(The following topics include but are not limited to)
Track 1: Agricultural Remote Sensing and Precision Agriculture
Multi-source remote sensing data fusion and collaborative inversion technology (optical, thermal infrared, microwave, LiDAR, etc.)
Hyperspectral/multispectral remote sensing for crop monitoring and fine classification
Unmanned aerial vehicle remote sensing system and near-ground ecological observation
Crop growth diagnosis, yield estimation and quality testing
Remote sensing quantitative inversion of vegetation parameters and biophysical quantities
Remote sensing monitoring of crop pests and diseases, early warning and prevention
Remote sensing inversion of surface parameters of farmland (soil moisture, temperature, nutrients, etc.)
Remote sensing monitoring and assessment of agricultural disasters (drought, flood, frost damage, etc.)
Integrated agricultural intelligent monitoring system for air, land and space
Agricultural remote sensing big data platform (GEE, etc.) and cloud computing analysis
Cultivated land information extraction and monitoring of land use/cover change
Track 2: Ecological Monitoring and Environmental Remote Sensing
Structural and functional monitoring of forests, grasslands, wetlands and arid/humid ecosystems
Monitoring of ecosystem carbon cycle, carbon sink estimation and carbon sequestration assessment
Remote sensing assessment of biodiversity
Monitoring of vegetation coverage change and land degradation/ desertification
Remote sensing monitoring of water cycle processes (water quality, soil moisture, evapotranspiration, etc.)
Remote sensing monitoring of urban heat island effect and environmental monitoring
Lidar (LiDAR) and three-dimensional ecological structure extraction
Time series remote sensing and ecosystem dynamic monitoring
Response and prediction of ecosystems under climate change
Remote sensing estimation of ecosystem functions and services
Remote sensing monitoring of ecological environment quality and remote sensing monitoring of ecological restoration effectiveness
Track 3: Resource Management and Sustainable Development
Natural resource asset management and ecological product value accounting
Water resource management and sustainable utilization of river basins
Sustainable forest management and carbon sink management
Precision agriculture management and optimization of agricultural resources allocation
Land resource planning and sustainable utilization
Ecological compensation mechanism and realization of ecological value
Green mining and ecological restoration of mines
Resource optimization and carbon management under the "dual carbon" target
Coupling model of natural resources - economy - environment and decision support
Construction and planning of ecological security pattern and protected area system
Application of remote sensing/GIS technology in resource survey and management
...