Dr. Qihao Weng is the director of the Center for Urban and Environmental Change and a professor of geography at Indiana State University, USA. In addition, he serves as editor-in-chief of ISPRS Journal of Photogrammetry and Remote Sensing and is the series editor for Taylor & Francis Series in Remote Sensing Applications. He received his PhD degree in geography from the University of Georgia in 1999. In the same year, he joined the University of Alabama as an assistant professor. Since 2001, he has been a member of the faculty in the Department of Earth and Environmental Systems at Indiana State University, where he has taught courses on remote sensing, digital image processing, remote sensing–GIS integration, GIS, and environmental modeling. He has mentored 15 doctoral and 13 master students. Dr. Weng’s research focuses on remote sensing and GIS analysis of urban ecological and environmental systems, land-use and land-cover change, environmental modeling, urbanization impacts and sustainability, and human–environment interactions. He is the author of more than 180 peer-reviewed journal articles and other publications and 9 books. Dr. Weng has worked extensively with optical and thermal infrared remote sensing data, and more recently with LiDAR data, primarily for urban heat island study, land-cover and impervious surface mapping, urban growth detection, image analysis algorithms, and the integration with socioeconomic characteristics, with financial support from US funding agencies that include NSF, NASA, USGS, USAID, NOAA, the National Geographic Society, and Indiana Department of Natural Resources. From the American Association of Geographers (AAG), Dr. Weng has received the Outstanding Contributions Award in Remote Sensing in 2011 and the Willard and Ruby S. Miller Award in 2015 for his outstanding contributions to geography. In May 2008, he received a prestigious NASA senior fellowship. Dr. Weng is also the recipient of the

"This excellent book presents the use of remote sensing in the context of sustainability and cities in areas such as land subsidence, grassland management, Tree Species, Forest Damage, Water Quality, Air Quality, Heat Hazards, Soil Moisture, Energy Supply and Use, Wind and Solar Energy Resources. Since urban growth affects earth systems, which are innately complex in space and time, continued innovative approaches will be needed to advance sustainable development for cities in the future; and the many authors here employ a variety of remote sensing technologies and analyses to advance our basic understandings for this overall endeavor. The book is extremely valuable for students, faculty, and basic and applied researchers in both remote sensing and sustainability. As the author of Chapter 1 (J. Trinder) says: ‘A great deal has yet to be learnt about these processes and how the full potential of remote sensing can be achieved in this very important issue of environmental sustainability of urban areas.’ The book goes a long way to advance this learning with its timely chapter offerings and a top rate author selection of scientists and practitioners." —Anthony J. Brazel, Arizona State University, Tempe, Arizona, USA

• Foreword. Preface. Editor. Contributors. Section I Remote Sensing for Sustainable Cities. Extraction of Parameters from Remote Sensing Data for Environmental Indices for Urban Sustainability. Earth Observation for Urban and Spatial Planning. Assessment of Urban Growth in the Pearl River Delta, China, Using Time Series Landsat Imagery. InSAR Monitoring of Land Subsidence for Sustainable Urban Planning. A Tale of Two Cities: Urbanization in Greensboro, North Carolina, USA, and Guiyang, Guizhou, China. Section II Remote Sensing for Sustainable Natural Resources. Role of Remote Sensing in Sustainable Grassland Management: A Review and Case Studies for a Mixed-Grass Prairie Ecosystem. Classifying Tree Species Using Fine Spatial Resolution Imagery to Support the Conservation of an Endangered Bird Species in Hawaii. Remote Sensing of Forest Damage by Diseases and Insects. Monitoring Water Quality with Remote Sensing Image Data. Section III Remote Sensing for Sustainable Environmental Systems. Urban Air Quality Studies Using EO Data. Heat Hazard Monitoring with Satellite-Derived Land Surface Temperature. Remote Sensing Identification of Threshold Zones along a Mediterranean to Arid Climatic Gradient. Remote Sensing Identification of Threshold Zones along a Mediterranean to Arid Climatic Gradient. Section IV Remote Sensing for Sustainable Energy. Earth Observation and Its Potential to Implement a Sustainable Energy Supply—A German Perspective. Use of Nighttime Imaging Data to Assess Decadal Trends in Energy Use in China. Support of Wind Resource Modeling Using Earth Observation—A European Perspective on the Status and Future Options. Assessing Solar Energy Potential and Building Energy Use in Indianapolis Using Geospatial Techniques. Index.

Dr. Qihao Weng is the director of the Center for Urban and Environmental Change and a professor of geography at Indiana State University, USA. In addition, he serves as editor-in-chief of ISPRS Journal of Photogrammetry and Remote Sensing and is the series editor for Taylor & Francis Series in Remote Sensing Applications. He received his PhD degree in geography from the University of Georgia in 1999. In the same year, he joined the University of Alabama as an assistant professor. Since 2001, he has been a member of the faculty in the Department of Earth and Environmental Systems at Indiana State University, where he has taught courses on remote sensing, digital image processing, remote sensing–GIS integration, GIS, and environmental modeling. He has mentored 15 doctoral and 13 master students. Dr. Weng’s research focuses on remote sensing and GIS analysis of urban ecological and environmental systems, land-use and land-cover change, environmental modeling, urbanization impacts and sustainability, and human–environment interactions. He is the author of more than 180 peer-reviewed journal articles and other publications and 9 books. Dr. Weng has worked extensively with optical and thermal infrared remote sensing data, and more recently with LiDAR data, primarily for urban heat island study, land-cover and impervious surface mapping, urban growth detection, image analysis algorithms, and the integration with socioeconomic characteristics, with financial support from US funding agencies that include NSF, NASA, USGS, USAID, NOAA, the National Geographic Society, and Indiana Department of Natural Resources. From the American Association of Geographers (AAG), Dr. Weng has received the Outstanding Contributions Award in Remote Sensing in 2011 and the Willard and Ruby S. Miller Award in 2015 for his outstanding contributions to geography. In May 2008, he received a prestigious NASA senior fellowship. Dr. Weng is also the recipient of the

"This excellent book presents the use of remote sensing in the context of sustainability and cities in areas such as land subsidence, grassland management, Tree Species, Forest Damage, Water Quality, Air Quality, Heat Hazards, Soil Moisture, Energy Supply and Use, Wind and Solar Energy Resources. Since urban growth affects earth systems, which are innately complex in space and time, continued innovative approaches will be needed to advance sustainable development for cities in the future; and the many authors here employ a variety of remote sensing technologies and analyses to advance our basic understandings for this overall endeavor. The book is extremely valuable for students, faculty, and basic and applied researchers in both remote sensing and sustainability. As the author of Chapter 1 (J. Trinder) says: ‘A great deal has yet to be learnt about these processes and how the full potential of remote sensing can be achieved in this very important issue of environmental sustainability of urban areas.’ The book goes a long way to advance this learning with its timely chapter offerings and a top rate author selection of scientists and practitioners." —Anthony J. Brazel, Arizona State University, Tempe, Arizona, USA

• Foreword. Preface. Editor. Contributors. Section I Remote Sensing for Sustainable Cities. Extraction of Parameters from Remote Sensing Data for Environmental Indices for Urban Sustainability. Earth Observation for Urban and Spatial Planning. Assessment of Urban Growth in the Pearl River Delta, China, Using Time Series Landsat Imagery. InSAR Monitoring of Land Subsidence for Sustainable Urban Planning. A Tale of Two Cities: Urbanization in Greensboro, North Carolina, USA, and Guiyang, Guizhou, China. Section II Remote Sensing for Sustainable Natural Resources. Role of Remote Sensing in Sustainable Grassland Management: A Review and Case Studies for a Mixed-Grass Prairie Ecosystem. Classifying Tree Species Using Fine Spatial Resolution Imagery to Support the Conservation of an Endangered Bird Species in Hawaii. Remote Sensing of Forest Damage by Diseases and Insects. Monitoring Water Quality with Remote Sensing Image Data. Section III Remote Sensing for Sustainable Environmental Systems. Urban Air Quality Studies Using EO Data. Heat Hazard Monitoring with Satellite-Derived Land Surface Temperature. Remote Sensing Identification of Threshold Zones along a Mediterranean to Arid Climatic Gradient. Remote Sensing Identification of Threshold Zones along a Mediterranean to Arid Climatic Gradient. Section IV Remote Sensing for Sustainable Energy. Earth Observation and Its Potential to Implement a Sustainable Energy Supply—A German Perspective. Use of Nighttime Imaging Data to Assess Decadal Trends in Energy Use in China. Support of Wind Resource Modeling Using Earth Observation—A European Perspective on the Status and Future Options. Assessing Solar Energy Potential and Building Energy Use in Indianapolis Using Geospatial Techniques. Index.

Dr. Qihao Weng is the director of the Center for Urban and Environmental Change and a professor of geography at Indiana State University, USA. In addition, he serves as editor-in-chief of ISPRS Journal of Photogrammetry and Remote Sensing and is the series editor for Taylor & Francis Series in Remote Sensing Applications. He received his PhD degree in geography from the University of Georgia in 1999. In the same year, he joined the University of Alabama as an assistant professor. Since 2001, he has been a member of the faculty in the Department of Earth and Environmental Systems at Indiana State University, where he has taught courses on remote sensing, digital image processing, remote sensing–GIS integration, GIS, and environmental modeling. He has mentored 15 doctoral and 13 master students. Dr. Weng’s research focuses on remote sensing and GIS analysis of urban ecological and environmental systems, land-use and land-cover change, environmental modeling, urbanization impacts and sustainability, and human–environment interactions. He is the author of more than 180 peer-reviewed journal articles and other publications and 9 books. Dr. Weng has worked extensively with optical and thermal infrared remote sensing data, and more recently with LiDAR data, primarily for urban heat island study, land-cover and impervious surface mapping, urban growth detection, image analysis algorithms, and the integration with socioeconomic characteristics, with financial support from US funding agencies that include NSF, NASA, USGS, USAID, NOAA, the National Geographic Society, and Indiana Department of Natural Resources. From the American Association of Geographers (AAG), Dr. Weng has received the Outstanding Contributions Award in Remote Sensing in 2011 and the Willard and Ruby S. Miller Award in 2015 for his outstanding contributions to geography. In May 2008, he received a prestigious NASA senior fellowship. Dr. Weng is also the recipient of the

"This excellent book presents the use of remote sensing in the context of sustainability and cities in areas such as land subsidence, grassland management, Tree Species, Forest Damage, Water Quality, Air Quality, Heat Hazards, Soil Moisture, Energy Supply and Use, Wind and Solar Energy Resources. Since urban growth affects earth systems, which are innately complex in space and time, continued innovative approaches will be needed to advance sustainable development for cities in the future; and the many authors here employ a variety of remote sensing technologies and analyses to advance our basic understandings for this overall endeavor. The book is extremely valuable for students, faculty, and basic and applied researchers in both remote sensing and sustainability. As the author of Chapter 1 (J. Trinder) says: ‘A great deal has yet to be learnt about these processes and how the full potential of remote sensing can be achieved in this very important issue of environmental sustainability of urban areas.’ The book goes a long way to advance this learning with its timely chapter offerings and a top rate author selection of scientists and practitioners." —Anthony J. Brazel, Arizona State University, Tempe, Arizona, USA

• Foreword. Preface. Editor. Contributors. Section I Remote Sensing for Sustainable Cities. Extraction of Parameters from Remote Sensing Data for Environmental Indices for Urban Sustainability. Earth Observation for Urban and Spatial Planning. Assessment of Urban Growth in the Pearl River Delta, China, Using Time Series Landsat Imagery. InSAR Monitoring of Land Subsidence for Sustainable Urban Planning. A Tale of Two Cities: Urbanization in Greensboro, North Carolina, USA, and Guiyang, Guizhou, China. Section II Remote Sensing for Sustainable Natural Resources. Role of Remote Sensing in Sustainable Grassland Management: A Review and Case Studies for a Mixed-Grass Prairie Ecosystem. Classifying Tree Species Using Fine Spatial Resolution Imagery to Support the Conservation of an Endangered Bird Species in Hawaii. Remote Sensing of Forest Damage by Diseases and Insects. Monitoring Water Quality with Remote Sensing Image Data. Section III Remote Sensing for Sustainable Environmental Systems. Urban Air Quality Studies Using EO Data. Heat Hazard Monitoring with Satellite-Derived Land Surface Temperature. Remote Sensing Identification of Threshold Zones along a Mediterranean to Arid Climatic Gradient. Remote Sensing Identification of Threshold Zones along a Mediterranean to Arid Climatic Gradient. Section IV Remote Sensing for Sustainable Energy. Earth Observation and Its Potential to Implement a Sustainable Energy Supply—A German Perspective. Use of Nighttime Imaging Data to Assess Decadal Trends in Energy Use in China. Support of Wind Resource Modeling Using Earth Observation—A European Perspective on the Status and Future Options. Assessing Solar Energy Potential and Building Energy Use in Indianapolis Using Geospatial Techniques. Index.