High-Resolution Maps Detail Global Cropland Emissions and Mitigation Strategies

High-Resolution Maps Detail Global Cropland Emissions and Mitigation Strategies

Researchers from Cornell University and the Land & Carbon Lab have developed high-resolution maps detailing global cropland greenhouse gas emissions by region, crop, and emission source. The study identifies rice, maize, wheat, and oil palm as the major crops responsible for 67% of emissions from croplands, which contribute nearly 5% of global net greenhouse gas emissions. Key emission sources include draining peatlands, flooded rice fields, and the use of synthetic fertilizers. Six countries—China, Indonesia, India, the United States, Thailand, and Brazil—account for 61% of cropland emissions. These detailed maps provide valuable insights for targeted mitigation strategies to reduce agricultural emissions worldwide.

Actors

Cornell University Land & Carbon Lab China Indonesia India United States Thailand Brazil

Locations

China Indonesia India United States Thailand Brazil

Articles

February 13, 2026
2 total
High-Resolution Maps Detail Global Cropland Emissions and Mitigation Strategies
High-Resolution Maps Detail Global Cropland Emissions and Mitigation Strategies

Cornell Chronicle • 13 Feb 17:07

Researchers have developed detailed maps identifying global cropland emissions by region, crop, and source, providing insights for targeted mitigation efforts.

Credibility 92% Manip. 5% Center
Major Crops Contribute Significantly to Global Greenhouse Gas Emissions
Major Crops Contribute Significantly to Global Greenhouse Gas Emissions

World Resources Institute • 13 Feb 10:06

A recent study reveals that rice, maize, wheat, and oil palm are responsible for 67% of greenhouse gas emissions from croplands, which account for nearly 5% of global net emissions.

Credibility 92% Manip. 12% Center