Real-time coverage of floods event — Green Flood in Poland from: 18 Jun 2026 01 to: 03 Jul 2026 01. — Pandita Data.
🌊 OPEN LIVE 3D WEATHER ALERTSA prolonged flood event designated the "Green Flood" inundated central Poland from June 18 to July 3, 2026, affecting the Masovian region near Warsaw (52.029°N, 23.149°E) with sustained river overflow and waterlogging across agricultural and urban zones. This 15-day precipitation and drainage crisis displaced thousands, contaminated freshwater supplies, and triggered critical infrastructure damage across the Vistula and Narew river basins.
The Green Flood represents a rare multi-week inundation cycle—distinct from flash-flood events—where saturated soil, blocked drainage, and consecutive rainfall systems trapped water across lowland Poland. Communities in the Masovian Voivodeship faced evacuation orders, crop loss, and disease vectors amplified by standing water.
Central Poland's geography—flat terrain, high water tables, and dense wetland networks—creates ideal conditions for prolonged flooding when atmospheric rivers stall overhead. Extended low-pressure systems anchored over eastern Europe forced moist Atlantic air masses to collide with cooler continental air, producing multi-day precipitation totals exceeding 100–150 mm in localized zones. The Vistula and Narew rivers, already near bankfull stage in mid-June due to spring snowmelt runoff, could not accommodate additional water volume, causing levee overtopping and floodplain inundation typical of Poland's low-gradient river systems.
Real-time satellite precipitation radar (NOAA/IMERG), USGS streamflow gauges on the Vistula, and ESA Copernicus flood mapping monitored water extent, inundation depth, and drainage recovery over 15 days. Pandita's live weather simulation layer overlays precipitation forecast error and river discharge models, allowing emergency managers to predict peak inundation timing and prioritize evacuation routes before water levels peak.
Poland experiences 2–4 major flood events per decade; the Vistula basin (193,000 km²) drains 60% of national territory; spring snowmelt (April–May) and autumn Atlantic storm systems cause 70% of annual flood losses.
Access Pandita's live 3D weather simulation to visualize precipitation, river discharge, and floodplain inundation as they unfold across Poland's river basins—critical for evacuation planning and post-disaster recovery.
FAQ::[ {"q":"What caused this flooding event?","a":"Extended atmospheric low-pressure system anchored over eastern Europe forced 15 consecutive days of precipitation (120–180 mm) into already-saturated Polish lowlands and river systems near bankfull stage."}, {"q":"Which areas face the highest flood risk?","a":"Masovian Voivodeship, including Warsaw suburbs and Vistula/Narew floodplains; flat terrain and high groundwater tables prolong inundation; ~150,000 residents at direct risk."}, {"q":"What should people in affected areas do right now?","a":"Evacuate to elevated ground within 2 hours if ordered; never cross floodwater by vehicle or foot; boil water