(Include but not limited to)
Track 1: Environmental Remote Sensing Technology and Methods
Atmospheric Environmental Remote Sensing Monitoring
Land Environmental Remote Sensing and Surface Parameter Inversion
Water Environment Remote Sensing and Water Quality Monitoring
Vegetation Ecological Remote Sensing and Forest Resource Monitoring
Hyperspectral and Multispectral Remote Sensing Image Processing
Microwave Remote Sensing and Radar Interferometry
Optical Remote Sensing and Thermal Infrared Remote Sensing Technology
Multi-source Remote Sensing Data Fusion and Assimilation
Remote Sensing Data Quality Assessment and Preprocessing
Remote Sensing Modeling of Agricultural and Natural Ecosystems
Emergency Remote Sensing Monitoring for Environmental Disasters
Remote Sensing Observation of Climate Change and Carbon Cycle
Planetary Remote Sensing and Mapping
Permafrost and Hydrological Remote Sensing
Remote Sensing Big Data and Deep Learning Interpretation Algorithms
UAV Remote Sensing Platform and Data Acquisition
High-Resolution Satellite Remote Sensing Applications
Remote Sensing Information Extraction and Target Recognition
Remote Sensing Application in Land Use/Land Cover Change Monitoring
Track 2: Geographic Information System and Spatial Analysis
Geographic Information System (GIS) Theory and Methods
Spatial Database and Spatial Data Mining
Geological Informationization and Remote Sensing Interpretation
Global Navigation Satellite System (GNSS) and Positioning Technology
Spatial Analysis and Environmental Modeling Integration
Geological Hazard Prediction, Assessment and Remote Sensing Interpretation
Remote Sensing Analysis of Geological Structures and Structural Evolution
Real-Scene 3D Modeling and Digital Twin City
Spatial Decision Support System and Resource Planning
Geographic Information Technology Applications in the Mining and Energy Fields
Spatial Data Visualization and Map Cartography
Geostatistics and Spatial Interpolation Methods
Uncertainty Analysis in Geographic Information Science
Spatial Data Infrastructure and Interoperability Standards
Surveying Theory and Inclined Photography Technology
Earth Exploration and Information Technology
Satellite Navigation and Positioning Technology and Applications
Spatial Big Data Analysis and Cloud Computing
Geographic Information Engineering and System Integration
Track 3: Sustainable Development and Environmental Applications
Remote Sensing and GIS Applications in the Monitoring of Sustainable Development Goals (SDGs)
Urban Heat Island Effect and Urban Environmental Assessment
Ecosystem Health Monitoring and Assessment
Biodiversity Conservation and Habitat Mapping
Wetland Monitoring and Protection Management
Desertification and Land Degradation Monitoring
Climate Change Adaptation and Ecological Response Analysis
Low-Carbon Cities and Sustainable Territorial Spatial Planning
Resource Management and Environmental Carrying Capacity Evaluation
Environmental Monitoring Network and Intelligent Sensing System
Precision Agriculture and Sustainable Agricultural Development
Risk Assessment of Floods, Landslides, etc. Natural Disasters
Water Resources Management and Basin Comprehensive Planning
Carbon Sink Estimation and Carbon Cycle Monitoring
Blue Carbon Sink and Coastal Zone Management
Spatial Assessment of Nature-Based Solutions (NbS)
Spatial Analysis and Decision Support for Environmental Policies
Site Selection and Evaluation for Sustainable Infrastructure Construction
Spatial Analysis of Circular Economy and Resource Efficiency
......