(The following topics include but are not limited to)
Theme 1. Digital Earth
Remote sensing data fusion and application
Photogrammetry/Geodesy/Engineering survey
Vegetation ecological remote sensing
Sensor technology is used to detect and classify Earth
object
Global Navigation Satellite System (GNSS)
Global positioning and navigation systems
Prediction and evaluation of geological hazards by remote sensing technology for environment
Control GIS
Application of remote sensing in resource census
Application of remote sensing in environment and disaster detection
Application of remote sensing technology in agriculture
Geographic Information System (GIS)
Earth exploration and Information Technology
Theme 2. Space remote sensing
Hyperspectral/multispectral/hyperspectral remote sensing
Thermal infrared remote sensing and microwave remote sensing
Laser radar (LiDAR) and three-dimensional remote sensing
Remote sensing data fusion and assimilation technology
Application of artificial intelligence and deep learning in remote sensing
Remote sensing big data processing and cloud computing platform
Environmental and ecological monitoring, remote sensing for agriculture and forestry
Hydrology and ocean remote sensing
Urban remote sensing and smart city
Disaster monitoring and emergency response
Carbon cycle and greenhouse gas monitoring by remote sensing
Remote sensing of atmospheric composition (aerosol, ozone, etc.)
Research on global scale environmental change
Remote sensing image classification and target recognition
Analysis of time series remote sensing data
Remote sensing data compression and storage technology
Planetary remote sensing and deep space exploration
Topic 3. Surveying and mapping
Measurement error and data processing
Photogrammetry and Remote sensing ‌
Digital mapping, control measurement, GNSS positioning measurement
Application of geographic information system technology
Uav remote sensing
Photogrammetry, geodesy, engineering surveying
Vector mapping, 3D mapping, Geographic Information System (GIS)