The Institute for Marine Mammal Studies (IMMS) is adding acoustic tags to its sea turtle research program, allowing ...
In the pitch-black depths along the ocean floor, scientific instruments constantly listen to the Earth move. Seismometers scattered across the seabed are designed to record the grinding of tectonic ...
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The previous chirp detection algorithm was based entirely on manual extraction of multiple features across time and space, where anomalies on a all features at the same time were chirps. This approach ...
Due to its small size and lifelong optical transparency, the fish Danionella cerebrum is an emerging model organism in biomedical research. How can this small vertebrate under 12 mm length produce ...
Continuous recording of environmental sounds could allow long-term monitoring of vocal wildlife, and scaling of ecological studies to large temporal and spatial scales. However, such opportunities are ...
The sense of hearing in all known animals relies on possessing auditory organs that are made up of cellular tissues and constrained by body sizes. We show that hearing in the orb-weaving spider is ...
Passive acoustic monitoring (PAM) is increasingly being adopted as a non-invasive method for the assessment of ocean ecological dynamics. PAM is an important sampling approach for acquiring critical ...
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