
[null,null,"sugar cane",null,null,null,null,null,null,null,null,null,"Zinc"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Roots & Tubers"]