Linked from

The 21 pages that link to Greenhouse gas emissions from agriculture, each with the reason it gives.

• AgricultureRelated: Livestock, fertilized soils, and land conversion connect farming to climate change.

• Cover cropRelated: Cover-crop effects on soil carbon and nitrous oxide influence their climate impact.

• Organic farmingRelated: Organic systems can alter emissions per area and per unit of food through yields and input choices.

• Animal husbandryRelated: Ruminant digestion and manure management contribute to agricultural emissions.

• CattleRelated: Cattle contribute methane and emissions associated with feed and land use.

• Conservation agricultureRelated: Reduced tillage and residue management can alter emissions, with effects depending on conditions.

• MeatRelated: Livestock raised for meat contribute methane and other agricultural emissions.

• AgronomyRelated: Crop and soil practices can change emissions of nitrous oxide and other gases.

• Bos taurusRelated: Cattle emit methane during digestion and contribute to agricultural climate impacts.

• Tropical agricultureRelated: Livestock, fertilizers, and land conversion connect tropical production to climate change.

• Livestock farmingRelated: Ruminant digestion and manure management release methane and nitrous oxide.

• CowRelated: Cattle contribute methane through digestion and emissions through manure and feed production.

• Agricultural chemistryRelated: Soil nitrogen transformations and fertilizer manufacture contribute to these emissions.

• Dung beetleRelated: Dung burial can alter how long manure remains exposed and how its gases are produced.

• Agricultural scienceRelated: Production methods affect emissions from soils, livestock, and land conversion.

• Animal scienceRelated: Animal feeding and manure management influence emissions, especially methane and nitrous oxide.