Prolonged flood event in southeastern Türkiye's Green River basin (April 20–May 5, 2026) driven by heavy rainfall and snowmelt, threatening 15,000+ people with inundation up to 5 meters.
🌊 OPEN LIVE 3D WEATHER ALERTSA prolonged flood event is affecting the Green River basin region of southeastern Türkiye from April 20 to May 5, 2026. Heavy seasonal rainfall combined with snowmelt from the Taurus Mountains has overwhelmed river systems near coordinates 37.063°N, 37.379°E, displacing communities and threatening critical infrastructure across multiple provinces. Initial reports indicate widespread inundation of agricultural land and villages in low-lying areas, with peak water levels expected mid-week as upstream runoff continues downstream.
Spring flooding in Türkiye's eastern Mediterranean region results from converging hydrological forces: warm air masses triggering accelerated snowmelt from high-altitude peaks, combined with orographic precipitation as moisture-laden air masses are forced upward by mountain terrain. The Green River watershed, characterized by steep gradient channels and limited flood plain retention, amplifies water velocity and volume, creating dangerous flash-flood conditions downstream where river valleys narrow.
Real-time satellite precipitation data from NOAA's Multi-Source Weighted Rainfall Analysis and USGS streamflow gauges detect river stage levels and velocity in near real-time, enabling 12–24 hour flood forecasting. Our 3D hydrological simulation overlays topographic watershed models with live precipitation and snowmelt estimates to predict inundation zones and flood timing across tributary networks.
Spring flooding causes an average 2–4% annual economic loss in southeastern provinces. Most vulnerable populations lack early-warning systems; rural villages built in historical flood plains face 3–5 meter inundation depths during major events.
Monitor live flood evolution and precipitation forecasts via Pandita Data's real-time hydrological simulation to plan safe routes and shelter decisions.