ALL NEWS

Farmers

12 Mar 2026

5 min read

Transforming Rice Cultivation for a Sustainable Future

Methane is a highly potent greenhouse gas, more than 28 times stronger than carbon dioxide. Here’s how rice growers are cutting emissions without cutting yields.

ALL NEWS

Farmers

12 Mar 2026

5 min read

Transforming Rice Cultivation for a Sustainable Future

Methane is a highly potent greenhouse gas, more than 28 times stronger than carbon dioxide. Here’s how rice growers are cutting emissions without cutting yields.

ALL NEWS

Farmers

12 Mar 2026

5 min read

Transforming Rice Cultivation for a Sustainable Future

Methane is a highly potent greenhouse gas, more than 28 times stronger than carbon dioxide. Here’s how rice growers are cutting emissions without cutting yields.

Why rice fields matter for the climate

Flooded rice paddies create the low-oxygen conditions in which methane-producing microbes thrive. Rice is a staple for billions of people, which makes paddy fields one of agriculture’s largest sources of methane.

The good news: small changes in how water is managed can make a big difference, and many of them also save growers money on pumping and inputs.

Practices that deliver results

Alternate wetting and drying lets fields dry out periodically during the season, sharply reducing methane while maintaining yields. Combined with better straw management and precision nutrient application, growers can lower emissions and improve efficiency.

How AGRA supports growers

AGRA pairs each grower with an agronomist, measures outcomes in the field, and connects verified results with buyers — so farmers are paid for the value they create.

Why rice fields matter for the climate

Flooded rice paddies create the low-oxygen conditions in which methane-producing microbes thrive. Rice is a staple for billions of people, which makes paddy fields one of agriculture’s largest sources of methane.

The good news: small changes in how water is managed can make a big difference, and many of them also save growers money on pumping and inputs.

Practices that deliver results

Alternate wetting and drying lets fields dry out periodically during the season, sharply reducing methane while maintaining yields. Combined with better straw management and precision nutrient application, growers can lower emissions and improve efficiency.

How AGRA supports growers

AGRA pairs each grower with an agronomist, measures outcomes in the field, and connects verified results with buyers — so farmers are paid for the value they create.

Why rice fields matter for the climate

Flooded rice paddies create the low-oxygen conditions in which methane-producing microbes thrive. Rice is a staple for billions of people, which makes paddy fields one of agriculture’s largest sources of methane.

The good news: small changes in how water is managed can make a big difference, and many of them also save growers money on pumping and inputs.

Practices that deliver results

Alternate wetting and drying lets fields dry out periodically during the season, sharply reducing methane while maintaining yields. Combined with better straw management and precision nutrient application, growers can lower emissions and improve efficiency.

How AGRA supports growers

AGRA pairs each grower with an agronomist, measures outcomes in the field, and connects verified results with buyers — so farmers are paid for the value they create.

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