Food and agriculture
Speeding the ongoing transition to more sustainable food and agricultural systems is critical for achieving long-term climate impact. As much as ⅓ of current greenhouse gas emissions can be attributed to these industries. Reducing the carbon footprint of food and agriculture goes hand-in-hand with achieving positive environmental impact in other ways: enabling healthier ecosystems and richer biodiversity, reducing land and water pollution, reversing deforestation and desertification, and others. Improving the sustainability of food and agriculture also benefits humanity, leading to better nutrition and health, while safeguarding long-term economic gains.
Accelerator contacts
Timothy Bouley
Managing Director
2025 projects
Ten projects were awarded in May 2025 to accelerate progress toward reducing gigatons of greenhouse gas emissions and achieving long-term sustainable gains in food and agriculture. Projects are diverse, employing a range of technical approaches, such as genetic engineering, fermentation, and artificial intelligence, while tackling a range of climate-sensitive challenges: pests, reliance on beef and cattle, unrealized value and pollution from waste side streams, and overuse of nitrogen fertilizers.
Boosting plants’ natural insect defense without compromising yield
Fungal fermentation for upcycling waste into climate-smart, nutrient-dense, and delicious foods
Methane emission estimation and detection from Concentrated Animal Feeding Operations (CAFOs) with computer vision
Recent news
Previously funded projects
In 2022, the Stanford Sustainability Accelerator funded 31 research teams. Several of these multidisciplinary projects advanced sustainability solutions in the area of food and agriculture.
A blue food transformation for the Pacific