| Titre de série : |
NASA Technical memorandum |
| Titre : |
The ERTS - 1 investigation (ER - 600) : ERTS - 1 coastal/Estuarine analysis (report for period july 1972 - june 1973) |
| Type de document : |
texte imprimé |
| Auteurs : |
Bryar Erb, R. |
| Mention d'édition : |
Lyndon G. Johnson Space Center |
| Editeur : |
Lyndon G. Johnson Space Center |
| Année de publication : |
1974 |
| ISBN/ISSN/EAN : |
CI-05411 |
| Note générale : |
The coastal analysis team of the Johnson space center conducted a 1 year investigation of ERTS - 1 m ss data to determine its usefulness in coastal zone management. Galveston Bay, texas, was the study area for evaluating both conventional image interpretation and computer-aided techniques. There was limited success in detectiong, identifying and measuring areal extent of water bodies, turbidity zones, phytoplank-bonblooms, salt marshes, granlands, swamps, and low wetlands using image interpretation... |
| Langues : |
Anglais (eng) |
| Mots-clés : |
Evaluation Recherche scientifique Turbidité Marais |
| Index. décimale : |
338.926 Politique scientifique, technologique |
| Résumé : |
The coastal analysis team of the Johnson space center conducted a 1 year investigation of ERTS - 1 m ss data to determine its usefulness in coastal zone management. Galveston Bay, texas, was the study area for evaluating both conventional image interpretation and computer-aided techniques. There was limited success in detectiong, identifying and measuring areal extent of water bodies, turbidity zones, phytoplank-bonblooms, salt marshes, granlands, swamps, and low wetlands using image interpretation... |
| Note de contenu : |
The coastal analysis team of the Johnson space center conducted a 1 year investigation of ERTS - 1 m ss data to determine its usefulness in coastal zone management. Galveston Bay, texas, was the study area for evaluating both conventional image interpretation and computer-aided techniques. There was limited success in detectiong, identifying and measuring areal extent of water bodies, turbidity zones, phytoplank-bonblooms, salt marshes, granlands, swamps, and low wetlands using image interpretation... |
NASA Technical memorandum. The ERTS - 1 investigation (ER - 600) : ERTS - 1 coastal/Estuarine analysis (report for period july 1972 - june 1973) [texte imprimé] / Bryar Erb, R. . - Lyndon G. Johnson Space Center . - Lyndon G. Johnson Space Center, 1974. ISSN : CI-05411 The coastal analysis team of the Johnson space center conducted a 1 year investigation of ERTS - 1 m ss data to determine its usefulness in coastal zone management. Galveston Bay, texas, was the study area for evaluating both conventional image interpretation and computer-aided techniques. There was limited success in detectiong, identifying and measuring areal extent of water bodies, turbidity zones, phytoplank-bonblooms, salt marshes, granlands, swamps, and low wetlands using image interpretation... Langues : Anglais ( eng)
| Mots-clés : |
Evaluation Recherche scientifique Turbidité Marais |
| Index. décimale : |
338.926 Politique scientifique, technologique |
| Résumé : |
The coastal analysis team of the Johnson space center conducted a 1 year investigation of ERTS - 1 m ss data to determine its usefulness in coastal zone management. Galveston Bay, texas, was the study area for evaluating both conventional image interpretation and computer-aided techniques. There was limited success in detectiong, identifying and measuring areal extent of water bodies, turbidity zones, phytoplank-bonblooms, salt marshes, granlands, swamps, and low wetlands using image interpretation... |
| Note de contenu : |
The coastal analysis team of the Johnson space center conducted a 1 year investigation of ERTS - 1 m ss data to determine its usefulness in coastal zone management. Galveston Bay, texas, was the study area for evaluating both conventional image interpretation and computer-aided techniques. There was limited success in detectiong, identifying and measuring areal extent of water bodies, turbidity zones, phytoplank-bonblooms, salt marshes, granlands, swamps, and low wetlands using image interpretation... |
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