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for Ocean Energy Research (COER). COER has a strong international presence and legacy as a centre for excellence in ocean energy, particularly in control of wave energy systems. Further information on COER is
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for Ocean Energy Research (COER). COER has a strong international presence and legacy as a centre for excellence in ocean energy, particularly in control of wave energy systems. Further information on COER is
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to internal and inertial waves in the oceans and atmospheres, waves in quantum fluids, Alfven waves in plasmas and many more. In general, the equations of motion that describe wave systems are not linear, which
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exploitation of satellite data in ECMWF’s coupled global forecasting system. The main role will be to develop and adapt the current ocean wave data assimilation system to enable both the monitoring and
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and temperature observations around Australia. The IMOS National Coastal Wave Buoy Facility is hosted at the University of Western Australia’s Oceans Graduate School. The University of Western Australia
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development and testing. Other ocean enterprise programs operated by OSU in proximity to HMSC include PacWave (an open ocean facility for the testing of wave energy conversion devices) and the NSF-funded Ocean
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IMOS National Coastal Wave Buoy Facility is hosted at the University of Western Australia’s Oceans Graduate School. The University of Western Australia Oceans Graduate School carries out fundamental
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, academic and National Laboratory researchers, coastal community members, ocean users, federal and state regulators, and other government officials to address key challenges in the sector and accelerate its
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interaction and surface waves, upper-ocean physics, and ocean chemistry. MPL has contracts & grants with federal agencies, industry, other Universities and nonprofits, and various state agencies. MPL's research
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resolution? How do fine-scale air–sea interactions impact ocean upwelling, mixing, biogeochemical transfers and the marine atmospheric boundary layer? How important are wave–current and wave–wind interactions