A section of the Santa Cruz Wharf in California partially collapsed due to powerful waves on Monday, leading to three city workers falling into the water, according to local officials. Fortunately, all personnel are safe and accounted for following the incident.
The collapse, which took place around 12:45 p.m. PT, was caused by exceptionally strong surf conditions, as noted by Santa Cruz Mayor Fred Keeley during a press conference. While two workers were rescued, the third managed to swim to safety on his own. Mayor Keeley confirmed that there were no injuries reported and that the workers involved are safe.
At the time of the incident, the wharf was closed to the public, preventing any additional injuries or casualties. Currently, the wharf’s structural integrity is under assessment, and it will remain closed until further evaluation is completed.
The Santa Cruz Wharf, which is undergoing a $4 million restoration due to prior storm damage, suffered a collapse of approximately 150 feet, including a restroom facility and part of the ongoing renovation efforts. Equipment tied to the construction also fell into the water during the event.
In light of this incident, residents are urged to steer clear of the affected area and the nearby shorelines while a high surf advisory is in effect. The National Weather Service has predicted hazardous beach conditions, including large swells and waves reaching heights of up to 60 feet along the Pacific Coast, with an associated evacuation order issued for residents along a roughly 3-mile stretch of shoreline south of Santa Cruz.
Despite the unfortunate circumstances, the quick response from city officials and the safe outcome for the workers showcases the effectiveness of emergency preparedness in the face of unexpected natural events.
Summary: A portion of the Santa Cruz Wharf collapsed due to high surf, sending three city workers into the water. All are safe, and the area has been closed as assessments take place. Hazards remain in the region due to ongoing dangerous surf conditions.