3.3.1Active indicatorEmissions from Agricultural Production and Consumption

Indicator 3.3.1 · Mitigation

Emissions from Agricultural Production and Consumption

Healthy and sustainable food systems are essential for human health, while food production is also a major source of greenhouse gas emissions, particularly from meat and dairy livestock. As environmental change places increasing pressure on food systems, supporting healthy, low-carbon diets will require less polluting, more inclusive and resource-efficient food production, sustainable management practices, and reduced reliance on fossil fuels. This transition must also protect smallholder farmers and Indigenous food systems and promote equitable access to agricultural technologies that are appropriate to local cultures and needs. This indicator tracks greenhouse gas emissions from agricultural production and the contribution of different food products to these emissions.

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Headline finding

Global agricultural greenhouse gas emissions per person increased by 9% between 2016 and 2023. In 2023, red meat and dairy accounted for 57% of agricultural emissions.

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Figure 1

Greenhouse Gas Emissions From Food Production And Consumption

Greenhouse gas emissions from food production and consumption, shown as total emissions and tonnes of carbon dioxide equivalent (tCO₂e) per capita, by food group, including cattle, buffalo, sheep, goats, pigs, and dairy products. Results are shown globally, Human Development Index (HDI) group, Lancet Countdown region, or World Health Organization (WHO) region, from 2000 to 2023. For the global data, we do not have a food group disaggregation.

About this indicator

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About this indicator

Description

The methods to obtain GHG emission estimates for food products are in two sections, one covering livestock and the second covering crops. This indicator estimates GHG emissions from agricultural production and consumption incorporate numerous fruits, vegetables, nuts, pulses and legumes and other crops. While these crops tend to have much lower GHG emission intensity than animal derived products, their inclusion provides a fuller picture of the agricultural commodities used in the global food system. For 2026 report, an estimate of Land Use Change emissions from crops is included.

Authors

Dr Carole Dalin, Dr Harry Kennard, Belén Benitez Martinez

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Caveats

This indicator measures GHG emissions from national food consumption, defined as domestic production plus net imports, excluding emissions from individual consumption. It includes production and organic soil cultivation but excludes transport, processing, storage, decomposition, and land-use change. Consumption-based emissions are on average 2.25% higher than production-based estimates. Food losses during production and transport are included, but decomposition emissions are excluded. Globally, 8–10% of anthropogenic GHG emissions are linked to food loss and waste, disproportionately higher in high-income countries.

Data sources

  1. Dalin, C.; Kennard, H.; Carlson, K.; Herrero, M.; Quinn, R.; Chang, J.; Gerber, J.S.; Kastner, T.; Guilbert, M. (2025). Global greenhouse gas emissions associated with the production of crop and livestock products at 5 arc minutes resolution, 1997-2003 v2. NERC EDS Environmental Information Data Centre. https://doi.org/10.5285/ccbd5c0b-21b2-40ce-bafd-6ccea4a270a4
  2. National annual production of animal products items (tonnes) – FAOSTAT (2026 update)
  3. National annual trade (country-country) of animal products items (tonnes) – FAOSTAT (2026 update)
  4. Correspondence of items across item lists with different grouping – FAOSTAT
  5. GHG production estimates including grassland and feed crop emissions (via Herrero et al. 2013 and Dalin et al. 2019) Definitions: Animal types: bovine cattle (beef and buffalo), sheep and goat ruminants, pigs, poultry (chicken, ducks, geese and turkeys)
  6. National annual production of crops (tonnes) – FAOSTAT (2026 update)
  7. National annual trade (country-country) of crop products (tonnes) – FAOSTAT (2024 update)
  8. GHG emissions intensity of crop products for each country– provided Carlson et al. (2017)
  9. Dalin C, Tuninetti M, Carlson K, et al. Variability, drivers and interactions of key environmental stressors from food production worldwide. EGU2019; 2019; Vienna: 21st EGU General Assembly; 2019
  10. Carlson KM, Gerber JS, Mueller ND, et al. Greenhouse gas emissions intensity of global croplands. Nature Climate Change 2017; 7(1): 63
  11. Year 2000 era emissions intensity across crop and animal products: NERC EDS Environmental Information Data Centre