Mapping the coral reefs has been identified as one of the first and most important steps needed to address the increasing decline of the world's coral reefs. Either photography or direct observation is required to identify corals and other coral-reef community organisms, but only small areas can be covered with these techniques. Laser line scanning has been suggested as an alternative method that can provide high-resolution imagery of the sea floor over a much wider area than conventional photography. Laser line scan (LLS) systems sweep a blue-green laser across the ocean bottom and use the reflected light to generate a gray-scale image of the sea floor, similar to black-and-white photography. The NOAA Pacific Island Fisheries Science Center, in collaboration with partners from the NOAA Office of Ocean Exploration, the Hawaii Undersea Research Laboratory, the Hawaii Division of Aquatic Resources, and the University of Hawaii Botany Department will embark on a six- day research cruise, from November 8 to 13, 2006. The only commercially available LLS system in the world will be deployed at a handful of sites off the coast of Maui. Expedition survey targets include beds of commercially harvested black coral; a recently discovered, deep, hard-coral reef; an important nursery area and fishing site for commercially harvested groundfish; deep algae beds; and a World War II aircraft wreck. This wide range of targets will enable us to thoroughly evaluate LLS technology, and hopefully provide the impetus to design less expensive and more capable LLS systems to meet the management and research needs of our coral reef ecosystems.
About this Dataset
| Title | Operation Laser Line 2006 |
|---|---|
| Description | Mapping the coral reefs has been identified as one of the first and most important steps needed to address the increasing decline of the world's coral reefs. Either photography or direct observation is required to identify corals and other coral-reef community organisms, but only small areas can be covered with these techniques. Laser line scanning has been suggested as an alternative method that can provide high-resolution imagery of the sea floor over a much wider area than conventional photography. Laser line scan (LLS) systems sweep a blue-green laser across the ocean bottom and use the reflected light to generate a gray-scale image of the sea floor, similar to black-and-white photography. The NOAA Pacific Island Fisheries Science Center, in collaboration with partners from the NOAA Office of Ocean Exploration, the Hawaii Undersea Research Laboratory, the Hawaii Division of Aquatic Resources, and the University of Hawaii Botany Department will embark on a six- day research cruise, from November 8 to 13, 2006. The only commercially available LLS system in the world will be deployed at a handful of sites off the coast of Maui. Expedition survey targets include beds of commercially harvested black coral; a recently discovered, deep, hard-coral reef; an important nursery area and fishing site for commercially harvested groundfish; deep algae beds; and a World War II aircraft wreck. This wide range of targets will enable us to thoroughly evaluate LLS technology, and hopefully provide the impetus to design less expensive and more capable LLS systems to meet the management and research needs of our coral reef ecosystems. |
| Modified | 2024-08-02T17:33:38.214Z |
| Publisher Name | N/A |
| Contact | N/A |
| Keywords | EARTH SCIENCE > Oceans , Ocean Exploration , mapping , coral reefs , photography , laser line scan , lls , pacific island fisheries science center , hawaii undersea research center , hurl , black coral , expedition , exploration , explorer , marine education , noaa , ocean discovery , ocean education , ocean exploration , ocean exploration and research , ocean literacy , ocean research , science , scientific mission , sea , stewardship , systematic exploration , technology , transformational research , undersea , underwater , North Pacific Ocean , Au-au Channel , Hawaiian Islands , oceans |
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