Adapting agriculture to climate change is vital for the welfare of farmers, and the nation's inclusive growth. However, increasing land fragmentation poses a significant barrier. It reduces production efficiency, threatens farmers' livelihoods, and hinders the adoption of climate-smart agricultural practices.
We are exploring data-driven solutions to address land fragmentation in Bangladesh. Our ongoing research focuses on cooperative farming as a potential national-scale solution—an approach that has proven effective at scale in countries such as India, Vietnam, Ethiopia, Rwanda, and Kenya, as well as at the local level within Bangladesh.
We utilize satellite imagery and geospatial analysis to map land fragmentation patterns, identifying areas most at risk from climate change. Our models predict yield gaps and recommend optimized crop rotations.
Our research highlights the success of cooperative farming models in several countries. By pooling land and resources, farmers can overcome the challenges of fragmentation, invest in modern technology, and collectively bargain for better prices. This model not only increases resilience against climate shocks but also enhances food security and economic stability for rural communities.
