Havana, Cuba—Raging ocean waves crashed over the sea wall, sending tons of seawater surging into low-lying coastal neighborhoods. Foam and debris washed deep into residential streets as the tidal inundation caught residents off guard. Power transformers blew out with bright flashes across several flooded blocks.
A powerful seasonal low-pressure system generated violent swells that overwhelmed traditional coastal defenses. Residents struggled to move furniture to upper floors as knee-high water rapidly filled ground-floor apartments. Civil defense units deployed amphibious trucks to navigate the submerged avenues.
Emergency rescue workers recovered two bodies from flooded interior courtyards after waters receded slightly by afternoon. Both victims had been trapped inside ground-level dwellings unable to escape the sudden influx of heavy saltwater. Medical examiners confirmed drowning as the primary cause of death.
Municipal infrastructure officials reported extensive damage to aging structural foundations along the waterfront avenue. Seawater infiltration severely compromised electrical grids and underground plumbing networks across multiple municipal zones. Evacuated families were transferred to temporary shelters set up in higher inland schools.
Structural engineers inspected water-logged building facades for immediate collapse hazards caused by prolonged wave battering. Residents expressed frustration over delayed early warning sirens and insufficient coastal barrier maintenance. Power crews worked under hazardous conditions to secure downed electrical lines.
Forensic teams completed initial casualty reports while municipal sanitation trucks began clearing marine debris from streets. Pedestrian and vehicular access to the waterfront corridor remains strictly restricted by military police. Floodwaters continue receding slowly into storm drainage basins.
The threat of secondary structural failures keeps civil defense personnel on high alert through the night. Meteorological stations monitor approaching wave fronts offshore.
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