AES / R D Instruments Inc. / Coastal Systems / Cox / Hydraulics Laboratory / Surfbreak Engineering Sciences Inc. / /
Event
Natural Disaster / /
Facility
National Data Buoy Center / Florida State University / NDBC Buoy Station / FCFP station / Tug Tower / University of Florida / Rock Tower / NDBC station / Army’s Field Research Facility / Shores Resource Center / Engineers’ Coastal Hydraulics Laboratory / /
IndustryTerm
near-real-time in situ measuring stations / dedicated maintenance contractor / bed-induced energy losses / energy loss / wave gage technologies / real-time network / deepwater hindcast products / in situ network / nearshore site / real-time wave data collection system / model-based energy loss investigation / stainless steel pipe / near-real-time wave / bottom energy loss processes / energy-based significant wave height / beach management / post-processing / energy losses / site-specific applications / /
Canadian government / National Center for Atmospheric Research / Bureau of Beaches / U.S. Army Corps of Engineers’ Coastal Hydraulics Laboratory / National Data Buoy Center / Engineer Research and Development Center / United States Army / Florida State University / U.S. Army Corps of Engineers / Beaches and Shores Resource Center / Corps of Engineers / University of Florida / National Center for Atmospheric Research and National Centers for Environmental Prediction / /
Position
frequently overlooked driver / President / dedicated maintenance contractor / Program Administrator / Florida Department / Staff Engineer / contractor / single diver / /
ProgrammingLanguage
FL / /
ProvinceOrState
Wisconsin / Brevard County / Florida / North Carolina / Mississippi / /
PublishedMedium
Atmospheric Research / /
Region
North Atlantic / Gulf of Mexico / central east coast / /
The Florida Coastal Forcing Project Mark E. Leadon1, William R. Dally2, and Daniel A Osiecki3 Abstract A newly initiated, State-wide project to develop 1) a 40-year-long archive of hindcast-based nearshore wave and wind