Data or statistical facts on the situation and perspectives of agri-food systems and the impact of policies
1.5 billion lempiras were allocated by Honduras to the 2026 Agricultural, Livestock and Coffee Production Incentives Program to strengthen food security and respond to climate emergencies.
Climate models indicate the 2026 El Niño could be the strongest on record. It is estimated 50% chance of a "strong" or "very strong" event during the upcoming Northern Hemisphere winter. Some models project global temperature anomalies exceeding +2°C (Alessi,2026)
The years 2023–2025 averaged more than 1.5°C above preindustrial levels, with 2024 being the hottest year on record. A super El Niño on top of this baseline worsens crop yield impacts in the Caribbean, where El Niño historically generates droughts, heatwaves, and water stress that reduce production of key crops such as maize, beans, and sugarcane.
50% of Latin America's energy comes from hydroelectric sources, making the region highly exposed to El Niño; droughts force reliance on costlier thermal plants, raising agricultural production costs (Castellanos, 2026).
0.6 to 1.7 percentage points of GDP could be lost by Andean countries due to El Niño, impacting agriculture, hydroelectric energy, and logistics, with the agricultural sector absorbing up to 82% of drought damages (Castellanos, 2026).
26% of climate disaster damages in LAC are absorbed by the agricultural sector on average, rising to 82% during droughts; equatorial Pacific warming also severely impacts Caribbean coastal fisheries (Castellanos, 2026).
45% of Caribbean SDG targets are stagnant or regressing, making it the lowest-performing subregion (13%) versus 19% in South America and 18% in Central America (CEPAL, 2026).
ENECMWF models project Pacific temperatures exceeding the 2015 record (+5.04°F), with a 61% probability of El Niño in May–July 2026 (Noll, 2026).
+1.5°C anomaly in the Niño-3.4 region is NOAA's CPC threshold for a "strong" El Niño event, with a 62% probability of occurrence in June–August 2026 (Noll, 2026).
The study maps 1,793 of 1,874 Peruvian districts (95.7%), with moderate-to-high risk zones covering over one-third of the national territory, indicating ENSO events amplify pesticide dispersal. (Honles,J. et al, 2026)
