IMOS - ACORN - Coffs Harbour HF ocean radar site (New South Wales, Australia) - Delayed mode wave

• Other Authors: AODN Data Manager (pointOfContact), AODN Data Manager (distributor), Cosoli, Simone (pointOfContact), Data Officer (pointOfContact), Data Officer (distributor), Integrated Marine Observing System (IMOS) (resourceProvider), Oceans Graduate School (OGS), The University of Western Australia (UWA) (hasAssociationWith)
• Format: Dataset
• Language: unknown
• Published: Integrated Marine Observing System
• Subjects: oceans; EDDIES; EARTH SCIENCE; OCEAN CIRCULATION; OCEAN CURRENTS; Oceans | Ocean Circulation | Upwelling; WIND-DRIVEN CIRCULATION; SIGNIFICANT WAVE HEIGHT; OCEAN WAVES; WAVE FREQUENCY; WAVE LENGTH; WAVE PERIOD; WAVE SPEED/DIRECTION; WAVE SPECTRA; SURFACE WINDS; OCEAN WINDS; CORAL REEFS; COASTAL PROCESSES; RADIO WAVE; SPECTRAL/ENGINEERING; SEA STATE; SWELLS; WIND WAVES; IMOS Site | COF | Coffs Harbour HF ocean radar site; Marine Features (Australia) | East Australian Current; WERA HF Radar | Phased Array; Doppler frequency; Physical Oceanography; Global / Oceans | Pacific Ocean; Regional Seas | Tasman Sea; Coastal Cities / Towns (Australia) | Coffs Harbour; NSW; Countries | Australia; States; Territories (Australia) | New South Wales; WERA beam forming HF radar; Direction of waves on the water body; Direction at spectral maximum of waves on the water body; Mean period at spectral first frequency moment of waves on the water body; Period at the peak spectral energy of waves on the water body; Mean period at spectral second frequency moment of waves on the water body; Significant height of waves on the water body; surface current radars; Ocean Radar Facility; Integrated Marine Observing System (IMOS); Southern Ocean
• Online Access: https://researchdata.edu.au/imos-acorn-coffs-mode-wave/1330390

Credit Australia’s Integrated Marine Observing System (IMOS) is enabled by the National Collaborative Research Infrastructure Strategy (NCRIS). It is operated by a consortium of institutions as an unincorporated joint venture, with the University of Tasmania as Lead Agent. Credit The University of Western Australia (UWA) The Coffs Harbour (COF) HF ocean radar site is located near the point at which the East Australian Current (EAC) begins to separate from the coast. Here the EAC is at its narrowest and swiftest: to the north it is forming from the westwards subtropical jet, and to the south it forms eddies and eventually the warm water moves eastwards across the Tasman Sea, forming a front with the cold water of the Southern Ocean. The connection between coastal and continental shelf waters is fundamental to the understanding of the anthropogenic impact on the coastal ocean and the role of the ocean in mitigating urban marine water quality. The oceans off Eastern Australia and in particular in the region of New South Wales have a complex circulation structure, and are strongly connected with other regional seas and currents. The East Australia Current (EAC) flows from tropical regions southward along the NSW continental slope, bringing tropical biota southward. These current structures provide strong physical and biological connectivity, allowing substantial transport and dispersion of biota between regions, and influencing the transport and upwelling of nutrients, which are fundamental to biological productivity. The COF HF ocean radar is a WERA phased array system with 16-element receive arrays located at Red Rock (-23.942 S, 151.371 E) to the north of Coffs Harbour and North Nambucca (-24.111 S, 152.713 E) to the south. The area of focus is off Coffs Harbour where IMOS and the NSW government have mooring sites. These radars operate at a frequency of 13.920 MHz, with a bandwidth of 100 KHz and a maximum range of 100 Km. Within the HF radar coverage area surface currents are measured. Data are also ...