Project Drawdown is the world’s leading resource for climate solutions with a mission to help the world stop climate change – as quickly, safely, and equitably as possible.

Project Drawdown is the world’s leading resource for climate solutions with a mission to help the world stop climate change – as quickly, safely, and equitably as possible.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Advancing tropical crops' resilience and yield through cutting-edge genetic breeding.

Advancing tropical crops' resilience and yield through cutting-edge genetic breeding.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Advancing tropical crops' resilience and yield through cutting-edge genetic breeding.

Advancing tropical crops' resilience and yield through cutting-edge genetic breeding.

Advancing tropical crops' resilience and yield through cutting-edge genetic breeding.

Advancing tropical crops' resilience and yield through cutting-edge genetic breeding.

Advancing tropical crops' resilience and yield through cutting-edge genetic breeding.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Improving resilient agrifood systems to benefit resource-poor farmers and enhance climate sustainability.

Robotics and AI for sustainable, precision farming, reducing waste and chemical use.

Designing nature-positive seeds to boost sustainable food production with AI and gene editing.

Designing nature-positive seeds to boost sustainable food production with AI and gene editing.

Designing nature-positive seeds to boost sustainable food production with AI and gene editing.

Designing nature-positive seeds to boost sustainable food production with AI and gene editing.

Designing nature-positive seeds to boost sustainable food production with AI and gene editing.

Designing nature-positive seeds to boost sustainable food production with AI and gene editing.

Designing nature-positive seeds to boost sustainable food production with AI and gene editing.

Robotics and AI for sustainable, precision farming, reducing waste and chemical use.

Cutting rice emissions and boosting small-holder farmers with AI-powered, scalable precision.

Cutting rice emissions and boosting small-holder farmers with AI-powered, scalable precision.

Cutting rice emissions and boosting small-holder farmers with AI-powered, scalable precision.

Cutting rice emissions and boosting small-holder farmers with AI-powered, scalable precision.

Cutting rice emissions and boosting small-holder farmers with AI-powered, scalable precision.

Cutting rice emissions and boosting small-holder farmers with AI-powered, scalable precision.

Designing nature-positive seeds to boost sustainable food production with AI and gene editing.