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• W788462597 abstract "Over the past few years, considerable advances have been made in the development of realtime monitoring systems through the establishment of regional coastal ocean observing systems. These systems utilize a variety of platforms, ranging from moored buoys and pier stations, offshore platforms, undersea gliders, satellite-based sensing systems, high frequency radar, and ships of opportunity. The Carolinas Coastal Ocean Observing and Prediction System (Caro-COOPS) was established in 2002 and envisioned as a wholly integrated system for coastal observations and their application to user-driven needs. Caro-COOPS attained an extensive array of five instrumented moorings in the coastal ocean off the Carolinas, as well as three onshore water level/meteorological stations near Myrtle Beach, Charleston, and Beaufort, SC. To support these instrumented platforms, a comprehensive communications and data management system was developed, which supported the aggregation, standardization, visualization, and dissemination of high quality, real-time data, derived products, and associated metadata. To demonstrate utility of these data specific user-friendly demonstration products were created in response to expressed needs within the user community. A primary product for Caro-COOPS was based on an advanced suite of integrated models for the prediction of storm surges developed by Caro-COOPS partners at North Carolina State University. Additional applications included map-based products coordinated with the NOAA National Weather Service Regional Weather Forecasting Office in Wilmington, NC and a fisheriesrelated survey data application. Many of the development and implementation problems encountered during the implementation of Caro-COOPS are common to most environmental monitoring systems dealing with real-time data. For example, for optimum communications, processes and protocols were established to alert personnel to instrument-reporting or satellite-transmission problems. Similarly, options for database structure, data transport protocols, and associated standards had to be reviewed and adopted. Moreover, as decisions were made about specifications and procedures, we wanted to ensure that we adopted an information management infrastructure that would interface with other existing or potential environmental monitoring programs, to the extent possible. It was essential to work with additional monitoring programs and establish active lines of communication with them. To that end, particularly strong interactions were established with the University of North Carolina at Wilmington‟s Coastal Ocean Research and Monitoring Program, the Southeast Atlantic Coastal Ocean Observing System, and NOAA‟s National Estuarine Research Reserve System Centralized Data Management Office. Mechanisms to incorporate federal agency monitoring data into the Caro-COOPS information management system were also developed, and specific Caro-COOPS data streams were channeled into the NOAA National Data Buoy Center and NOAA CO-OPS National Water Level Observations Network. The Caro-COOPS processes and protocols, largely developed with open source software and fully documented, are highly accessible and transferable to other monitoring programs. We are now exploring the potential for application of these approaches to even broader environmental needs and the eventual development of coordinated monitoring efforts that span the coastal zone and associated watersheds." @default.
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• W788462597 date "2008-01-01" @default.
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• W788462597 title "The Carolinas Coastal Ocean Observing and Prediction System: An Infrastructure for Communications and Data Management for Real-Time Environmental Monitoring" @default.
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