Today the system consist of over fifty station. And most stations provide additional data such as wind speed and direction, air temperature, and water.

Slides:



Advertisements
Similar presentations
1 N N History of CBI. 2 What we do best Observation Network Coastal Ocean Observation Network, Instrumentation, Communication Network, Expert Field Crew.
Advertisements

In-situ fluorometry for oil-spills Chris Fuller Jim Bonner Department of Civil Engineering Texas A&M University ABSTRACT The current SMART protocol used.
National Systematic Observation System for Coastal Zones of Egypt Ibrahim Elshinnawy CoRI Director ClimaSouth Workshop, Cairo, Egypt 5-9 Januwary, 2014.
Sara Watts and Emily Luna. What’s an estuary? Saltwater meets freshwater River runs into ocean Lagoons Bays Tidal Marshes.
Industry-IOOS Workshop March 2004 Marathon, Houston IOOS -COASTMAP Model and Management System Eric Anderson ASA Narragansett, RI.
GCOOS and the Oil and Gas Business Jan van Smirren.
Mobile Online Intelligent Decision Support System Rick Smith, Dr. Stacey Lyle and Dr. Patrick Michaud-Division of Nearshore Research Conrad Blucher Institute.
What happens when the ship hits the fan. By Laura Harrison June 12 th, 2006 Geography 163.
Ocean Observing and Forecasting Companies
A Workshop to Explore Private Sector Interests and Roles in the U.S. IOOS. Marathon Oil Co., Houston, TX, 2-4 March 2004 Data Product Providers’ Interaction.
ProductsLength/time scales Key Components/MeasurementsPriority Hurricane severity forecasts Accuracy of 20% CPI at 5 days Models, Upper-level circulation,
Thoughts on GCOOS Deliverables (Ops & Extremes) Dr. Cortis Cooper Fellow
Oil Spill Detection and Tracking Technologies Aircraft and Autonomous Aircraft Detection Methods Autonomous Surface Vessel Tracking Methods Autonomous.
Tackling Oil Spill Emergencies
Catch The SEACOOS Wave! Presentation National Marine Educators Association July 20, 2004 Lundie Spence, Terri Hathaway, Margaret Olsen, Maia McGuire, Carrie.
National Oceanic and Atmospheric Administration
Our Planet is Changing U.S. Integrated Ocean Observing System (IOOS) We need advanced tools to understand and monitor our oceans, coasts and Great Lakes.
US IOOS ® Contributions to Maritime Security Integrated Ocean Observing System Program Office Department of Commerce, NOAA Suzanne Skelley Deputy Director.
The Gulf of Maine Ocean Observing System. Technical Program Real time monitoring and forecasts of: Weather - surface ocean winds, air temperature, visibility.
Using Ocean Observing Systems & Real Time Data to monitor and clean up Oil Spills.
NOAA Navigation Services CO-OPS Update Richard Edwing National Ocean Service Center for Operational Oceanographic Products and Services Hydrographic Services.
MEDSLIK oil slick simulation Sea Surface Temperature Dashboard Forecast of sea currents in the Malta shelf area Forecast of wave height and direction for.
Sediment Quality in the Corpus Christi Bay Sediment Quality in the Corpus Christi Bay Natalie Bartosh GIS in Water Resources, Fall 2003 Dr. Maidment, The.
UNCW Ocean Observing: Providing Infrastructure, Data, and Products to Support State and Federal Agency Needs AQUARIUS NOAA’s Undersea Research Center (NIUST,
NOAA PORTS ® Partnerships MARACOOS Annual Meeting 12/15/2011 Darren Wright Maritime Services Program Manager.
Real-Time Coastal Ocean Data Products for Tampa Bay, West Florida, and the Southeast US Mark E. Luther College of Marine Science University of South Florida.
Oceanic observation network in China
Testing the US Integrated Ocean Observing System Data Discovery and Distribution Infrastructure with Real-World Problems Derrick Snowden 1, Rich Signell.
JCOMM Data Buoy Cooperation Panel October 16, 2006 National Data Buoy Center 2006 Review: A Year of Growth Paul F. Moersdorf, PhD, Director.
Topic 10 cont’d Marine Biomes. Abiotic Factors  Wind  Dissolved gases  Waves  Nutrient availability  Salinity and pH  Depth  Pressure  Temperature.
Physical Oceanographic Real-Time System (PORTS ® ) Pilots’ Perspective American Pilots’ Association.
USER NEEDPRODUCTS / SERVICESAOOSAOOS CARACARA CeNCeN GCGC GLOSGLOS MARAMARA NANNAN NERANERA PACPAC SCCSCC SECSEC Safe and efficient coast and ocean transit--
L. K. Shay 1, J. Martinez-Pedraja 1, B. K. Haus 1, Brad Parks 1, Peter Vertes 1, Lew Gramer 2, and J. Brewster 1 1 Division of Meteorology and Physical.
T EXAS C OASTAL O CEAN O BSERVATION N ETWORK D IVISION OF N EARSHORE R ESEARCH-DR.GARY JEFFRESS, DIRECTOR T EXAS A & M U NIVERSITY- C ORPUS C HRISTI HISTORY.
Meteorologisk Institutt met.no Operational ocean forecasting in the Arctic (met.no) Øyvind Saetra Norwegian Meteorological Institute Presented at the ArcticGOOS.
CONRAD BLUCHER INSTITUTE ACTIVITIES SUPPORTING TEXAS PORTS AND WATERWAYS OPERATIONS Two Inter-related Services to the Port Community: 1. The Texas Coastal.
National system for Reporting and Information in Iceland Baldur Bjartmarsson Director of Lighthouse and Management Div. Icelandic Maritime Administration.
Coastal Management Issues and Strategies: State and Municipal
Surface Current Mapping in the Lower Chesapeake Bay INTRODUCTION High frequency RADAR antennas are used to observe the surface circulation patterns in.
Integration of Statistics and Harmonic Analysis to Predict Water Levels in Estuaries and Shallow Waters of the Gulf of Mexico Texas A&M University - Corpus.
` DIVISION OF NEARSHORE RESEARCH TEXAS A&M UNIVERSITY-CORPUS CHRISTI Key Features:  Located on oil production platforms 3 and 15 nautical miles from Port.
Sec 2 IDS, 2010 Coastal Management. Coastal processes Erosion, transportation and deposition These processes are influenced by waves and currents.
Your Logo Here Conrad Blucher Institute for Surveying and Science.
Division of Nearshore Research Texas Coastal Ocean Observation Network Dr. Gary Jeffress Mr. James Rizzo October 2003.
Division of Nearshore Research Texas Coastal Ocean Observation Network Dr. Gary Jeffress Dr. Patrick Michaud Jessica Tishmack May 7, 2003.
Application of Radial and Elliptical Surface Current Measurements to Better Resolve Coastal Features  Robert K. Forney, Hugh Roarty, Scott Glenn 
BARRIER ISLANDS TEXAS GULF COAST.
Division of Nearshore Research TCOON Tides and Tide Forecasting Dr. Patrick Michaud October 27, 2003.
NOAA Science and Technology for Maritime Security Michael Tosatto.
Irish Sea Public domain: From Irish National Tidegauge NetworkIrish National Tidegauge Network Mean spring tides.
State Agency Needs for Remote Sensing Data Related to Water Quality By Bob Van Dolah Marine Resources Research Institute South Carolina Department of Natural.
NOAA’S CONTRIBUTIONS TO IOOS Michael Szabados NOAA’s, National Ocean Service.
3-D rendering of jet stream with temperature on Earth’s surface ESIP Air Domain Overview The Air Domain encompasses a variety of topic areas, but its focus.
Great Lakes Environmental Research Laboratory Review – Ann Arbor, MI November 15-18, 2010 Page 1 Observing Systems & Advanced Technology Steve Ruberg.
NOAA’s CENTER for OPERATIONAL OCEANOGRAPHIC PRODUCTS and SERVICES NOAA’s National Ocean Service Center for Operational Oceanographic Products and Services.
1 Texas Coastal Ocean Observation Network TCOON Professor Gary Jeffress, RPLS Director, Conrad Blucher Institute for Surveying and Science Division of.
Climate Database Modernization Program (CDMP) Marine Tasks Joe Elms Program Manager.
Surface Current Mapping in the Lower Chesapeake Bay INTRODUCTION High frequency RADAR antennas are used to observe the surface circulation patterns in.
AIS/WX Project Disseminating Environmental Information to Mariners via AIS Technology Bill Benning Chief Technology Officer Marine Exchange of Alaska.
Brenda Leroux Babin Louisiana Universities Marine Consortium Lei Hu Dauphin Island Sea Lab, Alabama A Tale of Two Observing Systems: September 10-11, 2008Environmental.
Ocean Structure and Motion
Introduction of Oceanography
Division of Nearshore Research
CHALLENGES IN PROVIDING MARINE DATA IN FORMATS DESIGNED FOR LAND-BASED DATA Karen Douglas|
Texas Coastal Ocean Observation Network
Texas Coastal Ocean Observation Network
Division of Nearshore Research TCOON
Texas Coastal Ocean Observation Network
The Innovative Coastal-Ocean Observing Network (ICON)
Development of operational maritime disasters prevention and
Presentation transcript:

Today the system consist of over fifty station. And most stations provide additional data such as wind speed and direction, air temperature, and water temperature., We also maintain stations that provide water current, salinity, pH, and dissolved oxygen data. TCOON (Texas Coastal Ocean Observation Network) Starting in 1989 CBI started installing a modern state-of-the- art water level measurement system along the Texas coast with the goal of making the collected data available in near real-time.

Although the intended primary use of the data was to establish tidal datums, the scope of the system has been broaden to include other uses: commercial shipping industry, recreational boaters, sailors and windsurfers, shrimping and fishing industry, marine construction, decision-makers responsible for marine safety and emergency evacuation in the event of an approaching hurricane. TCOON Purpose

TCOON Station All the stations in TCOON collect data at six-minute intervals (0.1 hours). In order to manage this large volume of data, a database management system has been developed and continues to be improved. An Intel based workstation running UNIX is responsible for collecting, archiving, and decoding all source data received from the remote platforms. The data are supplied to sponsors and the public via the Internet at and through voice telephone response systems.

The Shoreline Environmental Research Facility (SERF) Nine wave tanks capable of simulating both tides and waves with a continuous or recycled supply of fresh or sea water Permitted to test crude oil, refined oil, and spill response agents On-site labs (toxicology, general chemistry, sample handling) Simulated environments. Simulates coastal environments to study processes controlling contaminant fate, effects, and remediation. SERF features include the following:

Applications of HF Radar b Oil Spill Response b Navigation/Port Management b Database for Bay Modeling Hydrodynamic modelingHydrodynamic modeling –Dredge analysis –Storm events Ecological modeling (salinity)Ecological modeling (salinity)

Conrad Bluchers Involvement with HF Radar CBI, through TGLO and TEES support purchased a CODAR Ocean Systems, Inc., a pair of SEASONDE 25-MHz HF-Radars.CBI, through TGLO and TEES support purchased a CODAR Ocean Systems, Inc., a pair of SEASONDE 25-MHz HF-Radars. CBI has configured them to be a mobile, rapid-deployment system for oil spill response and research.CBI has configured them to be a mobile, rapid-deployment system for oil spill response and research.

HF Radar unit in action

Test Run of HF Radar in Corpus Christi Bay

Florida Setup