Palermo, Italy—Powerful gale-force gusts linked to an intensifying Mediterranean subtropical storm sheared off a multistory building facade Wednesday afternoon, showering a busy urban sidewalk with heavy masonry and hospitalizing three pedestrians.
The structural collapse occurred without warning as storm winds exceeding ninety kilometers per hour battered old town residential blocks. Tons of plaster, brickwork, and stone molding peeled away from the upper floor of a four-story structure, crashing directly onto pedestrians seeking cover below.
Fire brigades and paramedic units cordoned off the block, using search dogs and acoustic sensors to verify whether additional victims were buried under the pile of pulverized masonry. Emergency crews worked amid continuing wind blasts that rattled loose tiles on neighboring roofs.
Ambulance crews stabilized three individuals suffering from head trauma, internal crushing injuries, and compound limb fractures before transporting them under police escort to a nearby trauma hospital. Medical directors confirmed all three remain under surgical care in serious condition.
Civil protection engineers ordered the immediate evacuation of the damaged building and adjacent structures, citing structural compromise along exposed timber and brick joists. Municipal workers erected heavy steel scaffolding to prevent remaining facade sections from peeling away into the street.
City traffic police diverted public transit lines away from the historical district as fallen power cables and crushed streetlamps rendered the thoroughfare impassable. Structural inspectors began emergency evaluation protocols on nearby historic structures built with similar exterior masonry techniques.
Local authorities noted that the subtropical system generated unusual barometric pressure drops across the coastal corridor, triggering isolated, violent wind squalls capable of damaging unreinforced architectural features.
Police barricades remain in place across the historic center as specialized fire crews dismantle remaining loose facade elements and secure the site against further wind damage.
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