Naval Meteorology and Oceanography

Slides:



Advertisements
Similar presentations
By Freddy Delchot Manager Nautical Affairs Maritime Authority Suriname.
Advertisements

Bluefin Overview Hull Offshore Wind Workshop 12 May 2011 Josh Elvander Program Manager.
NOAA RESEARCH PERSPECTIVES: AUTONOMOUS TECHNOLOGIES FOR OCEAN OBSERVATIONS Chris Beaverson Acentia, LLC Supporting: Ocean Exploration and Research Program.
NVC0901 Maritime Alliance Symposium San Diego, August 2011 By: Michael Broadbent Fugro Pelagos Inc. Seafloor Mapping Technologies.
ADVANCES IN HYDROGRAPHIC SURVEYING* Houston Business Roundtable Forum - May 2013 Depth Sounding Fusion with Above-Water LIDAR Sidescan Sonar Imaging Sonar.
United States Fleet Forces Operational Readiness, Effectiveness, Primacy Naval Meteorology and Oceanography National Symposium on Multi-Function Phased.
Accessing the Sea: Unmanned Platforms, Sensors and Infrastructure for Decision Support 2010 NOAA Technology Summit Dr. Reginald Beach, Mr. Frank Cantelas.
Naval Oceanography Naval Oceanography: Excellence in (Tropical) Meteorology Rear Admiral Dave Titley Commander Naval Meteorology and Oceanography Command.
phone Workshop on Establishing WIS-DCPC/WIGOS Marine Meteorological.
The Waitt Institute CATALYST AUV Program. … Making a Hydroid REMUS 6000 AUV System Accessible to the Ocean Science Community An easily integrated and.
Navy Meteorology and Oceanography Support for Homeland Security Thomas J. Cuff Deputy Technical Director Oceanographer of the Navy 28 November 2001.
Sonar Chapter 9. History Sound Navigation And Ranging (SONAR) developed during WW II –Sound pulses emitted reflected off metal objects with characteristic.
Fleet Weather Center San Diego
Oil Spill Detection and Tracking Technologies Aircraft and Autonomous Aircraft Detection Methods Autonomous Surface Vessel Tracking Methods Autonomous.
National Oceanic and Atmospheric Administration
GPS for NOAA Hydrographic Surveying CDR Gerd F. Glang & Jack L. Riley National Ocean Service, NOAA NOAA GNSS Workshop 2007.
What is Hydrography? – NOAA Hydro Training 2012 Surveying Puget Sound, 1927 What is Hydrography?
WHAT IS HYDROGRAPHY.
Positioning with LiDAR Lucia Scimone, 31 st May 2011 GMAT9205 – Fundamentals of Geo-Positioning School of Surveying and Spatial Information Systems The.
Partnership in Unmanned Marine Systems GATE Electronics TR Technologies TURKEY.
U.S. Navy & Marine Corps Program
© Copyright Optech Incorporated. All rights reserved.
What is Oceanography?. Marine Science Or oceanography is the study of the oceans, how they are formed, its associated life forms, the coastal interactions,
Science Needs for Arctic Operations. Randall Luthi– Moderator – National Ocean Industries Association Erik Milito – American Petroleum Institute Gary.
1 U.S. Navy Arctic Roadmap Implementation Sea, Air, Space Exposition RADM Jonathan White Oceanographer and Navigator of the Navy 15 April 2015.
Marine Autonomous and Robotic Systems Facility at NOC 20 th March David White 20 th March
UNCLASSIFIED Navy Applications of GOES-R Richard Crout, PhD Naval Meteorology and Oceanography Command Satellite Programs Presented to 3rd GOES-R Conference.
Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010 Image: MODIS Land Group, NASA GSFC March 2000 Image: MODIS Land Group,
N AVAL O CEANOGRAPHIC O FFICE Jeffrey S. Best Captain, U. S. Navy Commanding Officer Hydrography by the Military For: Beyond Safety of Navigation: Multibeam.
Lesson 23: Technology II. Strides in underwater research Did you know that most of the ocean (>95%) still hasn’t been explored? Technologies developed.
1 NAVAL OCEANOGRAPHIC OFFICE SYSTEMS ENGINEERING DIVISION N612 ENGINEERING ROLE IN NAVOCEANO SHIP’S ENVIRONMENT Procurement of New Systems. Configuration.
Lidar Bathymetry – Technology and applications Oct 24rd, Netanya, Israel Anders Ekelund Managing Director Airborne Hydrography AB.
HOW DO WE STUDY THE SEAFLOOR?. 1. Line-sounding – starting around 85 B.C. lead weighted ropes were dropped over the side of the boat and the depth was.
Introduction to Sonars
U.S. Department of the Interior U.S. Geological Survey Shallow Water Hydrographic Surveying using a High Resolution Multibeam Echosounder Richard C. Wilson,
Bluefin Robotics Corporation 237 Putnam Avenue Cambridge, Massachusetts Fax October 2008 Rand.
Autosub 7 m long x 0.9 m dia 2,700 kg in air Maximum Depth: 1600 m. Speed: 1 to 4 knots Endurance: Up to700 km depending on speed, hotel load etc. Large.
US Army Corps of Engineers BUILDING STRONG ® U.S. Army Corps of Engineers W. Jeff Lillycrop Technical Director Engineer Research and Development Center.
Naval Oceanographic Office
Klein Associates, Inc. “Beyond Safety of Navigation” Workshop – July 26-30, 2004 L-3 Communications Klein Associates, Inc. A Powerful New Name in Seafloor.
Doppler Navigation & Aiding for Maritime Robots Presented by: Omer Poroy Presented at: The Maritime Business & Technology Summit, November 30, 2011 Panel.
First meeting European Commission with International Hydrographic OrganisationBrussels – 10 Oct 2012 The relationship between the European Commission and.
SIDE SCAN Theory and Operation
Ocean Exploration & Energy Capitol Hill Oceans Week 2003 June 11, 2003 Art A. Kleiner, Hydrographer C & C Technologies, Inc.
Engineering Surveys & KGPS. Outline Problem Example Applications / uses of KGPS Project Example.
SIO226 Seafloor Mapping With Underwater Acoustics Dave Chadwell Adapted from John Hildebrand and Christian deMoustier.
USPACOM Science and Technology Mr. Jim Burdell Science and Technology Advisor HQ U. S. Pacific Command March 2010.
Government Engineering college , Palanpur
Observing, Measuring and Sampling Ocean Floor Processes to 11,000 meters A Hybrid ROV The Future in the 4 th Dimension.
AGOR 27 Science Mission Equipment
RESEARCH TRAINING VESSEL OF GDYNIA MARITIME UNIVERSITY
Commander Naval Meteorology and Oceanography Command
National Report Guatemala
Woods Hole Science Center
4-D COASTAL OCEAN DYNAMICS DETECTED BY SURFACE CURRENT RADAR AND AUVs
Ifremer naval facilities
Hybrid ROV (HROV) Fiber Optic Cable Design
Ocean Instrumentation
Naval Meteorology and Oceanography
REPORT BY THE HYDROGRAPHIC AND GEODETIC SERVICE
Mapping the Seafloor.
Capability For Hydrographic Capacity Building: Industry Partnering
Rear Admiral Shepard M. Smith, NOAA
National Report of Trinidad and Tobago November 2018 MACHC 18
Exploring Beneath an Antarctic Ice Shelf with the Autosub3 AUV
REPORT BY THE HYDROGRAPHIC AND GEODETIC SERVICE
Long-term Ecosystem Observatory
Lesson 23: Technology II.
Moving from Data Aggregation to Decision-as-a-Service | US Hydro Conference | Wetherbee Dorshow & Guy Noll.
Watershed and Stream Network Delineation using GIS
Presentation transcript:

Naval Meteorology and Oceanography Enabling the Navy to Fight and Win – Today and Tomorrow This brief is UNCLASSIFIED

Chain of Command 2 NAVAL METEOROLOGY AND OCEANOGRAPHY COMMAND CHIEF OF NAVAL OPERATIONS U.S. FLEET FORCES COMMAND NAVAL METEOROLOGY AND OCEANOGRAPHY COMMAND NAVAL INFORMATION FORCES OPCON ADCON FLEET NUMERICAL METEOROLOGY AND OCEANOGRAPHY CENTER NAVAL OCEANOGRAPHIC OFFICE NAVAL METEOROLOGY AND OCEANOGRAPHY PROFESSIONAL DEVELOPMENT CENTER U.S. NAVAL OBSERVATORY NAVAL OCEANOGRAPHY OPERATIONS COMMAND FLEET WEATHER CENTER NORFOLK FLEET WEATHER CENTER SAN DIEGO 2

Fleet Numerical Meteorology and Oceanography Center Global & Ensembles Regional State-of-the-art weather, ocean wave, aerosol models, and ensembles to quantify forecast uncertainty. High-resolution, relocatable weather/ocean models run on-demand 5KM Regional NCOM 1.67KM Climate Support Future Improved model accuracy, GI&S services, C4I System Integration, JWICS Support to IC. Dedicated team providing state of the science climate-related and forensic METOC support. 3

U.S. Naval Observatory (USNO) Single DoD source for precise timing and astrometric information for: Navigation Targeting Weapons guidance Communications, etc.

Naval Oceanographic Office 6 Multi-purpose Survey Ships Fleet Survey Team Airborne LIDAR Bathymetry Autonomous Underwater Vehicles Cooperative Hydrography Survey operations in support of physical battlespace awareness, safety of navigation, and theater security cooperation

T-AGS 60/66 survey vessels Backup Length: 100 / 109 m Beam: 18 m Draft: 8 m Displacement: 500/550 tons Backup

T-AGS 60/66 survey equipment Multibeam Echo Systems Kongsberg EM-122 Kongsberg EM-600 Kongsberg EM-710 Single Beam Echo System Kongsberg EA-600 Sub-Bottom Profiler: Kongsberg SBP-120 Acoustic Doppler Current Profiler RDI/0S38 RDI/WHM 300 Side Scan Sonars Klein 3000 Klein 5520 Klein 5900 EdgeTech 4200

T-AGS 60/66 survey vessels Davits for 2 HSLs on 3 T-AGS Multibeam Echo Systems Simrad EM-3002 Kongsberg EM 2040 Singlebeam Echo Systems Simrad EA-502

REMUS 6000 AUV

Airborne Coastal Survey (ACS) HSL slide

Airborne Coastal Survey (ACS) 10,000 Hz Pulse Rate (hydro / topo) 0.4 Hz / 16 MP Digital camera (~5 cm pixel) CASI-1500 Hyperspectral Imager 1500 pixels 380 – 1050 nm wavelength 288 possible bands IHO Order 1B Surveys capable Shot spacing: 0.7 X 0.7 meter topo / shallow hydro 2.0 X 2.0 meter deep hydro 300 - 400 m op altitude (hydro) 300 - 1200 m op altitude (topo) Shorter laser pulse length and receiver response for increased accuracy, especially in shallow (<2m) water Large field-of-view afforded by prism, and more sensitive receivers, increase signal-to-noise ratio. Improved depth detection in shallow turbid water Dia: 290 m 400 m

Airborne Coastal Survey (ACS)

Airborne Coastal Survey (ACS) A or B-sized sensors can be dropped via the Navy-issued sonobuoy chute installed at rear of aircraft. Larger packages can be deployed from passenger door that hinges into aircraft during flight or via full cargo door if removed prior to flight.

Fleet Survey Team (FST) IHO 1A Safety of Navigation surveys Singlebeam / multibeam bathymetry Sidescan sonar imagery Ancillary data (shoreline, NAVAIDS, bottom samples) Ports, harbors, approaches Depths ~5-200m < 10 nm from shore Typical footprint: 5-7 person team 1 x 9m vessel on trailer and survey equipment Bi-lateral survey projects with host nation hydro organization (Port Auth, Navy, etc.) All survey data and documentation provided exclusively to partner nation and NGA

Primary Survey Assets (2) 9-m SeaArk (2) 9-m Work Skiff IHO / Navigation quality survey SBES/MBES/SSS Configurable C-130 Transportable Shore based operations 5-7 person team Airlift via C-130 or larger aircraft

Survey Equipment Unmanned Underwater Vehicle (UUV) (2) IVER3 Singlebeam Echosounders Odom CV 100 and CV200 Cee Echo Multibeam Echosounders R2 Sonic 2024 Reson 7125 (dual freq) Reson 8125 (shallow water) Reson 8101 (deep water) Side Scan Sonars Klein 3000 EdgeTech 4125 GPS NAVCOM Sensors & Measuring Devices POS/MV v4 TSS DMS 25 Tide Gauges IXSEA Hydrins CTDs ADCPs Digibar SVP

Rapid Littoral Survey Assets (4) Sea-Doo GTS (4) Yamaha FX Cruiser - Rapid Environmental Assessment of Littorals - SBES/SSS Configurable - C-130 Transportable - Shore or ship based operations - 4-5 person team 17

NAVMETOCCOM SAIHC surveys T-AGS Tanzania (Dar Es Salaam) Mozambique (Maputo) FST Kenya (Lamu) ACS Kenya (Lamu, Northern Coast)

NAVMETOCCOM training International Hydrographic Applied Science Program (IHASP) University of Southern Mississippi, John C. Stennis Space Center 1-year program (2-year option) Masters of Science in Hydrographic Science IHO Category “A” certification International Hydrographic Management and Engineering Program (IHMEP) NAVMETOCCOM Professional Development Center 6-month program IHO Category “B” certification SAIHC students IHSAP: Sweden, United Kingdom IHMEP: Denmark, Estonia, Poland, Sweden

Questions?