Marine mammals spend most of their time underwater which sometimes makes it difficult to detect them from the surface. At the same time, most cetaceans (toothed and baleen whales) produce a variety of sounds underwater and since sound travels easily in water, these sounds can normally be picked up even at distances beyond those of visual detection. Several studies have shown that the analysis of underwater sound recordings can complement the existing research efforts to assess the presence and distribution of cetacean species in the Caribbean waters and elsewhere. We hope the system will be easy to use even by untrained personnel and robust enough to withstand the strain of being used in the marine environment. This user’s guide is intended...
Arrays of tidal turbines are being considered for tidally energetic coastal sites which can be impor...
description of an interactive digital sound library to manage sound and ultrasound recordings of mar...
Our goal is to develop an inexpensive acoustic profiler technology, QUEphone (Quasi-Eulerian phone),...
Marine mammals spend most of their time underwater which sometimes makes it difficult to detect them...
In our attempt to monitor the presence of marine mammals, especially cetaceans, their acoustic activ...
Over 60 species of marine mammals reside in United States waters. Assessing each marine mammal stock...
Cetacean distribution and abundance within Irish waters is poorly known, especially offshore. The pr...
Marine animals make extensive use of sound in an environment where vision is usually very limited bu...
Advances in mobile autonomous platforms for oceanographic sensing, including gliders and deep-water ...
A wide range of anthropogenic structures exist in the marine environment with the extent of these se...
Traditional visual survey methods for marine mammals can only detect a fraction of the animals prese...
Includes accompanying booklet and image of record jacketThe vocal sounds of cetaceans are a little k...
A wide range of anthropogenic structures exist in the marine environment with the extent of these se...
Funding was provided by the Natural Environment Research Council (Grant Nos. NE/R015007/1 and NE/R01...
<p>Passive acoustic monitoring is being used more frequently to examine the occurrence, distribution...
Arrays of tidal turbines are being considered for tidally energetic coastal sites which can be impor...
description of an interactive digital sound library to manage sound and ultrasound recordings of mar...
Our goal is to develop an inexpensive acoustic profiler technology, QUEphone (Quasi-Eulerian phone),...
Marine mammals spend most of their time underwater which sometimes makes it difficult to detect them...
In our attempt to monitor the presence of marine mammals, especially cetaceans, their acoustic activ...
Over 60 species of marine mammals reside in United States waters. Assessing each marine mammal stock...
Cetacean distribution and abundance within Irish waters is poorly known, especially offshore. The pr...
Marine animals make extensive use of sound in an environment where vision is usually very limited bu...
Advances in mobile autonomous platforms for oceanographic sensing, including gliders and deep-water ...
A wide range of anthropogenic structures exist in the marine environment with the extent of these se...
Traditional visual survey methods for marine mammals can only detect a fraction of the animals prese...
Includes accompanying booklet and image of record jacketThe vocal sounds of cetaceans are a little k...
A wide range of anthropogenic structures exist in the marine environment with the extent of these se...
Funding was provided by the Natural Environment Research Council (Grant Nos. NE/R015007/1 and NE/R01...
<p>Passive acoustic monitoring is being used more frequently to examine the occurrence, distribution...
Arrays of tidal turbines are being considered for tidally energetic coastal sites which can be impor...
description of an interactive digital sound library to manage sound and ultrasound recordings of mar...
Our goal is to develop an inexpensive acoustic profiler technology, QUEphone (Quasi-Eulerian phone),...