Denègre Thematic Mapping From Satellite Imagery: A Guidebook

1. Auflage 2013
ISBN: 978-1-4831-0153-8
Verlag: Elsevier Science & Techn.
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 296 Seiten, Web PDF

Thematic Mapping from Satellite Imagery: A Guidebook discusses methods in producing maps using satellite images. The book is comprised of five chapters; each chapter covers one stage of the process. Chapter 1 tackles the satellite remote sensing imaging and its cartographic significance. Chapter 2 discusses the production processes for extracting information from satellite data. The next chapter covers the methods for combining satellite-derived information with that obtained from conventional sources. Chapter 4 deals with design and semiology for cartographic representation, and Chapter 5 presents examples of applications. The book will be of great use to cartographers who want to utilize satellite imaging in generating a map.

Autoren/Hrsg.

Denègre, J.

Inhaltsverzeichnis

1;Front Cover;1
2;Thematic Mapping from Satellite Imagery: A Guidebook;4
3;Copyright Page;5
4;Table of Contents;6
5;Preface;12
6;Introduction;14
7;Acknowledgements;16
8;Index of countries covered;18
9;Index of satellite images;19
10;Avant-propos;20
11;Introduction;22
12;Remerciements;24
13;Index des pays couverts;26
14;Index des satellites utilisés;27
15;Chapter 1. Satellite remote sensing imaging and its cartographic;28
15.1;1.1 Introduction;28
15.2;1.2 Geostationary and near-polar meteorological satellites;31
15.3;1.3 Land observation satellite systems;38
15.4;1.4 Russian environmental satellites and their sensors;46
15.5;1.5 Missions related to the Space Shuttle launcher;47
15.6;1.6 Synopsis;50
15.7;1.7 Future satellite missions and their cartographic significance;51
15.8;1.8 Framework for future activities;54
15.9;References;55
16;Chapter 2. Production processes for extracting information from Satellite Data;58
16.1;2.1 Introduction;59
16.2;2.2 Visual image interpretation;59
16.3;2.3 Computer-assisted image analysis;63
16.4;2.4 Summary and conclusions;71
16.5;References;72
17;Chapter 3. Methods for combining satellite-derived information with that obtained from conventional sources;74
17.1;3.1 Introduction;75
17.2;3.2 Geometric corrections;75
17.3;3.3 Mosaicking;77
17.4;3.4 Radiometric processing;79
17.5;3.5 Data presentation for map-background purposes;81
17.6;3.6 Adding conventional information to satellite images;84
17.7;3.7 Role of geographic information systems (GIS);85
17.8;References;89
18;Chapter 4. Design and semiology of cartographic representation;90
18.1;4.1 Introduction;90
18.2;4.2 Selection of information for satellite cartography;91
18.3;4.3 Types of space maps products;92
18.4;4.4 Image map design;93
18.5;4.5 Image map typology;95
18.6;References;99
19;Chapter 5. Examples of applications General satellite cartography/Spatiocartogvaphie generale;100
19.1;General satellite cartography/Spatiocartographie generale;102
19.1.1;1. Demonstration of differences in spatial resolution on the same scene;103
19.1.2;2. Image Mapping with Merged Landsat/SPOTData, USA;109
19.1.3;3. The Production of High Quality Satellite Image Maps by Merging and Mosaicking of Multisensor Data;119
19.1.4;4. The Rheinhessen 1:50 000 Thematic Satellite Imaged Map;127
19.2;Land Use/Land Cover Mapping/Cartographie de l'occupation/ Utilisation du sol;134
19.2.1;5. Land Use/Cover Maps of the Argungu Area, Northwest Nigeria, Based on Landsat MSS Data;135
19.2.2;6. Polygonal map compilation using remote sensing digital image processing techniques;147
19.2.3;7. Land cover mapping in Spain;153
19.2.4;8. Land use and cover map 1:250 000 of Catalonia (32 000 km2) obtained by digital treatment of multitemporal TM data;161
19.2.5;9. Utilization of the East Slovakian lowland landscape;169
19.3;Urban cartography/Cartographie urbaine;174
19.3.1;10. Housing sample survey using Landsat data;175
19.3.2;11. Compiling of urban area thematic maps from multispectral image data;181
19.3.3;12. Representation of a large urban area;189
19.4;Soil raappmg/Cartographie des sols;194
19.4.1;13. Interpretation scheme of forms of the surface water-logging intensity of the soils in the southern part of the Danube lowland at the scale 1:50 000;195
19.5;Agricultural mappmg/Cartographie agricole;200
19.5.1;14. Evaluation of the arable land area on SPOT imagery of Al Fayyum (Egypt);201
19.6;Mapping of ocean and coastal zones/Cartographie oceanique et littorale;208
19.6.1;15. Evaluation of potential sea-water farming zones in New Caledonia;209
19.7;Mapping of ice and snow fields /Carte des couverts de glace et neige;214
19.7.1;16. Alpine snow cover mapping with Metsat data, USA;215
19.8;Mapping of vegetation /Cartographie de la vegetation;222
19.8.1;17. Seasonal vegetation greenness mapping in Africa for grasshopper and locust control;223
19.9;Landscape mapping/Cartographie des paysages;234
19.9.1;18. Three-dimensional remote sensing data representation for regional planning;235
19.9.2;19. Use of SPO Tfor studying a high way project in the French Rhone-Alps region;243
19.10;Flooded-zone mapprng/Cartographie des zones inondees;250
19.10.1;20. Mapping of Damage Caused by Floods;251
20;Chapitre 1. L'Imagerie de télédetection spatiale et son importance en cartographie;256
20.1;1.1 Introduction;256
20.2;1.2 Satellites météorologiques géostationnaires et á orbite polaire;259
20.3;1.3 Systémes satellitaires d'observation de la Terre;266
20.4;1.4 Les satellites russes pour l'environnement et leurs capteurs;275
20.5;1.5 Missions utilisant la navette spatiale comme lanceur;277
20.6;1.6 Synthése;279
20.7;1.7 Les futures missions des satellites et leur intérét cartographique;280
20.8;1.8 Cadre des activités futures;284
20.9;Références;285
21;Chapitre 2. Processus dyextraction D'informations à partir des données satellites;288
21.1;2.1 Introduction;289
21.2;2.2 Interprétation visuelle d'image;289
21.3;2.3 Interprétation d'image assistée par ordinateur;293
21.4;2.4 Synthése et conclusions;302
21.5;Références;303
22;Chapitre 3. Méthodes de combinaison des informations d'origine satellitaire et des informations de sources classiques;306
22.1;3.1 Introduction;307
22.2;3.2 Corrections géométriques;308
22.3;3.3 Mosaïquage;310
22.4;3.4 Traitement radiométrique;311
22.5;3.5 Traitement de l'image pour servir de fond de carte;313
22.6;3.6 Ajout d'informations classiques à l'image satellite;316
22.7;3.7 Rôle des systémes d'information géographique (SIG);318
22.8;Références;322
23;Chapitre 4. Conception et sémiologie de la représentation cartographique;324
23.1;4.1 Introduction;324
23.2;4.2 Extraction d'informations pour la cartographie spatiale;325
23.3;4.3 Families de produits spatiocartographiques;326
23.4;4.4 Présentation générate des iconocartes;327
23.5;4.5 Typologie des iconocartes;329
23.6;Références;334
24;Index;336
25;Index de mots-clé;340