Data or statistical facts on the situation and perspectives of agri-food systems and the impact of policies
100 million people in LAC face water scarcity despite the region holding 34% of the planet's renewable freshwater (FAO, 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).
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).
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).
61% probability is estimated by WMO that El Niño will bring severe droughts to Belize, Guyana, Suriname, Jamaica, and Trinidad and Tobago, threatening crops and water supplies in countries already facing high imported food prices due to the Iran conflict (The Guardian, 2026).
45 million additional people could fall into acute hunger if the Iran war persists, with the Caribbean among the most vulnerable regions due to food import dependence and El Niño drought threats (The Guardian, 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).
24 vessels per day transited the Panama Canal during the 2023–24 El Niño drought, down from the usual 36, with draft restrictions set at 44 feet (Noll, 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).
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)
