Through a strategic partnership with Google, El Salvador successfully leveraged satellite monitoring systems to shield its agricultural sector from the severe effects of the El Niño climate phenomenon. By tracking rainfall forecasts, soil moisture, and regional temperatures in real time, the Ministry of Agriculture and Livestock (MAG) identified high-risk zones, such as the eastern region and the Dry Corridor, allowing officials to proactively shift planting schedules before drought conditions hit.
Rather than taking a reactive approach, authorities moved quickly to optimize land selection and provide predictive climate data directly to producers nationwide. This data-driven initiative spearheaded the expansion of the Production Increase Program, providing farmers with high-yielding seeds specifically engineered to withstand severe drought, diseases, and localized pests while maximizing crop survival during seasonal transitions.
The technology-driven strategy achieved unprecedented yields across the country, preparing and planting over 160,000 manzanas of basic grains alongside 3,700 manzanas of irrigated vegetable fields. Auxiliary irrigation systems were strategically deployed to bolster water delivery during early rain transitions, securing domestic food supplies and stabilizing price trends despite broad regional climate challenges.
Addressing political criticism regarding state agricultural management, Deputy Agriculture Minister Óscar Domínguez underscored the success of this coordinated effort. “We were the first country in the region to take advance action against the ‘strong El Niño’ climate phenomenon,” Domínguez stated, emphasizing that the historic harvest was made possible through direct collaboration with more than 300,000 local farmers, cooperatives, and agricultural associations.