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T. Morato and D. Pauly (eds.), Seamounts: Biodiversity and Fisheries, Page 7 INFERENCES ON POTENTIAL SEAMOUNT LOCATIONS FROM MIDRESOLUTION BATHYMETRIC DATA Adrian Kitchingman and Sherman Lai Fisheries Centre, The Unive
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Document Date: 2013-12-20 13:56:23

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City

Washington / D.C. / Vancouver / Smoot / Redlands / Duxbury / New York / Dubuque / /

Company

ESRI / CRC Press / /

Country

Jordan / United States / Canada / /

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Facility

Environmental Systems Research Institute / Lower Mall / The University of British Columbia / /

IndustryTerm

satellite altimetry / sink algorithm / flow direction algorithm / sink algorithms / /

NaturalFeature

Southern Ocean / Pacific Ocean / Pacific Ocean falls / /

Organization

American Geophysical Union / United Nations Food and Agriculture Organization / United Nations / INFERENCES ON POTENTIAL SEAMOUNT LOCATIONS FROM MIDRESOLUTION BATHYMETRIC DATA Adrian Kitchingman and Sherman Lai Fisheries Centre / National Geophysical Data Center / U.S. National Oceanographic and Atmospheric Agency / Defense Mapping Agency / US Department of Defence Gazetteer of Undersea Features / University of British Columbia / US Department of Defense / /

Person

Batiza / Fornari / Sherman Lai / William C. Brown / /

Position

D. J. / /

Product

ArcGIS Spatial Analyst / ArcGIS Spatial Analyst software / /

ProvinceOrState

South Dakota / British Columbia / North Carolina / California / New York / Iowa / A. B. / /

PublishedMedium

Journal of Geophysical Research / /

Region

North Atlantic / /

Technology

sink algorithm / remote sensing / sink algorithms / http / flow direction algorithm / two algorithms / identified using two algorithms / /

URL

http /

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