Drone footage captured three humpback whales performing a bubble-net feeding maneuver off the coast of Montauk, New York [1].
This sighting provides a rare visual record of a complex, group-coordinated hunting strategy. Such documentation helps researchers understand the social dynamics and survival mechanisms of these marine mammals in Atlantic waters.
The bubble-net feeding technique involves whales blowing bubbles from beneath the surface to create a circular wall. This wall traps schools of prey, such as small fish or krill, in a dense column of water. Once the prey is contained, the whales swim upward through the center of the spiral to feed.
NOAA Fisheries said the goal of these recordings is to document the coordinated feeding strategy of the species [1]. The footage from the Montauk event shows three individuals working together to execute the maneuver [1].
While this specific event occurred in New York, similar behaviors have been documented in other regions. Other reports describe humpback whales performing similar spirals in the waters of Alaska and Antarctica. These global observations indicate that the bubble-net technique is a widespread, though sophisticated, behavior across different humpback populations.
The use of drone technology has allowed observers to capture these events from a vertical perspective. This angle reveals the geometric precision of the bubble walls, often compared to a Fibonacci spiral, which is nearly impossible to see from a boat on the water's surface.
“Drone footage captured three humpback whales performing a bubble-net feeding maneuver off the coast of Montauk, New York.”
The documentation of bubble-net feeding in New York waters highlights the adaptability of humpback whales and the utility of drone surveillance in marine biology. By capturing these coordinated events, scientists can better analyze the communication and cooperation required for such complex hunting, which may indicate the health and social structure of local whale populations.
