A great white shark was filmed swimming within a few feet [2] of swimmers, including children, off the coast of Malibu Pier in Southern California.

The encounter highlights the risks associated with "sharky summer," a seasonal surge in great white activity that brings predators closer to shore as they follow prey. This period of heightened activity increases the likelihood of close-range interactions between marine wildlife and beachgoers.

Footage captured the shark, described as a juvenile, gliding through the water near a group of unaware swimmers. The animal is estimated to be 10 feet long [1]. The video shows the predator maintaining a close distance to the swimmers before moving away from the immediate area.

Scientists said that this increase in shark presence is a recurring seasonal pattern. The sharks typically migrate toward the coast to follow food sources, which often brings them into the shallow waters frequented by tourists and residents. While these interactions are often non-aggressive, the proximity of a 10-foot [1] predator to children creates significant safety concerns for public health officials and beach patrons.

Local authorities and marine experts said that while the surge in shark activity is a natural biological occurrence, swimmers should remain vigilant. The use of drone technology has allowed for better monitoring of these animals, providing real-time data on shark movements near popular swimming spots like Malibu Pier. This visibility helps the public understand the presence of apex predators in the area without relying solely on sightings from the shore.

“The shark was filmed swimming within a few feet of a group of swimmers.”

The incident underscores a growing trend of 'sharky summer' in Southern California, where shifting prey patterns bring juvenile great whites into shallow recreational zones. While these encounters rarely result in attacks, the increased frequency of sightings, aided by drone surveillance, heightens public awareness of the shared space between urban coastlines and migratory marine predators.