Bubbles are the most acoustically active naturally occurring entities in the ocean, and cetaceans are the most intelligent. Having evolved over tens of millions of years to cope with the underwater acoustic environment, cetaceans may have developed extraordinary techniques from which we could learn. This paper outlines some of the possible interactions, ranging from the exploitation of acoustics by humpback whales (Megaptera novaeangliae) in bubble nets to trap prey, to techniques by which coastal dolphins (e.g. of the genus Cephalorhynchus) could successfully echolocate in bubbly water (a hypothesis which has led to the development of a man-made sonar which can penetrate bubble clouds, and a range of possibilities for homeland security). ©...
Bubbles are the most acoustically active naturally occurring entities in the ocean, and cetaceans ar...
Man-made active sonar does not operate well in bubbly water. However dolphins and porpoises not only...
Cetaceans are sensitive to a variety of anthropogenic sounds because they normally use sound to navi...
Abstract: The use made of acoustics for communication and echolocation by cetaceans is well-known. W...
The use made of acoustics for communication and echolocation by cetaceans is well-known. We are also...
Bubbles are the most acoustically active naturally occurring entities in the ocean, and cetaceans ar...
Man-made sonar does not operate well in bubbly water, and yet cetaceans not only function effectivel...
Bubbles are the most acoustically active naturally occurring entities in the ocean, and cetaceans ar...
Marine mammal signals often propagate through bubbly water, be they generated under breaking waves, ...
Marine mammal calls often propagate through bubbly water, be it generated under breaking waves, wake...
Gas bubbles in the ocean are produced by breaking waves, rainfall, methane seeps, exsolution, and a ...
In 2004, Leighton et al [1] proposed that humpback whales used bubble nets as acoustic waveguides to...
Gas bubbles are the most potent naturally-occurring entities that influence the acoustic environment...
It has been known for decades that, to trap prey, humpback whales sometimes employ ‘bubble nets’ in ...
This paper summarizes the content of a plenary lecture on the author’s personal research into the in...
Bubbles are the most acoustically active naturally occurring entities in the ocean, and cetaceans ar...
Man-made active sonar does not operate well in bubbly water. However dolphins and porpoises not only...
Cetaceans are sensitive to a variety of anthropogenic sounds because they normally use sound to navi...
Abstract: The use made of acoustics for communication and echolocation by cetaceans is well-known. W...
The use made of acoustics for communication and echolocation by cetaceans is well-known. We are also...
Bubbles are the most acoustically active naturally occurring entities in the ocean, and cetaceans ar...
Man-made sonar does not operate well in bubbly water, and yet cetaceans not only function effectivel...
Bubbles are the most acoustically active naturally occurring entities in the ocean, and cetaceans ar...
Marine mammal signals often propagate through bubbly water, be they generated under breaking waves, ...
Marine mammal calls often propagate through bubbly water, be it generated under breaking waves, wake...
Gas bubbles in the ocean are produced by breaking waves, rainfall, methane seeps, exsolution, and a ...
In 2004, Leighton et al [1] proposed that humpback whales used bubble nets as acoustic waveguides to...
Gas bubbles are the most potent naturally-occurring entities that influence the acoustic environment...
It has been known for decades that, to trap prey, humpback whales sometimes employ ‘bubble nets’ in ...
This paper summarizes the content of a plenary lecture on the author’s personal research into the in...
Bubbles are the most acoustically active naturally occurring entities in the ocean, and cetaceans ar...
Man-made active sonar does not operate well in bubbly water. However dolphins and porpoises not only...
Cetaceans are sensitive to a variety of anthropogenic sounds because they normally use sound to navi...