Topic 1: Environmental Remote Sensing
Remote sensing of atmospheric environment
Remote sensing of land environment
Remote sensing of water environment
Vegetation Ecological Remote Sensing
Environmental remote sensing technology
Modeling and monitoring of agriculture and natural ecosystems
Environmental monitoring
Emergency remote sensing monitoring of environmental disasters
Remote sensing information extraction
GIs
Remote sensing data fusion
Remote sensing big data
Topic 2: Prevention and Control of Environmental Pollution
Greenhouse effect and climate change
Pollution control, prevention and treatment technology
Environmental Engineering and Sustainable Development
Environmental mechanics
Environmental pollution and health issues
Environmental engineering microbiology
Environmental Noise Control Engineering
Integrated control of environmental pollution
Meteorology and Hydrology
Green Manufacturing and Technology
Renewable energy
Soil Pollution and Control
Air pollution and treatment
Water pollution and its control
Emcon
Thermal pollution control
Power plant water treatment technology
Monitoring and analysis of pollutants
Topic 3: Environmental Informatics
Simulation, optimization, and environmental decision support
Environmental Geographic Informatics - GIS, RS, and Other Spatial Information Technologies
Environmental Chemistry and Biochemical Informatics
Modeling of Chemical, Biological, and Environmental Processes
Modeling of biotechnology systems for enhancing pollution mitigation
Computer Graphics and Visualization for Environmental Decision Support
Artificial Intelligence and Expert Systems for Environmental Applications
Climate modeling, downscaling, impact assessment, and adaptation planning
Other fields of environmental systems science and information technology
Spread knowledge about technologies, methods, approaches, and experiences for improving the environment
Development and application of environmental software, information, and decision support systems
Design and development of single media and multimedia monitoring systems, sampling techniques, optimization of Monitoring networks, data processing, quality and assurance programs, and operating costs
Scientific basis for monitoring: calibration methods, use of biological indicators, dynamic and commitment models, Pollution indices, etc
Exposure assessment: Develop monitoring systems to directly or indirectly estimate the exposure of pollutants to key Receptors
A monitoring system aimed at detecting changes in land use patterns
Ecosystem modeling
GIs
Global climate change
Soil Air and Water Quality Model