charts: 4769
Data license: CC-BY
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2021-01-28 11:38:06 | 2024-04-08 12:13:54 | 2023-12-06 11:03:18 | 2021-01-28 11:38:06 | 58 | 14 | 1 | Carbon opportunity costs per kilogram of food | The carbon opportunity cost, measured in kilograms of [carbon dioxide-equivalents](#dod:carbondioxideequivalents) per kilogram of food, is the amount of carbon lost from native vegetation and soils in order to produce each food. If a specific food was not produced on a given plot of land, this land could be used to restore native vegetation and sequester carbon. | Carbon opportunity costs per kilogram of food () | { "$schema": "https://files.ourworldindata.org/schemas/grapher-schema.004.json", "map": { "projection": "World", "hideTimeline": false, "colorScale": { "baseColorScheme": "default", "equalSizeBins": true, "binningStrategy": "ckmeans", "customNumericColorsActive": false, "colorSchemeInvert": false, "binningStrategyBinCount": 5 }, "timeTolerance": 0, "toleranceStrategy": "closest", "tooltipUseCustomLabels": false, "time": "latest" }, "maxTime": "latest", "baseColorScheme": "default", "yAxis": { "removePointsOutsideDomain": false, "scaleType": "linear", "canChangeScaleType": false, "facetDomain": "shared" }, "tab": "chart", "matchingEntitiesOnly": false, "hasChartTab": true, "hideLegend": false, "hideLogo": false, "hideTimeline": true, "colorScale": { "baseColorScheme": "default", "equalSizeBins": true, "binningStrategy": "ckmeans", "customNumericColorsActive": false, "colorSchemeInvert": false, "binningStrategyBinCount": 5 }, "scatterPointLabelStrategy": "year", "selectedFacetStrategy": "none", "isPublished": true, "invertColorScheme": false, "version": 6, "logo": "owid", "entityType": "food", "facettingLabelByYVariables": "metric", "addCountryMode": "add-country", "compareEndPointsOnly": false, "type": "DiscreteBar", "hasMapTab": false, "stackMode": "absolute", "minTime": "earliest", "hideAnnotationFieldsInTitle": { "entity": false, "time": false, "changeInPrefix": false }, "xAxis": { "removePointsOutsideDomain": false, "scaleType": "linear", "canChangeScaleType": false, "facetDomain": "shared" }, "hideConnectedScatterLines": false, "showNoDataArea": true, "zoomToSelection": false, "showYearLabels": false, "hideLinesOutsideTolerance": false, "hideTotalValueLabel": false, "hideScatterLabels": false, "sortBy": "total", "sortOrder": "desc", "hideFacetControl": true, "entityTypePlural": "foods", "missingDataStrategy": "auto", "id": 4769, "slug": "carbon-opportunity-costs-per-kilogram-of-food", "title": "Carbon opportunity costs per kilogram of food", "subtitle": "The carbon opportunity cost, measured in kilograms of [carbon dioxide-equivalents](#dod:carbondioxideequivalents) per kilogram of food, is the amount of carbon lost from native vegetation and soils in order to produce each food. If a specific food was not produced on a given plot of land, this land could be used to restore native vegetation and sequester carbon.", "originUrl": "ourworldindata.org/environmental-impacts-of-food", "dimensions": [ { "display": { "name": "Carbon opportunity costs per kilogram of food", "unit": "kilograms CO\u2082e per kilogram", "shortUnit": "kg", "includeInTable": true }, "property": "y", "variableId": 145778 } ], "sourceDesc": "Searchinger, T. D., Wirsenius, S., Beringer, T., & Dumas, P. (2018).", "selectedEntityNames": [ "Eggs", "Sheep and goat milk", "Beef and buffalo meat", "Sheep and goat meat", "Chicken", "Maize", "Soybean", "Vegetables", "Rice", "Palm oil", "Lentils", "Cow and buffalo milk", "Pork", "Wheat", "White potato", "Chickpeas" ] } |