Titre :	Studying the earth from space
Type de document :	texte imprimé
Mention d'édition :	US. Government Printing Office
Editeur :	US. Government Printing Office
Année de publication :	1972
ISBN/ISSN/EAN :	CI-10795
Note générale :	Picture of the earth's surface obtained from satellite are providing scientists with new tools to investigate the earth and its environment. Black and white aerial photography, used steroscopically, can provide accurate measurements of size, shape, and location of objects. It is routinely used for the preparation of topographic maps, to examine rangeland, agricultural crops, and timber stands, to assess storm damage/ to select sites for engineering works to map structural geologic feature such as faults and mountain folds, and to explore for minerals.
Langues :	Anglais (eng)
Mots-clés :	Télédétection  Gestion des sols  Cartographie  Photointerpretation  Photographie aérienne  Géologie  Hydrologie  Image satellite  Satellite
Index. décimale :	551.48 Hydrologie :
Résumé :	Picture of the earth's surface obtained from satellite are providing scientists with new tools to investigate the earth and its environment. Black and white aerial photography, used steroscopically, can provide accurate measurements of size, shape, and location of objects. It is routinely used for the preparation of topographic maps, to examine rangeland, agricultural crops, and timber stands, to assess storm damage/ to select sites for engineering works to map structural geologic feature such as faults and mountain folds, and to explore for minerals.
Note de contenu :	Picture of the earth's surface obtained from satellite are providing scientists with new tools to investigate the earth and its environment. Black and white aerial photography, used steroscopically, can provide accurate measurements of size, shape, and location of objects. It is routinely used for the preparation of topographic maps, to examine rangeland, agricultural crops, and timber stands, to assess storm damage/ to select sites for engineering works to map structural geologic feature such as faults and mountain folds, and to explore for minerals.

Studying the earth from space [texte imprimé]  . -  US. Government Printing Office . - US. Government Printing Office, 1972.
ISSN : CI-10795
Picture of the earth's surface obtained from satellite are providing scientists with new tools to investigate the earth and its environment. Black and white aerial photography, used steroscopically, can provide accurate measurements of size, shape, and location of objects. It is routinely used for the preparation of topographic maps, to examine rangeland, agricultural crops, and timber stands, to assess storm damage/ to select sites for engineering works to map structural geologic feature such as faults and mountain folds, and to explore for minerals.
Langues : Anglais (eng)

Mots-clés :	Télédétection  Gestion des sols  Cartographie  Photointerpretation  Photographie aérienne  Géologie  Hydrologie  Image satellite  Satellite
Index. décimale :	551.48 Hydrologie :
Résumé :	Picture of the earth's surface obtained from satellite are providing scientists with new tools to investigate the earth and its environment. Black and white aerial photography, used steroscopically, can provide accurate measurements of size, shape, and location of objects. It is routinely used for the preparation of topographic maps, to examine rangeland, agricultural crops, and timber stands, to assess storm damage/ to select sites for engineering works to map structural geologic feature such as faults and mountain folds, and to explore for minerals.
Note de contenu :	Picture of the earth's surface obtained from satellite are providing scientists with new tools to investigate the earth and its environment. Black and white aerial photography, used steroscopically, can provide accurate measurements of size, shape, and location of objects. It is routinely used for the preparation of topographic maps, to examine rangeland, agricultural crops, and timber stands, to assess storm damage/ to select sites for engineering works to map structural geologic feature such as faults and mountain folds, and to explore for minerals.