Earth Observation for Mountain Environments is a vital resource for researchers, students, and practitioners involved in mountain environmental monitoring. This book addresses the critical need for comprehensive, specialized knowledge on remote sensing applications in complex mountainous terrains. It emphasizes the integration of satellite and airborne data with field research to map and model features such as topography, glaciers, vegetation, land cover, and hazards. The content covers the evolution of mountain Earth Observation, current challenges, and innovative methodologies, including multi-sensor data integration and predictive modeling under climate change influences. The chapters are organized to provide a systematic overview of key topics, from historical developments to advanced case studies involving glacier monitoring, vegetation zonation, hazard assessment, and land cover change detection. Each chapter includes detailed methodologies, case studies, and visual aids like flow diagrams, maps, and multimedia materials, enabling practical understanding and application. The book aims to bridge scientific research with regional planning and environmental management, empowering users to make informed decisions based on accurate, high-resolution geoinformation. Its interdisciplinary approach supports sustainable development, risk mitigation, and climate resilience in mountain regions worldwide.Maps all historical and current remote sensing applications for mountain regionsDefines mountain environmental issues with a new, integrated methodological approachStructures chapters with case studies, methodologies, and practical workflowsIncorporates visual aids, including flowcharts, maps, and multimedia materialsApplies AI techniques like big data processing and multi-sensor analysis for mountain research

Earth Observation for Mountain Environments is a vital resource for researchers, students, and practitioners involved in mountain environmental monitoring. This book addresses the critical need for comprehensive, specialized knowledge on remote sensing applications in complex mountainous terrains. It emphasizes the integration of satellite and airborne data with field research to map and model features such as topography, glaciers, vegetation, land cover, and hazards. The content covers the evolution of mountain Earth Observation, current challenges, and innovative methodologies, including multi-sensor data integration and predictive modeling under climate change influences. The chapters are organized to provide a systematic overview of key topics, from historical developments to advanced case studies involving glacier monitoring, vegetation zonation, hazard assessment, and land cover change detection. Each chapter includes detailed methodologies, case studies, and visual aids like flow diagrams, maps, and multimedia materials, enabling practical understanding and application. The book aims to bridge scientific research with regional planning and environmental management, empowering users to make informed decisions based on accurate, high-resolution geoinformation. Its interdisciplinary approach supports sustainable development, risk mitigation, and climate resilience in mountain regions worldwide.Maps all historical and current remote sensing applications for mountain regionsDefines mountain environmental issues with a new, integrated methodological approachStructures chapters with case studies, methodologies, and practical workflowsIncorporates visual aids, including flowcharts, maps, and multimedia materialsApplies AI techniques like big data processing and multi-sensor analysis for mountain research