(Including but not limited to the following topics)
Track 1: Climate Change
Detection, attribution and prediction models of climate change
Global warming and extreme weather climate events
Monitoring and accounting of carbon cycle and greenhouse gas emissions
Impact and risk assessment of climate change on water resources, agriculture and human health
Adaptive and resilient urban construction in response to climate change
Natural-based solutions to climate change
International climate policies, carbon markets and pathways to carbon neutrality
Technologies and ethics of climate engineering
Social and economic impacts of climate change and fair transition
Impact of climate change on agricultural ecosystems and adaptation
Urban climate environment and human health
Optimization of carbon neutrality pathways and policy evaluation
Economic loss assessment of climate change
International climate governance and cooperation mechanisms
Public climate awareness and behavioral transformation
Synergy between climate change and sustainable development goals
Track 2: Environmental Science
Causes, transmission and health effects of air pollution
Process, control technologies and ecological restoration of water pollution
Soil pollution and groundwater remediation technologies
Environmental monitoring, remote sensing and big data analysis
Environmental chemistry and biogeochemical processes
Environmental toxicology and health risk assessment
Waste resourceization and circular economy
Environmental system engineering and sustainable technologies
Environmental policies, management and sustainable development goals
Integrated management of river basin water environment and ecological flow
Migration, transformation and safe utilization of soil pollution
Environmental behavior and health effects of new pollutants
Interface processes and effects of environmental media
Evolution and driving mechanisms of regional environmental quality
Advanced environmental monitoring technologies and equipment development
Application of environmental big data and artificial intelligence
Waste resourceization and recycling technologies
Track 3: Ecological Restoration
Conservation of biodiversity and enhancement of ecosystem service functions
Adaptive management and long-term efficacy assessment of ecological restoration
Microbial ecology and soil ecological restoration
Restoration of aquatic ecosystems and comprehensive management of river basins
Ecological restoration of large-scale engineering sites such as mines and oil fields
Ecological restoration of coastal areas and marine ecosystems based on ecological engineering
Remote sensing monitoring and effectiveness assessment in ecological restoration
Conservation of biodiversity and ecosystem stability
Restoration of vegetation and reconstruction of soil ecological functions
Restoration of wetland ecosystems and blue carbon sequestration
River basin ecological restoration and comprehensive management
Ecological restoration of mine environments and control
Ecological restoration of the ocean and coastal zone resilience
Urban ecological restoration and spatial optimization
Integration and demonstration of ecological restoration technologies
Paths to enhance ecosystem service functions
Monitoring and evaluation of ecological restoration effectiveness