ASL Environmental Sciences invites applications for its early-career scientist program that supports the oceanographic and limnological research community by lending, free of charge, a calibrated battery-powered Acoustic Zooplankton Fish Profiler (AZFP).
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The AZFP6-ice is the next generation in high-resolution, low-power, continuously recording subsurface instruments that are capable of long-term deployments of a year or more.
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In recognition of the importance of the Pacific herring, the Salish Sea Community Guardians, an organization dedicated to all aspects of stewardship for Salish Seas First Nations, have created a cross-cultural action plan. This action plan would provide First Nations traditional herring spawning habitat recovery and protection in key herring spawning areas in waters around southern Vancouver Island. Part of
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ASL‘s 2020 Early Career Scientist Contest is now open. The goal of this program is to support the oceanographic and limnological research community by lending, free of charge, a calibrated battery-powered Acoustic Zooplankton Fish Profiler (AZFP) (either 125/200/455/769-kHz or 38/125/200/455-kHz configuration), plus mooring cage and battery fora three-month maximum deployment period, along with the support from ASL’s team of experts.
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ASL Environmental Sciences has chosen Dr. Laura Hobbs and Dr. Roland Proud as the winners of the fourth annual Acoustic Zooplankton Fish Profiler (AZFP) early-career scientist award contest. They are both Scotland-based marine ecologists, specializing in bioacoustics. Hobbs is associated with the Scottish Association for Marine Science (SAMS) and the University of Strathclyde, and Proud is with the University of St. Andrews. Together, they plan
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ASL appointed Dr. Steve Pearce to the position of acoustics scientist. Pearce brings more than a decade of experience in underwater acoustics R&D to the ASL team. He earned his Ph.D. at Simon Fraser University in 2014, where his studies focused on sidescan sonar signal processing to suppress multipath interference in the context of a multi-angle swath bathymetry array. The
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