The Carolinas Coastal Ocean Observing and Prediction System ( Caro-COOPS )

12
The Carolinas Coastal Ocean The Carolinas Coastal Ocean Observing and Prediction Observing and Prediction System System ( ( Caro-COOPS Caro-COOPS ) ) Funded by the National Oceanic And Atmospheric Administration A partnership among the University of South Carolina, North Carolina State University, & the University of North Carolina- Wilmington

description

The Carolinas Coastal Ocean Observing and Prediction System ( Caro-COOPS ). A partnership among the University of South Carolina, North Carolina State University, & the University of North Carolina-Wilmington. Funded by the National Oceanic And Atmospheric Administration. - PowerPoint PPT Presentation

Transcript of The Carolinas Coastal Ocean Observing and Prediction System ( Caro-COOPS )

Page 1: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

The Carolinas Coastal Ocean The Carolinas Coastal Ocean Observing and Prediction SystemObserving and Prediction System

((Caro-COOPSCaro-COOPS))

Funded by theNational Oceanic And Atmospheric Administration

A partnership among theUniversity of South Carolina,

North Carolina State University, & the University of North Carolina-Wilmington

Page 2: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

What is Caro-COOPS?What is Caro-COOPS?

A system of coordinated coastal A system of coordinated coastal observations for user-driven observations for user-driven research:research:

An extensive array of instrumented An extensive array of instrumented moorings/stationsmoorings/stations

A comprehensive data management A comprehensive data management systemsystem

An advanced suite of integrated modelsAn advanced suite of integrated models

Page 3: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

PrimaryPrimary measurementsmeasurements

Instrumented moorings (10)Instrumented moorings (10)Current velocity & direction, Current velocity & direction,

wave height/direction, wave height/direction, temperature, salinity, temperature, salinity, pressure, chlorophyllpressure, chlorophyll

Water level/meteorological Water level/meteorological stations (5)stations (5)Supplement NOAA NWLON, NDBC, & Supplement NOAA NWLON, NDBC, & C-MAN stations C-MAN stations

* 3 cross-isobath “picket * 3 cross-isobath “picket fences”fences”

WLS, 10, 30, & 100+ mWLS, 10, 30, & 100+ m

Page 4: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )
Page 5: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

Basic principles guiding the design Basic principles guiding the design of Caro-COOPSof Caro-COOPS

Integrated architecture Integrated architecture (spans the atmosphere, ocean, & (spans the atmosphere, ocean, & land)land)

Flexible system for broad user baseFlexible system for broad user base

Integration with other regional & Integration with other regional & national observing systemsnational observing systems

Open access to long-term & real-Open access to long-term & real-time datatime data

User-driven productsUser-driven products

Page 6: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

A comprehensive data management system…

www.carocoops.org

Page 7: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

A comprehensive data management system…

Page 8: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

Integrated models…Integrated models…

Central Caro-COOPS Goal:Central Caro-COOPS Goal: To establish reliable To establish reliable forecasting tools for regional forecasting tools for regional coastal ocean processescoastal ocean processes

Initial Demonstration:Initial Demonstration: Real-time Real-time forecasts and analyses of forecasts and analyses of storm surge and flooding storm surge and flooding before & after coastal stormsbefore & after coastal storms

NOAA Photo Library

Page 9: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

Hugo Storm Surge Model Simulation

This screenshot shows flooding elevations overlaying orthographic images of the Charleston peninsula from the 4th to 8th hours after Hugo has struck land.

NCSU Coastal and Estuarine Modeling and Environmental Prediction System (CEMEPS)NCSU Coastal and Estuarine Modeling and Environmental Prediction System (CEMEPS)

Page 10: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

Partnerships:

NOAA CSCUSCNCSUUNC at WilmingtonSCDNRNational Water Level Observation NetworkNational Data Buoy Center

With developing partnerships involving:

North Inlet-Winyah Bay NERRACE Basin NERRMote Marine Laboratory

Page 11: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

Future ProductsFuture Products

Improved forecasts of natural hazardsImproved forecasts of natural hazards Alerts for anomalous conditions Alerts for anomalous conditions

e.g. T/S extremes, hypoxia, HABse.g. T/S extremes, hypoxia, HABs New information relevant to fisheries New information relevant to fisheries

e.g. essential fish habitat conditions, e.g. essential fish habitat conditions, dispersal of eggs & larvae dispersal of eggs & larvae

New information on ocean/coastal New information on ocean/coastal conditionsconditions

Testbeds for new technologies related to Testbeds for new technologies related to port operations and homeland securityport operations and homeland security

Page 12: The Carolinas Coastal Ocean  Observing and Prediction System ( Caro-COOPS )

Contact infoContact info

www.caro-coops.orgwww.caro-coops.org

Madilyn Fletcher, DirectorMadilyn Fletcher, Director– [email protected]@sc.edu– (803) 777-5288(803) 777-5288

Braxton DavisBraxton Davis– [email protected]@caro-coops.org– (803) 777-5538(803) 777-5538

Subscribe to our e-mail list for Caro-COOPS Subscribe to our e-mail list for Caro-COOPS news and updatesnews and updates