Southern California beachgoers are experiencing an unexpected and unpleasant surprise alongside the stunning bioluminescent waves that have recently captivated visitors. The same algae responsible for the mesmerizing blue glow at night is now causing a foul odor as it begins to die off.
From Beauty to Stench
Over the past week, beaches along the Southern California coast have been treated to a spectacular display of bioluminescence, creating electric blue waves that have delighted surfers and onlookers alike. However, this natural phenomenon has a less appealing side effect.
As the algae responsible for the bioluminescence begins to decay, it releases hydrogen sulfide gas, resulting in a pungent smell reminiscent of rotten eggs. Beach visitors have described the odor as similar to "rotting fish" or "dead fish," creating an unpleasant experience for those hoping to enjoy the coastal views and fresh sea air.
Impact on Local Businesses
The stench is not only affecting beachgoers but also impacting local businesses. Yonatan Huesca, a server at Malibu Farm Cafe, noted that the unusual smell is affecting both staff and customers. "They want to enjoy the view, but when they smell something unusual, it also affects our business," Huesca explained.
Understanding the Phenomenon
Laura Rink, associate director of Heal the Bay Aquarium in Santa Monica, shed light on the situation. "The smell only really occurs as it is decomposing and literally rotting in our ocean right now," Rink stated. This process is a natural part of the algae's life cycle, but it can create temporary discomfort for those in the vicinity.
A Temporary Inconvenience
While the current situation may be unpleasant, experts assure that it is only temporary. Once the algae completes its decomposition process, Southern California beaches will return to their normal state, with clear blue-green waves and fresh sea breezes.
In the meantime, visitors to Southern California's beaches may want to prepare for the possibility of encountering this unusual olfactory experience alongside the visual spectacle of bioluminescent waves.