Woman Hit by Towering Wave as King Tides Hit Bay Area Coast

URGENT UPDATE: A woman was violently knocked off her feet by a monstrous wave south of the Pacifica Municipal Pier on Thursday, July 20, 2023, as the Bay Area faced extreme king tides and towering breakers reaching 14 to 25 feet. A video captured by a KRON4 viewer shows the intense moment, highlighting the severe conditions battering the coastline.

The National Weather Service (NWS) has issued urgent warnings for the public to avoid jetties, piers, and any waterside infrastructure from Thursday through Saturday morning due to the dangerously high surf. Authorities are also cautioning about an elevated risk of sneaker waves this week, which are described as “potentially deadly waves that surge further up the beach than expected, overtaking the unaware.”

While it remains unclear if the wave that struck the woman was indeed a sneaker wave, the NWS strongly advises beachgoers to remain vigilant and never turn their backs on the ocean. In a statement, the NWS explained the risks associated with these unpredictable waves. Survivors of sneaker waves have reported feeling the water-sand mix in their clothing as heavy as concrete, making escape from the receding tide nearly impossible.

Authorities stress that the volume of sand, water, and gravel carried by these waves can lead to severe injuries—or worse. This week, the NWS has reiterated the necessity of staying clear of large logs and debris near the surf line, as they can be lifted or rolled by sneaker waves, posing a significant danger to beachgoers.

As the Bay Area faces these hazardous beach conditions, the NWS continues to monitor the situation closely and urges everyone to exercise extreme caution. The dramatic scene serves as a stark reminder of nature’s power and the importance of safety along the coastline.

For those planning to visit the beach over the coming days, stay informed and heed the warnings from local authorities. The situation remains fluid, and further updates are expected as conditions develop.