Applications of ERTS Imagery and Shipboard Observations to Coastal Environments Studies. Part I - Hypersaline Environments. Part II - Coastal Circulation Analysis

Work done during the 1974 included a study of the wetting cycles on tidal and supra-tidal coastal areas of Baja California in arid climatic conditions. Progress on ERTS (LANDSAT) imagery analysis as a basis for describing coastal water circulation patterns includes collection of oceanographic data o...

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Hauptverfasser: Gorsline,Donn S, Haar,Stephen P Vonder, Davis,Corla C
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Haar,Stephen P Vonder
Davis,Corla C
description Work done during the 1974 included a study of the wetting cycles on tidal and supra-tidal coastal areas of Baja California in arid climatic conditions. Progress on ERTS (LANDSAT) imagery analysis as a basis for describing coastal water circulation patterns includes collection of oceanographic data on water transparency and suspended sediment concentrations from shipboard on the date of satellite passage and comparison of patterns with general circulation as defined by standard oceanographic surveys (source data is from California Cooperative Fisheries Project and from field work aboard R. V. VELERO IV of the University of Southern California). Data show that the satellite imagery gives a higher degree of detail than the ship observations due to the time required for ship traverses and stations and the consequent limitations of resolution.
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Part II - Coastal Circulation Analysis</title><source>DTIC Technical Reports</source><creator>Gorsline,Donn S ; Haar,Stephen P Vonder ; Davis,Corla C</creator><creatorcontrib>Gorsline,Donn S ; Haar,Stephen P Vonder ; Davis,Corla C ; UNIVERSITY OF SOUTHERN CALIFORNIA LOS ANGELES DEPT OF GEOLOGICAL SCIENCES</creatorcontrib><description>Work done during the 1974 included a study of the wetting cycles on tidal and supra-tidal coastal areas of Baja California in arid climatic conditions. Progress on ERTS (LANDSAT) imagery analysis as a basis for describing coastal water circulation patterns includes collection of oceanographic data on water transparency and suspended sediment concentrations from shipboard on the date of satellite passage and comparison of patterns with general circulation as defined by standard oceanographic surveys (source data is from California Cooperative Fisheries Project and from field work aboard R. V. VELERO IV of the University of Southern California). 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Data show that the satellite imagery gives a higher degree of detail than the ship observations due to the time required for ship traverses and stations and the consequent limitations of resolution.</description><subject>Baja California</subject><subject>CALIFORNIA</subject><subject>CIRCULATION</subject><subject>COASTAL REGIONS</subject><subject>CORRELATION TECHNIQUES</subject><subject>DEPOSITS</subject><subject>ERTS-1 satellite</subject><subject>ERTS-2 satellite</subject><subject>FLOODS</subject><subject>NORTH PACIFIC OCEAN</subject><subject>OCEAN CURRENTS</subject><subject>OCEAN SURVEILLANCE</subject><subject>OCEANOGRAPHIC DATA</subject><subject>PATTERNS</subject><subject>Physical and Dynamic Oceanography</subject><subject>Remote sensing</subject><subject>SALINITY</subject><subject>SCIENTIFIC SATELLITES</subject><subject>SEA WATER</subject><subject>SEDIMENTS</subject><subject>Suspended sediments</subject><subject>TRANSPARENCE</subject><fulltext>true</fulltext><rsrctype>report</rsrctype><creationdate>1975</creationdate><recordtype>report</recordtype><sourceid>1RU</sourceid><recordid>eNqFzT0KwkAQBeA0FqLewGIuEFFUrJcY0Uox6WXMbnRgs7vsjEKu40n9wRRWVq94H-_1k4cKwVKFQt4x-BryY1nArsGLiS2g01BcKZw9Rg37M5t4_1LxkHlkQQu5u1P0rjFOGAq5aTI8gQNGgR2ksG2DiYyWnPmhHXmbbiqjWN3s5wKUQ9sy8TDp1WjZjL45SMabvMy2qRaqTiyvXTmptZrOFsvVdP6nfgKBGVFD</recordid><startdate>197508</startdate><enddate>197508</enddate><creator>Gorsline,Donn S</creator><creator>Haar,Stephen P Vonder</creator><creator>Davis,Corla C</creator><scope>1RU</scope><scope>BHM</scope></search><sort><creationdate>197508</creationdate><title>Applications of ERTS Imagery and Shipboard Observations to Coastal Environments Studies. 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source DTIC Technical Reports
subjects Baja California
CALIFORNIA
CIRCULATION
COASTAL REGIONS
CORRELATION TECHNIQUES
DEPOSITS
ERTS-1 satellite
ERTS-2 satellite
FLOODS
NORTH PACIFIC OCEAN
OCEAN CURRENTS
OCEAN SURVEILLANCE
OCEANOGRAPHIC DATA
PATTERNS
Physical and Dynamic Oceanography
Remote sensing
SALINITY
SCIENTIFIC SATELLITES
SEA WATER
SEDIMENTS
Suspended sediments
TRANSPARENCE
title Applications of ERTS Imagery and Shipboard Observations to Coastal Environments Studies. Part I - Hypersaline Environments. Part II - Coastal Circulation Analysis
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