Marport and WHOI Cooperate31/07/2009 |
| Marport Deep Sea Technologies has signed a Memorandum of Understanding agreement with the Woods Hole Oceanographic Institution (WHOI). The parties will work together to develop hardware and software products, or enhancements to existing products, in the areas of underwater acoustic sensor technology development and applications, environmental monitoring and control instrumentation, and education and training in the application and use of such technologies. |
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As part of the agreement, Marport will install its multi-function, phased array sonar on WHOI's research vessel Tioga, a coastal research vessel that serves ocean scientists and engineers working in the waters off the north-eastern United States.
Read more about: Education Training vessel software Website: http://www.whoi.edu/ Supplier: Marport Deep Sea Technologies Inc More news from this supplier: Scanmar Appeal Thrown Out Underwater Robotics Division Spin-off Dr. Marc Pinto Chief Sonar Scientist Contract for Autonomous Underwater Vehicle Marport Acquires C-Tech Marport Appoints Sales Manager Marport French Subsidiary Marport Signs Technology Licensing Agreement Offshore Survey Frame Agreement ROV Survey of the Costa Concordia Grounding Site (video) 44 PMGS Transponders for Earthquake and Tsunami Research Underwater Vision to Fugro Subsea Services Award for Brazilian Hydrographic Paper Demonstrating a 'Deeper Understanding' First Real-Time Seafloor Earthquake Observatory Theme of Hydrography Day 2012: International Cooperation Finistère and Mediterranean Bathymetric Lidar Surveys Precise Positioning For BP Vessels Comments (0): |
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Members of the US Geological Survey were filmed while out on the Missouri River at Williston, North Dakota, USA, performing a hydrographic survey to monitor the state of riverbed erosion. They were using a multibeam echo sounder which transmits sound energy and analyses the return signal (echo) that has bounced off the riverbed or other objects. Multibeam sonars emit sound waves from directly beneath a ship's hull to produce fan-shaped coverage of the riverbed.
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