Environmental Sciences (ENS)

Section Information

Environmental Sciences focuses on understanding the physical, chemical, biological, and human processes that shape natural systems and influence environmental quality. It examines interactions among the atmosphere, hydrosphere, biosphere, and geosphere, along with the impacts of human activities on ecosystems and public health.

Modern research in environmental sciences includes climate dynamics, ecosystem functioning, biodiversity conservation, pollution assessment, geochemical cycles, land-use change, environmental monitoring, and sustainability science. Advances in remote sensing, modeling, analytical methods, and interdisciplinary approaches continue to improve understanding of environmental processes.

This section publishes research articles, reviews, case studies, and applied analyses related to environmental processes, ecological health, pollution dynamics, climate change, natural resource management, and strategies for protecting and restoring environmental systems.

Scope

Climate Science and Atmospheric Processes
- Climate variability, trends, and global change
- Atmospheric chemistry, aerosols, and radiative forcing
- Weather patterns, extreme events, and climate modeling
- Air pollution dynamics and atmospheric monitoring
Aquatic and Marine Environmental Science
- Freshwater, estuarine, and marine ecosystem processes
- Water quality, nutrient cycles, and pollution impacts
- Ocean–atmosphere interactions and coastal dynamics
- Marine biodiversity, conservation, and habitat management
Ecology, Biodiversity, and Ecosystem Function
- Species interactions, population dynamics, and ecosystem structure
- Habitat loss, fragmentation, and conservation strategies
- Ecosystem services and resilience
- Impacts of climate change and human activities on biodiversity
Soil Science and Terrestrial Processes
- Soil formation, classification, chemistry, and fertility
- Carbon cycling, nutrient dynamics, and biogeochemical processes
- Soil contamination, remediation, and land degradation
- Interactions between vegetation, land use, and soil health
Environmental Pollution and Contaminant Dynamics
- Sources, transport, and fate of pollutants in air, water, and soil
- Microplastics, heavy metals, pesticides, and emerging contaminants
- Toxicological effects on ecosystems and humans
- Assessment, monitoring, and mitigation strategies
Earth Systems, Geoscience, and Natural Processes
- Geochemical cycles, mineralogy, and earth surface processes
- Natural hazards including earthquakes, floods, and landslides
- Remote sensing and geospatial analysis for environmental studies
- Earth system modeling and environmental change prediction
Human–Environment Interactions
- Environmental health, exposure assessment, and risk analysis
- Land-use change, urbanization, and socio-environmental systems
- Sustainable development, policy, and governance
- Social, cultural, and economic factors influencing environmental outcomes
Sustainability Science and Resource Management
- Sustainable use of water, soil, forests, and biodiversity
- Renewable resources, circular economy, and environmental planning
- Climate adaptation, ecosystem restoration, and conservation strategies
- Integrated approaches for environmental resilience