The sperm whale (Physeter macrocephalus) emits a typical short acoustic signal, defined as a “click”, almost continuously while diving. It is produced in different time patterns to acoustically explore the environment and communicate with conspecifics. Each emitted click has a multi-pulse structure, resulting from the production of the sound within the sperm whale’s head. A Stable Inter Pulse Interval (Stable IPI) can be identified among the pulses that compose a single click. Applying specific algorithms, the measurement of this interval provides useful information to assess the total length of the animal recorded. In January 2005, a cabled hydrophone array was deployed at a depth of 2,100 m in the Central Medi-terranean Sea, 25 km offshor...
The widespread use of powerful, low-frequency air-gun pulses for seismic seabed exploration has rais...
International audienceA total of 147 days spread over 4 years were recorded by a stereophonic sonobu...
The automated acoustic detection of cetaceans in real time is an important tool to study their beha...
The sperm whale (Physeter macrocephalus) emits a typical short acoustic signal, defined as a “click...
<p>This dataset is from the study:</p> <p>Caruso Francesco, Virginia Sciacca, Giorgio Bellia, Emili...
Kaikoura, New Zealand is one of a few places worldwide where sperm whales can be found near-shore ye...
International audienceDespite dedicated research has been carried out to adequately map the distribu...
The pygmy sperm whale, Kogia breviceps, is a small odontocete whose biology and ecology are poorly u...
The Mediterranean sperm whale population, Physeter macrocephalus, is listed as endangered due to pop...
Some bioacousticians have used a single hydrophone to calculate the depth/range of phonating diving ...
Abstract Characterizing population structure and dynamics is critical for the conservation of endang...
In recent years, an increasing number of surveys have definitively confirmed the seasonal presence o...
The widespread use of powerful, low-frequency air-gun pulses for seismic seabed exploration has rais...
International audienceA total of 147 days spread over 4 years were recorded by a stereophonic sonobu...
The automated acoustic detection of cetaceans in real time is an important tool to study their beha...
The sperm whale (Physeter macrocephalus) emits a typical short acoustic signal, defined as a “click...
<p>This dataset is from the study:</p> <p>Caruso Francesco, Virginia Sciacca, Giorgio Bellia, Emili...
Kaikoura, New Zealand is one of a few places worldwide where sperm whales can be found near-shore ye...
International audienceDespite dedicated research has been carried out to adequately map the distribu...
The pygmy sperm whale, Kogia breviceps, is a small odontocete whose biology and ecology are poorly u...
The Mediterranean sperm whale population, Physeter macrocephalus, is listed as endangered due to pop...
Some bioacousticians have used a single hydrophone to calculate the depth/range of phonating diving ...
Abstract Characterizing population structure and dynamics is critical for the conservation of endang...
In recent years, an increasing number of surveys have definitively confirmed the seasonal presence o...
The widespread use of powerful, low-frequency air-gun pulses for seismic seabed exploration has rais...
International audienceA total of 147 days spread over 4 years were recorded by a stereophonic sonobu...
The automated acoustic detection of cetaceans in real time is an important tool to study their beha...