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Preface xiii
Acknowledgments xv
1 Introduction 1
Remote Sensing for Biodiversity and Wildlife Management 1
A Remote-Sensing Approach across Disciplines 1
Remote Sensing and Wildlife 1
Remote Sensing and Biodiversity 6
Definitions and Context 7
Remote-Sensing Science 7
Wildlife Management 8
Biodiversity 8
Habitat 9
Landscape Level or Landscape Scale 10
Interface of Management and Research 12
Early Developments 13
Field-Based Remote Sensing 13
Aerial Remote Sensing 15
Satellite Remote Sensing 16
Growing Confidence in Remote-Sensing Applications 17
Current Status 20
Critical Remote-Sensing Contributions 20
Biodiversity Indicators 20
Linking to Animal-Based Data Sets 22
Purpose and Organization of the Book 23
Chapter Summaries 24
2 Management Information Needs and Remote Sensing 27
Information Requirements for Management 27
Types of Information Required 27
Sampling Strategy 30
Science Team Dynamics 31
The Role of Leadership 38
Application Framework 40
Ecosystem Structure and Process 43
Land Cover 43
Land-Cover Change 45
Habitat Attributes 45
Habitat Patches 48
Spatial Heterogeneity and Fragmentation 50
Energy and Productivity 51
Water Resources and Quality 53
Ecosystem Health and Integrity 54
Habitat and Biodiversity Indicators 56
Habitat Suitability 56
Monitoring Programs 57
Limitations of Remote Sensing 63
3 Remote-Sensing Data Collection and Processing 67
Image Characteristics 67
Image Formation 67
Image Resolution 74
Image Scale 76
Image Acquisition 77
Field Instruments 77
Aerial Sensors and Platforms 78
Current Satellite Systems 84
Image Analysis 87
Image Radiometry 87
ImageGeometry 91
Image Classification 92
Vegetation Indices 94
Data Fusion and Synergy 95
Change Detection 96
Geomatics Solutions: Remote Sensing, GIS, GPS, and Spatial Models 97
GIS Integration 97
Location Sensing Technology 99
Spatial Models 102
4 Remote Sensing of Ecosystem Process and Structure 107
Land Cover and Vegetation Structure 107
Land Cover 107
Species and Species Assemblages 107
Understory Plants and the Forest Floor 116
Invasive Alien Species 118
Vertical Complexity, Canopy Gaps and Structure 121
Dead and Damaged Trees 129
Chemical Constituents of Vegetation, Soils, and Water 130
Foliar Chemistry and Stress (Health) 130
Food Resource Availability and Quality 134
Soil Processes and Conditions 136
Water Quality 137
Ice and Snow Conditions 140
Ecosystem Processes 141
Gross and Net Primary Productivity 141
Phenology 144
Fragmentation 147
5 Remote Sensing in Wildlife Management 151
Remote-Sensing Reviews, Case Studies, and Illustrative Examples 151
Recent Reviews 151
Remote Sensing of Habitat Indicators 159
Direct Animal Sensing and Counting 162
Remote Sensing of Habitat Resources 166
General Habitat Suitability Mapping 166
Species Distribution Models 169
Multiscale Habitat Structure 174
Habitat Fragmentation 174
Spatial Heterogeneity 179
Anthropogenic Change and Disturbances 184
Linear Features 184
Partial Land-Cover Change 187
Animal and Human Health Studies 190
Case Study: Landscape Change and Grizzly Bear Health in Alberta 195
Land Cover, Structure, and Resource Selection 195
Health and Change 198
Management Implications 201
6 Remote Sensing in Biodiversity Monitoring 203
A Wide Range of Examples and Case Studies 203
Biodiversity Reviews 203
Remote Sensing of Freshwater Fish Biodiversity 212
Biodiversity Indicators 213
Trends in Habitat and Ecosystem Extent 213
Threatened Species Habitat 215
Trends in Invasive Alien Species 218
Patterns of Biodiversity 221
Plant Species Richness 221
Animal Species Richness 225
Biodiversity and Fragmentation 228
Biodiversity Monitoring Programs 230
Alberta Biodiversity Monitoring Institute 230
New Zealand Biodiversity Monitoring Program 232
Australia Biodiversity Monitoring Program 234
Circumpolar Biodiversity Monitoring Program 239
7 Conclusion 245
Remote Sensing Across Disciplines-Revisited Technological Innovation in Data and Image Processing 247
Applications Insights 249
Future 251
I Annotated Bibliography of Selected Reference Books Documenting the Development of Remote Sensing in Environmental Applications 255
II Common and Scientific Names of Species Mentioned in the Text 261
III A Selection of Past, Current, and Planned Remote-Sensing Satellites 265
IV A Selection of Past, Current, and Planned Sensor Payloads on Remote-Sensing Satellites 273
References 289
Index 335
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Add Remote Sensing for Biodiversity and Wildlife Management : Synthesis and Applications, The Latest Advances in Remote Sensing for Biodiversity This state-of-the-art volume provides fundamental information on and practical applications of remote sensing technologies in wildlife management, habitat studies, and biodiversity assessment and m, Remote Sensing for Biodiversity and Wildlife Management : Synthesis and Applications to the inventory that you are selling on WonderClubX
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Add Remote Sensing for Biodiversity and Wildlife Management : Synthesis and Applications, The Latest Advances in Remote Sensing for Biodiversity This state-of-the-art volume provides fundamental information on and practical applications of remote sensing technologies in wildlife management, habitat studies, and biodiversity assessment and m, Remote Sensing for Biodiversity and Wildlife Management : Synthesis and Applications to your collection on WonderClub |