Title :
The Liverpool Bay coastal observatory
Author :
Howarth, M.J. ; Proctor, R. ; Smithson, M.J. ; Player, R. ; Knight, P.J.
Author_Institution :
Proudman Oceanogr. Lab., Liverpool, UK
Abstract :
The pilot coastal observatory in the eastern Irish Sea integrates (near) real-time measurements with coupled models in a pre-operational coastal prediction system. The aim is to develop the underpinning science for marine management, focusing on the impacts of storms, eutrophication and the relative importance of events viz-a-viz the mean. Real time current measurements are obtained from a seabed mounted acoustic Doppler current profiler; deployment started in August 2002, via acoustic modems and the Orbcomm satellite e-mail system, and from a shore based HF radar via telephone landlines. There are also real time measurements from a surface buoy and a directional wave buoy and from an instrumented ferry, all via Orbcomm. The measurements are integrated with a suite of nested 3-dimensional hydrodynamic and ecological models run daily, focusing on the Observatory area by covering the ocean/shelf of northwest Europe (at 12 km resolution), the Irish Sea (at 1.8 km) and Liverpool Bay (at 200-300m resolution). All measurements and model outputs are displayed on the Web-site (http://coastobs.pol.ac.uk).
Keywords :
Doppler measurement; acoustic measurement; data acquisition; ocean waves; oceanographic regions; oceanographic techniques; remote sensing by radar; 3D ecological models; 3D hydrodynamic models; Ireland; Liverpool Bay coastal observatory; Orbcomm satellite e-mail system; United Kingdom; acoustic modems; coastal prediction system; directional wave buoy; eastern Irish Sea; eutrophication; instrumented ferry; marine management; northwest Europe; real time current measurement; real-time measurements; seabed mounted acoustic Doppler current profiler; shore based HF radar; storm impact; surface buoy; telephone landlines; Acoustic measurements; Biological system modeling; Current measurement; Modems; Observatories; Predictive models; Real time systems; Satellites; Sea measurements; Storms;
Conference_Titel :
Current Measurement Technology, 2005. Proceedings of the IEEE/OES Eighth Working Conference on
Print_ISBN :
0-7803-8989-1
DOI :
10.1109/CCM.2005.1506357