The World Meteorological Organization Predicts a Wet Summer for Central Asia
Science Pop | ORIENT. The global expert community is preparing for a global climate transition. According to the latest data from the World Meteorological Organization (WMO), a powerful El Niño natural phenomenon is forming in the equatorial Pacific Ocean with a probability of up to 90%. This large-scale process traditionally reshapes wind patterns across the planet, and, according to the official WMO press release, above-normal temperatures will be recorded virtually everywhere from June to August 2026.
However, despite alarming headlines in regional media predicting catastrophic anomalies, experts urge reliance on hard geographical facts. Historical observations show that for the arid region of Central Asia, this cycle most often results not in scorching heat, but in a noticeable increase in precipitation during the summer and fall. WMO computer model forecasts confirm this trend, with the likelihood of precipitation levels in the region exceeding long-term norms assessed as moderately high.
For the arid zones of Central Asia, such natural adjustments are a positive factor, capable of partially compensating for water resource shortages, reducing the risks of soil degradation, and supporting ecosystems. Experts emphasize that WMO data is an important long-term planning tool for farmers and the water management sector. Timely meteorological warnings enable countries in the region to effectively accumulate moisture and minimize any risks, transforming global climate cycles into a resource for sustainable development.
What is El Niño and how does the planetary "conveyor belt" work?
Scientifically, El Niño (meaning "little boy" in Spanish) is the warm phase of the Southern Oscillation, a global oceanic and atmospheric phenomenon. Normally, trade winds push warm water from the coast of South America toward Asia, and a cold current rises from the ocean depths to replace it. However, during El Niño, these winds weaken or even reverse. As a result, a huge mass of warmed water rushes back toward the American coast.
Excess evaporation over the warmed ocean releases colossal amounts of energy into the atmosphere, completely reversing the direction of air currents and jet streams across the globe. Central Asia is remote from the oceans, but this global restructuring of the planet's "air rivers" directly affects it. The weakening of the usual wind systems opens a corridor for moist Atlantic and Mediterranean air masses, which penetrate much further inland than usual, bringing additional precipitation to our traditionally arid region.
