(The following topics include but are not limited to)
Track 1: Environmental Remote Sensing
Remote sensing data preprocessing and quantitative inversion
Multi-source remote sensing data fusion and assimilation
Hyperspectral remote sensing and land cover identification
Radar remote sensing and InSAR technology application
Lidar (LiDAR) remote sensing
Water body water quality remote sensing monitoring
Vegetation coverage and ecosystem remote sensing
Land use/cover change remote sensing monitoring
Soil property remote sensing inversion
Remote sensing and GIS integration application
Wetland and coastal zone environmental remote sensing
Remote sensing application in ecological red line and nature reserve monitoring
Domestic satellite remote sensing data application
Deep learning and remote sensing big data analysis
Remote sensing time series analysis and environmental change trend
Estimation of surface temperature and evapotranspiration based on remote sensing
New remote sensing payloads and sensor technologies
Track 2: Atmospheric Monitoring
Remote sensing inversion of atmospheric pollutant concentrations
Remote sensing monitoring of aerosol optical properties
Remote sensing monitoring of greenhouse gases (CO₂, CH₄, etc.)
Monitoring of troposphere and stratosphere ozone
Remote sensing of trace gases in the atmosphere
Identification and emission inventory of atmospheric pollution sources
Remote sensing estimation of PM₂.₅ and PM₁₀
Simulation of particle and pollutant transport and diffusion
Application of weather radar and wind profile radar
Atmospheric vertical detection technology and application
Atmospheric radiation transmission and photochemical process
Remote sensing monitoring of urban heat island effect
Remote sensing monitoring of sandstorms and haze
Remote sensing monitoring of atmospheric pollution health exposure and risk assessment
Satellite-ground collaborative atmospheric monitoring
Application of artificial intelligence in atmospheric monitoring
Track 3: Climate Change
Remote sensing evidence of global climate change
Impact of climate change on terrestrial ecosystems
Impact of climate change on water resources
Remote sensing of sea level change and cryosphere
Monitoring and prediction of extreme climate events
Surface energy balance and radiative forcing
Remote sensing estimation of carbon cycle and carbon source-sink
Climate feedback mechanism and sensitivity
Feedback of land use change on climate
Impact of urbanization on regional climate
Climate mitigation and adaptation strategies
Ecological responses to climate change
Impact of climate change on agriculture
Assessment of social and economic impacts of climate change
Machine learning and AI application in climate change research
Cross-scale climate data assimilation and integration
Climate impact modeling and downscaling analysis based on big data and AI
Comprehensive extreme events (heat waves-droughts, floods-storm surges) in the context of climate change
Environmental management and ecological restoration strategies for adaptation to climate change
Remote sensing monitoring and efficacy assessment of natural-based climate solutions (NbS)
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