The National Oceanic and Atmospheric Administration (NOAA) has plans for the deployment of several Environmental Buoys (EBs) to measure significant meteorological and oceanographic parameters. Such data obtained from a buoy placed off the coast of Cape Kennedy would be extremely useful for the scientific and operational meteorological community. This report describes some of the local applications an EB would have. It presents a brief view of some of the present and future programs which would benefit from this ocean surface data
The long term goals of this project are to develop a measuring capability for tracking and forecasti...
Data are analyzed from a test buoy equipped with a motion sensor (Hippy) and two different pyranome...
Technical memorandum: Jul 1970 - May 1971PDFTech ReportDOT-TSC-USCG-71-01PB-204 793R1004/CG04Remote ...
The buoys were deployed on the Continental Shelf east of the Chesapeake Light and were tracked by th...
The first NOAA Physical Oceanographic Real-Time System (PORTS ® ) was established in Tampa Bay, Flor...
An Inner-shelf SPAR buoy (I-SPAR) for measuring atmospheric fluxes was developed for use in 7–20 m w...
Research objectives were determined based on user's needs in which an airlaunched, free-drifting buo...
Since the mid-20th century, a growing number of automated weather buoys have been deployed for the p...
Engineering details are presented of a small free-drifting buoy configuration designed for use in th...
The Chesapeake Bay Interpretive Buoy System (CBIBS) is an innovative system to collect, transmit and...
The authors have successfully designed, built and tested an aerosol sampler which is capable of col...
Naval Research Program PosterNaval Research ProgramDaniel Eleuterio, Office of Naval ResearchNPS-N16...
Buoy system for marine use. buoy system could be used to obtain time series data on various meteorol...
Real-time observations are critical to understand, predict and estimate the impact of extreme weathe...
Local application of global-scale models describes the U.S. Navy's basic philosophy for operational ...
The long term goals of this project are to develop a measuring capability for tracking and forecasti...
Data are analyzed from a test buoy equipped with a motion sensor (Hippy) and two different pyranome...
Technical memorandum: Jul 1970 - May 1971PDFTech ReportDOT-TSC-USCG-71-01PB-204 793R1004/CG04Remote ...
The buoys were deployed on the Continental Shelf east of the Chesapeake Light and were tracked by th...
The first NOAA Physical Oceanographic Real-Time System (PORTS ® ) was established in Tampa Bay, Flor...
An Inner-shelf SPAR buoy (I-SPAR) for measuring atmospheric fluxes was developed for use in 7–20 m w...
Research objectives were determined based on user's needs in which an airlaunched, free-drifting buo...
Since the mid-20th century, a growing number of automated weather buoys have been deployed for the p...
Engineering details are presented of a small free-drifting buoy configuration designed for use in th...
The Chesapeake Bay Interpretive Buoy System (CBIBS) is an innovative system to collect, transmit and...
The authors have successfully designed, built and tested an aerosol sampler which is capable of col...
Naval Research Program PosterNaval Research ProgramDaniel Eleuterio, Office of Naval ResearchNPS-N16...
Buoy system for marine use. buoy system could be used to obtain time series data on various meteorol...
Real-time observations are critical to understand, predict and estimate the impact of extreme weathe...
Local application of global-scale models describes the U.S. Navy's basic philosophy for operational ...
The long term goals of this project are to develop a measuring capability for tracking and forecasti...
Data are analyzed from a test buoy equipped with a motion sensor (Hippy) and two different pyranome...
Technical memorandum: Jul 1970 - May 1971PDFTech ReportDOT-TSC-USCG-71-01PB-204 793R1004/CG04Remote ...