Biological effects, environmental chemicals, infectious diseases, climate change, veterinary science, wildlife medicine, predatory mammals, raptorial birds, sea birds, fish, internal organs, reproductive organs, histopathology, morphology, skeletal system, bone density, immune system, endocrinology, PBPK modelling, blood biochemistry, implantation of PTT satellite transmitters, immobilization

Nanofibe/tube membrane for water and energy (H2 and solar cell) production, Membrane fouling mechanism, control and prevention, Multifunctional membrane module design, 3D printing technology, Composite membranes and membrane modules for environmental applications, Reutilization of waste into value-added product.

Pyrolysis, Microwave Application, Biochar, Biomass Pretreatment, Aquaculture Biorefinery, Energy conversion

single atom/nano catalysis, advanced REDOX technology, new pollutant control chemistry, deep purification and safe regeneration of waste water, pollutant resource and energy

Chemical and Environmental Engineering, Air and Water Treatment

Environmental and Applied Botany; Ecosystem and community ecology, macroecology; Biodiversity, conservation biology, conservation genetics; Evolutionary ecology

Sustainable development, Environmental impact assessment, chemical engineering, Spatial analysis, Environment, Wastewater treatment, Environmental pollution, SEM analysis, Process engineering, Construction materials, X-ray diffraction

Soil heavy metal pollution, Risk assessment and remediation, Health risk assessment of heavy metal in food

Food colloid chemistry; Comprehensive utilization of food processing by-products; Biomass-based functional materials; Food protein and carbohydrate resource utilization

Geosciences; Remote sensing

Geography；Sustainable development

Synergy optimization control of the heat & flow engineering, Carbon neutral and emission control for internal combustion power, New micro-energy power system technologies, Green energy conversion and utilization, Energy system assessment and optimization

Earth environmental modelling and inversion through the using of various geophysical data, geophysical data joint integratpretation.

environmental chemistry

Climate and Environmental Sciences, Air Quality, Natural Hazards and Weather Extremes

Sustainable planning, GIS analysis, Territorial management, Urban mobility, Natural hazards.

soil contamination and remediation, passive sampling, chemical imaging, soil-plant interaction, contaminant and nutrient bioavailability, food safety, soil health

Environmental Epidemiology, Air Pollution, Climate Change, Chronic Diseases, Built Environments, Healthy Cities, Sustainable Development.

Wearable electronics and energy storage

nanomaterials synthesis (nanocrystals, carbon nanotubes, nanowires, nanoporous materials, 2D materials and polymer nanocomposites) and applications such as photocatalysis/electrocatalysis for hydrogen/ hydrogen peroxide production, CO₂ conversion; nanodielectrics; rechargeable batteries

Water Security; Circular Chemistry; Environmental Contaminants Analysis; Advanced Nanomaterials; Clean Energy

Solar thermal collectors (flat-plate, integrated and concentrating), thermosiphonic and forced circulation solar hot water systems, hybrid photovoltaic/thermal systems, computational simulation and optimization of solar systems, seawater desalination with the use of renewable energy, use of artificial intelligence systems for the performance prediction of energy and renewable energy systems, energy conservation, absorption chillers, geothermal systems and thermal performance of buildings

Rock mechanics; Rock Blasting; Geomechanics; Soft computing

Sustainable construction materials

Sustainable nanomaterials/materials development for water and energy applications (H2, water splitting, and fuel cell), Green water treatment technology, Separation and purification techniques, Catalytic redox remediation of water pollutants (electrocatalytic and photo catalytic), Waste to waste treatment, Chemistry, Bioremediation, Extractive and adsorptive recovery of valuable materials, Sensors for pollutants, Enviroanalytical techniques

Fukushima, Chernobyl, Radionuclides, Radiocesium, Solid-liquid distribution, Wash-off, River transport

Energy engineering; Renewable energy sources; Environmental management; Life cycle analysis; Environmental engineering; Process engineering

Physisorption; Ozonation; Catalyst Deactivation; Temperature Programmed Desorption; Trickle Bed Reactor; Hydrogenation; Hydrodeoxygenation; Methane; Calcination; Desulfurization

Environmental Engineering, Environmental Microbiology, Biological wastewater treatment, Environmental Biotechnology, Emerging contaminants removal

Applied Mineralogy, Applied Petrography, Cultural Heritage and Environment, Mineralogical and Petrographic Characterisation of Stones, Marbles and Mortars

Environmental Polymer Materials Chemistry; Chemistry of High-Efficiency Adsorption Materials for Heavy and Precious Metal Ions; Polymer Materials for Water Purification; Application of Micro- and Nano-Polymer Materials in Wastewater and Exhaust Gas Treatment; Metal Ion Selective Electrode Sensors

Renewable energy resources, Weather data assimilation and forecasting, Weather modification, AI in weather

Nanosciences; Nanotechnologies; Biogenic based advanced materials; Biogenic nanoparticles & Green nanochemistry

Stable and unstable isotopes, Land subsidence, Groundwater pollution, Deep originated geofluids

Acoustic Ecology, Soundscape Ecology, Ecoacoustics, Computational Ecology

Agroforestry, Climate Change, Biodiversity, Nutrient Cycling, Fertilization

Chemistry, Chemical engineering

analytical methods for the determination of toxic pollutants in water and sediment, water quality, DBPs, fate and toxicity of pollutants

Microbial ecology in forest environments, Carbon balance and climate changes in the forests

Restoration Ecology, Reclamation, Soil-plant relationship, Nutrient cycling, Carbon sequestration

fundamental and applied aspects of carbon materials and science, with a focus on the methodologies of producing carbon materials for energy storage and conversion, catalysis, gas separation, and environment protection

Geology; Geological Engineering

water resources engineering; agricultural water management; pollution control; wastewater treatment; decision support systems; treatment wetlands; integrated constructed wetlands; hydrology; storm water management; sustainable flood retention basins; sustainable drainage systems; permeable pavement systems; ponds

Environmental Microbiology, Waste Water Treatment, Bio remediation, Bio degradation, Waste Water Genomics

Development of functional membrane materials for water treatment and new energy devices

marine litter, plastic pollution, microplastics

Food-Energy-Water Nexus, Water Quality Engineering, Bioremediation, Environmental Biotechnology, Resource Recovery from Wastes

Trace air pollutant detections, Gas-phase reaction kinetics of organic pollutants, Theoretical chemical reaction kinetics, NMR determination of organic components in atmospheric aerosols

Environmental Chemistry, Advanced Oxidation Processes, Wastewater Treatment, Air Pollution Management, Solar Energy Conversion

Treatment and resource utilization of solid waste, Soil remediation, Safe utilization of contaminated soil, Migration and transformation of heavy metals, Biomass, Renewable energy

Agricultural ecology and sustainability science

Urban ecological planning and integrated sustainable management; Ecological value assessment, and carbon accounting.

Natural disasters, geological disasters, artificial intelligence, data analysis, remote sensing, GIS

Energy Planning; Carbon Emissions; Clean Energy

electrocatalysis; fuel cell; biosensor; biological detection and electrochemical analysis; multi-functional hydrogel; lanthanide fluorescent nanomaterials

polymer nanomaterials; nanocomposites; advanced polymerization techniques; living polymerization techniques; transition metal catalysis

Wastewater treatment, Circular economy, Nutrients recovery, Sustainable waste management, Biomass utilization, Machine learning

Environmental risk assessment and remediation of PFAS, Transport and fate of emerging contaminants in the environment, Environmental health and safety of engineered nanomaterials

water treatment; nanomaterial; environment engineering

Composite functional materials; Photocatalysis

Energy conversion and storage, Recycling of waste into value-added materials, Environmental treatment

ioremediation of Liquid, Solid and Gaseous Waste, Biofuel, Monitoring and Physicochemical Characterization of Black Carbon in Indo Gangatic Plane, Green Technology, Process Control, Physicochemical Characterization of Ayurvedic Formulations

Environmental and Energy Economics, Environmental Management, Policy Analysis, Sustainable Development, Ecological Civilization, Green Technology Innovation, Low-carbon Development, Environmental Regulation, Air Pollution, Resource Disparities, Carbon Trading, Carbon Productivity, Green Finance, Carbon Neutrality, Ecological Economics

Environmental and Resource Economics, Econometrics, Sustainable Development, Environmental Policy Analysis, Resource Management, Sustainability Assessment, Statistical Methods in Economics, Economic Modeling, Policy Impact Evaluation, Renewable Energy Economics, Sustainable Development Goals (SDGs).

resource utilization of solid waste; nano-energy storage material