Availability: Remote sensing in hydrology and water management

Remote sensing in hydrology and water management: with 184 figures and 22 tables

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Bibliographic Details
Other Authors:	Schultz, Gert A. (Editor), Engman, Edwin T. (Editor)
Format:	Book
Language:	English
Published:	Berlin Springer 2000
Series:	Engineering online library
Subjects:	Hydrologie Wassernutzung Fernerkundung Aufsatzsammlung
Links:	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008894499&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Physical Description:	XX, 483 Seiten Illustrationen, Diagramme, Karten
ISBN:	3540640754 9783642640360

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adam_text	2794-483 GERT A. SCHULTZ * EDWIN T. ENGMAN (EDS.) REMOTE SENSING IN HYDROLOGY AND WATER MANAGEMENT WITH 184 FIGURES AND 22 TABLES SPRINGER CONTENTS PREFACE V ABOUT THE EDITORS VII AUTHORS IX SECTION I: OVERVIEW AND BASIC PRINCIPLES L CHAPTER 1 INTRODUCTION 3 1.1 INTRODUCTION 3 1.2 REMOTE SENSING DEFINED 3 1.3 THE NATURE OF REMOTE SENSING DATA 4 1.4 SATELLITE SYSTEMS 6 1.4.1 REMOTE SENSING PLATFORMS 6 1.4.2 REMOTE SENSING SENSORS 9 1.4.3 SPATIAL RESOLUTION 10 1.4.4 TEMPORAL RESOLUTION 12 1.5 REMOTE SENSING AND HYDROLOGY 12 1.6 STRUCTURE OF THE BOOK 13 CHAPTER 2 PHYSICAL PRINCIPLES AND TECHNICAL ASPECTS OF REMOTE SENSING 15 2.1 INTRODUCTION 15 2.2 THE ELECTROMAGNETIC SPECTRUM AND RADIATION LAWS 15 2.3 ATMOSPHERIC PROPAGATION 21 2.4 REFLECTION AND EMISSION CHARACTERISTICS OF NATURAL MEDIA... 26 2.5 SENSOR PRINCIPLES 30 2.6 SUMMARY OF CURRENT AND FUTURE EARTH OBSERVATION MISSIONS 37 CHAPTER 3 PROCESSING REMOTELY SENSED DATA: HARDWARE AND SOFTWARE CONSIDERATIONS 41 3.1 IMAGE PROCESSING SYSTEM CHARACTERISTICS 41 3.1.1 THE CENTRAL PROCESSING UNIT (CPU): PERSONAL COMPUTERS, WORKSTATIONS AND MAINFRAMES 41 3.1.2 NUMBER OF ANALYSTS ON A SYSTEM AND MODE OF OPERATION ... 44 3.1.3 SERIAL VERSUS PARALLEL IMAGE PROCESSING, ARITHMETIC COPROCESSOR, AND RANDOM ACCESS MEMORY (RAM) 44 3.1.4 OPERATING SYSTEM AND SOFTWARE COMPILERS 46 3.1.5 MASS STORAGE 47 3.1.6 SCREEN DISPLAY RESOLUTION 48 XIV CONTENTS 3.1.7 SCREEN COLOR RESOLUTION 49 3.1.8 IMAGE SCANNING (DIGITIZATION) CONSIDERATIONS 49 3.2 IMAGE PROCESSING AND GIS SOFTWARE REQUIREMENT 50 3.2.1 PREPROCESSING 52 3.2.2 DISPLAY AND ENHANCEMENT 52 3.2.3 REMOTE SENSING INFORMATION EXTRACTION 53 3.2.4 PHOTOGRAMMETRIC INFORMATION EXTRACTION 54 3.2.5 METADATA AND IMAGE/MAP LINEAGE DOCUMENTATION 54 3.2.6 IMAGE AND MAP CARTOGRAPHIC COMPOSITION 57 3.2.7 GEOGRAPHIC INFORMATION SYSTEMS (GIS) 57 3.2.8 UTILITIES 57 3.3 COMMERCIAL AND PUBLICLY AVAILABLE DIGITAL IMAGE PROCESSING SYSTEMS 58 3.4 SUMMARY 58 CHAPTER 4 INTEGRATION OF REMOTELY SENSED DATA INTO GEOGRAPHICAL INFORMATION SYSTEMS 65 4. 1 INTRODUCTION 65 4.2 GENERAL APPROACH 67 4.2.1 RASTER AND VECTOR DATA STRUCTURES 67 4.2.2 CURRENT APPROACHES TO THE INTEGRATION 70 4.2.3 ERRORS ASSOCIATED WITH GEOGRAPHICAL PROCESSING 71 4.3 CURRENT APPLICATIONS 72 4.3.1 WATERSHED DATABASE DEVELOPMENT 72 4.3.2 INTEGRATED USE OF ELEVATION DATA 73 4.3.3 LAND-USE/LAND-COVER CHANGE DETECTION 74 4.3.4 MODELING WATERSHED RUNOFF 75 4.3.5 MONITORING AND MODELING OF WATER QUALITY 76 4.3.6 SOIL EROSION MONITORING 77 4.4 FUTURE PERSPECTIVES 78 SECTION II: REMOTE SENSING APPLICATION TO HYDROLOGIC MONITORING AND MODELING 83 CHAPTER 5 REMOTE SENSING IN HYDROLOGICAL MODELING 85 5.1 INTRODUCTION 85 5.2 REMOTE SENSING IN OPERATIONAL HYDROLOGIC MODELING 87 5.3 REMOTE SENSING IN COUPLED WATER-ENERGY BALANCE MODELING 90 5.4 REMOTE SENSING APPROACH 92 5.4.1 SOLAR RADIATION 92 5.4.2 DOWNWELLING LONGWAVE 93 5.4.3 PRECIPITATION 94 5.4.4 AIR TEMPERATURE 94 5.4.5 SURFACE AIR HUMIDITY 95 CONTENTS XV 5.5 MODELING EXAMPLE: THE RED RIVER ARKANSAS BASIN 96 5.6 FUTURE DIRECTIONS 97 COLOUR PLATES OF CHAPS. 2-5 103 CHAPTER 6 PRECIPITATION ILL 6.1 INTRODUCTION ILL 6.2 GENERAL APPROACH 112 6.2.1 GROUND-BASED RADAR 112 6.2.2 USE OF VISIBLE AND INFRARED SATELLITE DATA 114 6.2.3 USE OF PASSIVE MICROWAVE SATELLITE DATA 114 6.2.4 SPACE-BORNE RADAR 115 6.3 CURRENT TECHNIQUES 115 6.3.1 SINGLE POLARISATION RADAR MEASUREMENTS OF RAINFALL 115 6.3.2 MEASUREMENT OF SNOWFALL AND HAIL 118 6.3.3 MULTI-PARAMETER RADAR 120 6.3.4 SATELLITE CLOUD INDEXING AND LIFE HISTORY METHODS OF RAINFALL ESTIMATION 121 6.3.5 BISPECTRAL TECHNIQUES 123 6.3.6 PASSIVE MICROWAVE ESTIMATES OF RAINFALL FROM SPACE 124 6.3.7 SAMPLING ERRORS 126 6.4 THE POTENTIAL FOR IMPROVEMENT 127 6.4.1 CURRENT PERFORMANCE LEVELS 127 6.4.2 THE FUTURE 128 CHAPTER 7 LAND-USE AND CATCHMENT CHARACTERISTICS 133 7.1 INTRODUCTION 133 7.2 LAND COVER MAPPING WITH REMOTE SENSING 134 7.3 VEGETATION INDICES 135 7.3.1 SIMPLE VEGETATION INDICES 136 7.3.2 NORMALIZED DIFFERENCE VEGETATION INDEX (NDVI) 138 7.3.3 REFINED ESTIMATES 139 7.3.4 MULTI-TEMPORAL VEGETATION INDEX 140 7.4 THEMATIC CLASSIFICATION 140 7.4.1 IMAGE CLASSIFICATION METHODS 142 7.4.2 MAXIMUM LIKELIHOOD CLASSIFICATION 145 7.4.3 DISCUSSION 147 7.4.4 PROBABILITY ESTIMATION REFINEMENTS 147 7.4.5 SEGMENTATION 149 7.4.6 CASE STUDY IN THE PANTANAL AREA, BRAZIL 150 7.5 RADAR 152 CHAPTER 8 EVAPORATION 157 8.1. INTRODUCTION 157 8.1.1 GENERAL 157 8.1.2 REMOTE SENSING OF LAND EVAPORATION 158 XVI CONTENTS 8.2 EVAPORATION AND RADIOMETRIC VARIABLES 160 8.2.1 POTENTIAL EVAPORATION 160 8.2.2 ACTUAL EVAPORATION 162 8.3 REMOTE SENSING OF LAND EVAPORATION: APPLICATIONS AND MODELLING APPROACHES 165 8.3.1 GENERAL 165 8.3.2 LINEAR RELATIONSHIPS BETWEEN EVAPORATION AND LAND SURFACE TEMPERATURE [1] 166 8.3.3 IMPROVED LINEAR RELATIONSHIPS [2] 167 8.3.4 RELATIONSHIPS BETWEEN EVAPORATION, SURFACE, TEMPERATURE AND SPECTRAL INDICES [3] 168 8.3.5 SOIL VEGETATION ATMOSPHERE TRANSFER (SVAT) MODELS [4] 169 8.3.6 INTEGRATED SVAT AND PLANETARY BOUNDARY LAYER (PBL) MODELS [5] 170 8.4 CURRENT TRENDS: IMPROVED OBSERVATIONS AND IMPROVED PARAMETERIZATIONS 171 8.4.1 LOCAL MAXIMUM EVAPORATION AND LAND SURFACE TEMPERATURE [6] 171 8.4.2 IMPROVED OBSERVATION OF LAND SURFACE VARIABLES [7] 174 8.5 SPATIAL VARIABILITY 177 8.6 ACCURACY 178 8.7 APPLICATIONS 179 8.8 CURRENT AND FUTURE OBSERVATIONS 180 8.9 SUMMARY AND CONCLUSIONS 181 COLOUR PLATES OF CHAPS. 6-8 189 CHAPTER 9 SOIL MOISTURE 197 9.1 INTRODUCTION 197 9.2 GENERAL APPROACH 198 9.3 SENSOR-TARGET INTERACTIONS 202 9.4 HYDROLOGIC EXAMPLES 209 9.5 FUTURE MICROWAVE REMOTE SENSING OF SOIL MOISTURE 212 CHAPTER 10 REMOTE SENSING OF SURFACE WATER 217 10.1 INTRODUCTION 217 10.2 SURFACE WATER DETECTION 218 10.3 LAKE AND RESERVOIR AREA ESTIMATES 220 10.4 WETLANDS 223 10.5 LAKE LEVELS 224 10.6 RIVER LEVELS AND FLOWS 226 10.7 FLOOD EXTENT 230 10.8 CONCLUSION 233 CONTENTS XVII CHAPTER 11 SNOW AND ICE 239 11.1 ROLE OF SNOW AND ICE 239 11.2 GENERAL APPROACH 240 11.2.1 GAMMA RADIATION 240 11.2.2 VISIBLE IMAGERY 242 11.2.3 THERMAL INFRARED 244 11.2.4 PASSIVE AND ACTIVE MICROWAVE 244 11.2.5 RELATED APPLICATIONS 248 11.3 CURRENT APPLICATIONS 249 11.3.1 NOHRSC- SNOW COVER AND SNOW WATER EQUIVALENT PRODUCTS 249 11.3.2 CANADIAN PRAIRIE SNOW WATER EQUIVALENT MAPPING 250 11.3.3 SNOWMELT RUNOFF FORECAST OPERATIONS 252 11.4 FUTURE DIRECTIONS 255 11.4.1 IMPROVED RESOLUTION IN THE PASSIVE MICROWAVE 255 11.4.2 IMPROVED ALGORITHMS IN THE PASSIVE MICROWAVE 256 11.4.3 OUTLOOK FOR RADAR APPLICATIONS 256 11.4.4 INTEGRATION OF VARIOUS DATA TYPES 257 COLOUR PLATES OF CHAPS. 9-11 263 CHAPTER 12 SOIL EROSION 271 12.1 INTRODUCTION 271 12.2 BASIS FOR USING REMOTE SENSING 273 12.3 APPLICATIONS 274 12.4 CASE STUDIES 276 12.4.1 PHOTOINTERPRETATION/PHOTOGRAMMETRY ;. 277 12.4.2 MODEL/GIS INPUTS 279 12.4.3 SPECTRAL PROPERTIES 280 12.4.4 TOPOGRAPHIC MEASUREMENTS 281 12.5 FUTURE DIRECTIONS 282 CHAPTER 13 WATER QUALITY 287 13.1 INTRODUCTION 287 13.2 BASIS FOR USING REMOTE SENSING 288 13.3 APPLICATION 290 1.3.4 CASE STUDIES 291 13.4.1 SUSPENDED SEDIMENTS 291 13.4.2 CHLOROPHYLL 294 13.4.3 TEMPERATURE 297 13.4.4 OILS 298 13.5 FUTURE DIRECTIONS 299 CHAPTER 14 GROUNDWATER 30 5 14.1 INTRODUCTION 305 14.2 CONCEPTUALIZATION OF THE HYDROGEOLOGY 306 XVIII CONTENTS 14.2.1 THE THREE DIMENSIONAL HYDROGEOLOGIC SITUATION 306 14.2.2 GROUNDWATER SURFACE 309 14.2.3 FLOW SYSTEMS 310 14.3 ASPECTS OF WATER BUDGETS 312 14.3.1 GROUNDWATER IRRIGATION DRAFTS 312 14.3.2 RECHARGE 313 14.4 HARD ROCK TERRAIN AND LINEAMENTS 319 14.5 GROUNDWATER MANAGEMENT AND CONCLUSIONS 321 14.6 CONCLUSIONS AND FUTURE PERSPECTIVES 322 SECTION III: WATER MANAGEMENT WITH THE AID OF REMOTE SENSING DATA 327 CHAPTER 15 INTRODUCTION TO AND GENERAL ASPECTS OF WATER MANAGEMENT WITH THE AID OF REMOTE SENSING 329 15.1 INTRODUCTION 329 15.2 POTENTIAL OF REMOTE SENSING IN WATER MANAGEMENT 329 15.2.1 SURVEYING AND MAPPING 330 15.2.2 SPATIAL ANALYSIS AND REGIONALIZATION 332 15.2.3 MONITORING AND FORECASTING 332 15.3 RIVER BASIN PLANNING WITH THE AID OF REMOTE SENSING 334 15.3.1 INTRODUCTION 334 15.3.2 HYDROLOGIC MONITORING & FORECASTING 334 15.3.3 UPSTREAM-DOWNSTREAM INTERRELATIONSHIPS IN RIVER BASINS .... 335 15.4 WATERSHED MANAGEMENT WITH THE AID OF REMOTE SENSING,.... 338 15.4.1 INTRODUCTION 338 15.4.2 HYDROLOGIC PHOTO-INTERPRETATION FOR WATERSHED MANAGEMENT 338 15.5 SMALL-SCALE WATER RESOURCE DEVELOPMENT AND REMOTE SENSING 340 15.5.1 INTRODUCTION 340 15.5.2 RUNOFF WATER HARVESTING WITH THE AID OF REMOTE SENSING..... 340 15.5.3 FLOOD SPREADING AND GROUNDWATER RECHARGE 341 15.6 IRRIGATION WATER MANAGEMENT AND REMOTE SENSING 341 15.7 DECISION SUPPORT SYSTEMS FOR WATER MANAGEMENT 342 15.7.1 INTRODUCTION 342 15.7.2 EXPERT AND DECISION SUPPORT SYSTEMS 342 COLOUR PLATES OF CHAPS. 12-15 349 CHAPTER 16 FLOOD FORECASTING AND CONTROL 357 16.1 INTRODUCTION 357 16.2 GENERAL APPROACH 358 16.2.1 MODELING PHILOSOPHY 358 CONTENTS XIX 16.2.2 REMOTE SENSING DATA, TYPES AND ACQUISITION 360 16.2.3 DETERMINATION OF HYDRO-METEOROLOGICAL INFORMATION FROM REMOTE SENSING DATA 360 16.2.4 TRANSFORMATION OF AREA PRECIPITATION INTO A REAL-TIME FORECAST OF A RUNOFF HYDROGRAPH 362 16.3 REAL-TIME FLOOD CONTROL WITH THE AID OF FLOOD FORECASTS BASED ON REMOTE SENSING DATA - AN EXAMPLE 365 16.3.1 BASIC PRINCIPLE 365 16.3.2 RADAR RAINFALL MEASUREMENTS IN THE GIINZ RIVER CATCHMENT 367 16.3.3 QUANTITATIVE PRECIPITATION FORECAST (QPF) 368 16.3.4 RAINFALL-RUNOFF-MODEL APPLICATION FOR FLOOD FORECASTING.. 368 16.3.5 OPTIMUM RESERVOIR OPERATION BASED ON FORECAST FLOOD HYDROGRAPHS 370 16.4 FLOOD FORECASTING AND CONTROL IN AN URBAN ENVIRONMENT .. 372 16.5 FUTURE PERSPECTIVES 375 CHAPTER 17 IRRIGATION AND DRAINAGE 377 17.1 INTRODUCTION 377 17.1.1 CURRENT NON-REMOTE SENSING APPROACHES AND LIMITATIONS 378 17.1.2 REVIEWS OF REMOTE SENSING APPLICATIONS IN IRRIGATION AND DRAINAGE 379 17.2 GENERAL APPROACH 380 17.2.1 APPLICATIONS VERSUS OBSERVABLES AND ALGORITHMS 380 17.2.2 THEORY AND CONCEPTUAL APPROACH 380 17.2.3 EXAMPLES OF APPLICATIONS 386 17.3 CURRENT APPLICATIONS 387 17.3.1 GENERAL 387 17.3.2 HIGH RESOLUTION MAPPING OF IRRIGATED LANDS 389 17.3.3 CROP WATER REQUIREMENTS * VISIBLE AND NEAR INFRARED 390 17.3.4 CROP WATER STRESS - THERMAL INFRARED 391 17.3.5 CATCHMENT HYDROLOGY 392 17.3.6 DETECTION OF SALINE AREAS 392 17.3.7 IRRIGATION MANAGEMENT 393 17.4 CURRENT AND FUTURE OBSERVATIONS 394 17.5 FUTURE DIRECTIONS AND POTENTIAL 395 CHAPTER 18 COMPUTATION OF HYDROLOGICAL DATA FOR DESIGN OF WATER PROJECTS IN UNGAUGED RIVER BASINS 401 18.1 INTRODUCTION 401 18.2 GENERAL APPROACH 403 18.2.1 MODUL I: SATELLITE SYSTEM, DATA PROCESSING 403 18.2.2 MODUL II: ASSESSMENT OF THE MONTHLY AREA PRECIPITATION ON THE BASIS OF MULTI-TEMPORAL SATELLITE IMAGERY 406 XX CONTENTS 18.2.3 MODUL III: ESTIMATION OF RUNOFF VALUES 409 18.3 APPLICATION. 410 18.3.1 STUDY AREA AND DATA USED .410 18.3.2 ASSESSMENT OF THE MONTHLY AREA PRECIPITATION WITH THE AID OF MULTI-TEMPORAL B2-METEOSAT SATELLITE IMAGERY 411 18.3.3 RAINFALL-RUNOFF MODEL 413 18.4 FURTHER APPLICATIONS 414 18.5 SUMMARY AND DISCUSSION 416 CHAPTER 19 DETECTION OF LAND COVER CHANGE TENDENCIES AND THEIR EFFECT ON WATER MANAGEMENT 419 19.1 GENERAL REMARKS 419 19.2 HYDROLOGICAL MODELLING AND LAND COVER CHANGE 422 19.3 A CASE STUDY: LAND USE CHANGE DETECTION BY REMOTE SENSING IN THE SAUER RIVER BASIN, WESTERN EUROPE 424 19.4 SUMMARY 432 COLOUR PLATES OF CHAPS. 16-19 435 SECTION IV: FUTURE PERSPECTIVES 443 CHAPTER 20 FUTURE PERSPECTIVES 445 20.1 INTRODUCTION 445 20.2 STATUS OF HYDROLOGIC RESEARCH AND MODELING 446 20.3 WATER MANAGEMENT. 448 20.4 DATA ISSUES IN HYDROLOGY AND WATER RESOURCES MANAGEMENT 449 20.5 INTENSIVE FIELD CAMPAIGNS 452 20.6 EXISTING SENSORS AND PLATFORMS 453 20.7 PLANNED AND PROPOSED SENSORS AND PLATFORMS 454 20.8 REMOTE SENSING AND FUTURE NEEDS IN HYDROLOGY 456 APPENDIX 20.1 EXISTING AND FUTURE REMOTE SENSING SATELLITES AND SENSORS RELEVANT TO HYDROLOGICAL APPLICATIONS 458 APPENDIX 20.2 SPECIFICATION FOR SENSORS LISTED IN APPENDIX 20.1 461 LIST OF ACRONYMS 471 INDEX 475
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id	DE-604.BV013053136
illustrated	Illustrated
indexdate	2024-12-20T10:40:39Z
institution	BVB
isbn	3540640754 9783642640360
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-008894499
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physical	XX, 483 Seiten Illustrationen, Diagramme, Karten
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spellingShingle	Remote sensing in hydrology and water management with 184 figures and 22 tables Hydrologie (DE-588)4026309-5 gnd Wassernutzung (DE-588)4138608-5 gnd Fernerkundung (DE-588)4016796-3 gnd
subject_GND	(DE-588)4026309-5 (DE-588)4138608-5 (DE-588)4016796-3 (DE-588)4143413-4
title	Remote sensing in hydrology and water management with 184 figures and 22 tables
title_auth	Remote sensing in hydrology and water management with 184 figures and 22 tables
title_exact_search	Remote sensing in hydrology and water management with 184 figures and 22 tables
title_full	Remote sensing in hydrology and water management with 184 figures and 22 tables Gert A. Schultz, Edwin T. Engman (Eds.)
title_fullStr	Remote sensing in hydrology and water management with 184 figures and 22 tables Gert A. Schultz, Edwin T. Engman (Eds.)
title_full_unstemmed	Remote sensing in hydrology and water management with 184 figures and 22 tables Gert A. Schultz, Edwin T. Engman (Eds.)
title_short	Remote sensing in hydrology and water management
title_sort	remote sensing in hydrology and water management with 184 figures and 22 tables
title_sub	with 184 figures and 22 tables
topic	Hydrologie (DE-588)4026309-5 gnd Wassernutzung (DE-588)4138608-5 gnd Fernerkundung (DE-588)4016796-3 gnd
topic_facet	Hydrologie Wassernutzung Fernerkundung Aufsatzsammlung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008894499&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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