37-day flood event in southeastern Türkiye (Mardin province) driven by spring snowmelt and heavy rainfall; threatens agricultural lands and settlements across Upper Mesopotamian lowlands.
🌊 OPEN LIVE 3D WEATHER ALERTSA prolonged flood event is unfolding across southeastern Türkiye, centered near Mardin province (36.2°N, 36.2°E), from April 20 through May 26, 2026. Heavy seasonal rains and snowmelt from the Taurus Mountains are saturating the Upper Mesopotamian plains, raising river levels across the Tigris and Euphrates tributaries and threatening agricultural areas, settlements, and critical infrastructure. Initial reports indicate displacement risk across multiple districts, with water inundating farmland and approaching populated zones downstream.
This flood is driven by the collision of two hydrological systems: late spring convective rainfall from Atlantic-origin moisture streaming eastward, combined with rapid snowmelt from high-elevation terrain (1,500–2,500 m) feeding into lowland river networks with limited storage capacity. The Mesopotamian floodplain—historically shaped by the Tigris-Euphrates system—has reduced wetland buffer zones due to dam regulation and agricultural development, meaning water moves downstream faster and accumulates in confined channels.
Real-time NOAA precipitation radar and NASA soil moisture sensors detect rainfall intensity and accumulation across the Taurus headwaters, while USGS stream-flow models forecast river discharge into the lower plains. Satellite imagery monitors inundation extent and water surface area expansion across the 37-day event window.
Türkiye's flood risk is concentrated in mountain-fed river systems with high seasonal variability. The Mesopotamian lowlands are naturally flood-prone; anthropogenic modifications (dams, channelization) alter natural water distribution, sometimes concentrating rather than mitigating peak flows. Mardin province has experienced similar events in 2004, 2015, and 2018.
Monitor Pandita Data's real-time flood and hydrological simulations to track river levels, precipitation forecasts, and inundation projections across Mardin and neighboring provinces.