(The following topics include but are not limited to)
Track 1: Microorganisms
Microbial community diversity, structure and dynamic evolution mechanisms
Microbial-mediated biogeochemical cycles of key elements such as carbon, nitrogen, and phosphorus
Ecological effects of microbial interactions with plants and animals
Adaptive and functional capabilities of microorganisms in extreme environments (deep sea, polar regions, high temperatures, etc.)
Construction and stability analysis of microbial ecological networks
Effects of urbanization and agricultural activities on microbial communities in soil and water bodies
Mining, preservation and sustainable utilization of microbial resources
Construction of synthetic microbial communities and regulation of ecological functions
Track 2: Ecological Health
Air pollution
Environmental monitoring, environmental restoration
Energy conservation, environmental protection and low-carbon technologies
Climate change and global warming
Environmental pollution control and engineering
Wetlands and aquatic ecosystems
Hydrology and water resources engineering
Soil and desertification prevention and control
Building wastewater treatment and reuse technologies
Noise treatment engineering
Waste treatment and recycling
Ecological restoration and protection of the environment
Building automation and environmental monitoring
Coupling of building microclimate and ecological environment
Harmony between buildings and natural environment
Building life cycle assessment
Sustainable building design
Track 3: Bioremediation
Technologies for microbial and plant-microbe joint remediation of contaminated soil and water
Microbial degradation mechanisms and enhancement of organic pollutants such as petroleum hydrocarbons and polycyclic aromatic hydrocarbons
Microbial fixation, transformation and plant extraction technologies for contaminated environments with heavy metals
Biological removal of emerging pollutants (antibiotics, resistance genes, nanomaterials)
Biological treatment and resource utilization of wastewater and exhaust gases
In-situ monitoring, simulation and efficacy assessment of bioremediation processes
Application of synthetic biology and genetic engineering in bioremediation
Case studies, large-scale application and industrialization paths of bioremediation engineering ......