How one AI startup is helping rice farmers battle climate change

Addressing climate change is a monumental challenge, particularly for agricultural sectors. Mitti Labs, a New York-based startup, is at the forefront of this battle, utilizing innovative technology to measure methane emissions from rice paddies. By training farmers in sustainable practices, Mitti is not only tackling environmental issues but also enhancing agricultural efficiency. The secret to Mitti's success in attracting investment lies in its strategic partnerships. Recently, the company announced a collaboration with The Nature Conservancy to promote regenerative agriculture practices, a move that broadens its impact significantly. This partnership enables Mitti to leverage its AI-driven models to monitor and verify the efforts of local nonprofit workers in India who are assisting farmers in adopting eco-friendly techniques. "Most of the project operations are carried out by locals from the villages where these initiatives are implemented," explained co-founder Xavier Laguarta. Currently, Mitti focuses on projects aimed at reducing methane emissions from rice farming while exploring additional software capabilities for external developers. "We can measure Scope 3 emissions from other project developers or corporations collaborating with rice farmers," Laguarta added, highlighting the potential for a software-as-a-service (SaaS) solution. Mitti's approach is echoed by other companies in the sector, such as Mati Carbon, which recently claimed the Xprize Carbon grand prize for its software in carbon measurement and verification. Mitti tracks methane reduction projects to generate carbon credits, taking a percentage from sales to benefit both farmers and their communities. "Farmers typically see about a 15% increase in their earnings through our programs," said Laguarta, emphasizing the importance of this revenue for smallholder farmers. The unique conditions of rice farming, characterized by flooded fields, create an environment conducive to methane-producing microbes. This makes rice cultivation a significant contributor to global methane emissions, accounting for roughly 10% to 12% of the total. To monitor emissions efficiently, Mitti utilizes satellite imagery and radar technology, which can penetrate through clouds and vegetation, providing insights into below-ground microbial activity. Given that smallholder farmers dominate the agricultural landscape in India, with an average farm size of just one hectare (approximately 2.5 acres), traditional monitoring methods could be prohibitively expensive. Remote sensing data helps keep verification costs manageable, while partnerships facilitate the spread of sustainable practices to millions of farmers. "Ninety percent of rice is produced in Asia, and outside of China, most rice-growing regions face similar challenges with smallholder dynamics," noted Laguarta. "Our collaboration with The Nature Conservancy allows us to create tools that can support various programs across the region."