About the Journal
The Bulletin of Environmental Science and Technology is a peer-reviewed, interdisciplinary academic journal dedicated to the advancement and dissemination of high-quality research in environmental science, environmental technology, environmental engineering, and sustainable development. The journal provides an international platform for researchers, scientists, engineers, academics, policymakers, environmental professionals, and practitioners to communicate original research, innovative technologies, theoretical contributions, and evidence-based solutions to contemporary environmental challenges.
Rapid population growth, industrialization, urbanization, climate change, pollution, biodiversity loss, resource depletion, and increasing demands on water, energy, and food systems have created complex environmental challenges. Addressing these challenges requires an integrated understanding of environmental processes together with the development and application of innovative scientific and technological solutions. Contemporary environmental research increasingly connects natural environmental systems with engineered technologies, human health, policy, and sustainability.
The Bulletin of Environmental Science and Technology aims to promote rigorous scientific inquiry into environmental processes and the development of practical technologies for monitoring, preventing, controlling, remediating, and managing environmental problems. The journal encourages research that contributes to a better understanding of the interactions between human activities and natural systems and that supports environmentally responsible technological development.
Particular emphasis is placed on interdisciplinary and solution-oriented research addressing pollution control, environmental monitoring, waste management, water and wastewater treatment, air quality, soil and ecosystem health, climate change, environmental risk, sustainable technologies, resource recovery, and environmental management. The journal also welcomes research integrating environmental science with emerging technologies, data science, biotechnology, engineering, and public health.
Through rigorous peer review and commitment to scientific integrity, the journal seeks to facilitate communication among environmental scientists, engineers, policymakers, industry, and other stakeholders and to contribute to evidence-based approaches for protecting environmental quality and promoting a healthy, resilient, and sustainable planet.
Scope
The Bulletin of Environmental Science and Technology welcomes original research articles, review articles, short communications, technical studies, case studies, methodological papers, and interdisciplinary contributions. The scope includes, but is not limited to, the following areas:
Environmental Science
- Environmental chemistry
- Environmental biology
- Environmental microbiology
- Ecology and ecosystem science
- Biogeochemical cycles
- Soil, water, and atmospheric sciences
- Environmental monitoring and assessment
- Natural resource management
- Biodiversity and conservation
Environmental Pollution and Contamination
- Air pollution
- Water pollution
- Soil and sediment contamination
- Marine and freshwater pollution
- Heavy metals and trace elements
- Organic and inorganic contaminants
- Persistent pollutants
- Emerging contaminants
- Microplastics and nanomaterials in the environment
- Industrial and agricultural pollution
- Pollution prevention and control
Water and Wastewater
- Drinking-water quality
- Water treatment and purification
- Municipal and industrial wastewater treatment
- Biological, chemical, and physical treatment processes
- Membrane technologies
- Advanced oxidation processes
- Water reuse and recycling
- Water-quality monitoring
- Emerging contaminants in water
- Sustainable water-resource management
Air and Atmospheric Environment
- Atmospheric chemistry
- Indoor and outdoor air quality
- Particulate matter
- Greenhouse gases
- Industrial emissions
- Atmospheric pollutants and trace gases
- Air-pollution monitoring and modeling
- Emission reduction technologies
- Air-quality management
- Health impacts of air pollution
Waste Management and Resource Recovery
- Municipal solid waste management
- Industrial and hazardous waste
- Agricultural waste
- Biomedical waste
- Electronic waste
- Waste minimization
- Recycling and reuse
- Waste-to-energy technologies
- Resource recovery
- Circular economy
- Sustainable waste-management systems
Environmental Engineering and Technology
- Environmental remediation
- Pollution-control technologies
- Bioremediation
- Phytoremediation
- Environmental biotechnology
- Sustainable engineering
- Green technologies
- Cleaner production
- Industrial ecology
- Environmental process engineering
- Innovative environmental treatment technologies
Climate Change and Sustainability
- Climate-change impacts
- Climate adaptation and mitigation
- Greenhouse-gas emissions
- Carbon management
- Climate-resilient systems
- Renewable and sustainable energy
- Energy efficiency
- Sustainable development
- Circular economy
- Low-carbon technologies
- Environmental sustainability
Environmental Risk and Public Health
- Environmental toxicology
- Ecotoxicology
- Human exposure assessment
- Environmental health
- Environmental epidemiology
- Chemical risk assessment
- Ecological risk assessment
- Environmental hazards
- Occupational and community environmental health
- One Health and environmental health connections
Soil and Terrestrial Environment
- Soil pollution
- Soil quality and health
- Soil remediation
- Soil microbiology
- Agricultural pollutants
- Pesticides and fertilizers
- Land degradation
- Soil carbon
- Sustainable land management
- Contaminant transport and fate
Environmental Biotechnology
- Microbial remediation
- Biodegradation
- Biotransformation
- Environmental genomics
- Molecular environmental science
- Biosensors
- Bio-based treatment technologies
- Algal and microbial technologies
- Biotechnology for waste and pollution management
Environmental Monitoring and Assessment
- Environmental sampling and analysis
- Remote sensing and GIS
- Environmental sensors
- Monitoring technologies
- Environmental data analysis
- Geographic and spatial assessment
- Environmental modeling
- Early-warning systems
- Environmental indicators
- Long-term environmental monitoring
Environmental Modeling and Data Science
- Environmental modeling
- Computational environmental science
- Artificial intelligence and machine learning for environmental applications
- Big-data analytics
- Predictive environmental modeling
- Risk and exposure modeling
- Geographic information systems
- Remote sensing and Earth observation
- Digital environmental monitoring
Energy and Environment
- Renewable energy technologies
- Solar, wind, biomass, and other clean-energy systems
- Energy efficiency
- Energy–environment interactions
- Environmental impacts of energy production
- Bioenergy
- Hydrogen and emerging energy technologies
- Carbon capture and management
- Sustainable energy systems
Environmental Policy and Management
- Environmental governance
- Environmental policy
- Environmental impact assessment
- Strategic environmental assessment
- Environmental regulation
- Environmental standards
- Environmental management systems
- Sustainability policy
- Environmental economics
- Community participation and environmental decision-making
Emerging Environmental Challenges
The journal particularly welcomes research addressing emerging and interdisciplinary environmental issues, including:
- Climate-related environmental risks
- Emerging chemical contaminants
- Microplastics and nanoplastics
- Antimicrobial resistance in the environment
- Environmental implications of artificial intelligence and new technologies
- Sustainable materials
- Nature-based solutions
- Environmental applications of nanotechnology
- Urban environmental challenges
- Smart and sustainable cities
- Environmental resilience and adaptation
Interdisciplinary Research
The Bulletin of Environmental Science and Technology strongly encourages interdisciplinary research that integrates environmental science and technology with engineering, chemistry, biology, public health, agriculture, economics, data science, policy, and social sciences.
Research is particularly encouraged where scientific understanding is connected to practical environmental solutions, technological innovation, sustainable resource use, environmental protection, or evidence-based policymaking. This orientation reflects the multidisciplinary nature of modern environmental research and the need to connect environmental processes with effective technological and societal responses.
Research Quality and Ethical Standards
The journal is committed to maintaining high standards of scientific integrity, research ethics, methodological rigor, transparency, and responsible scholarly communication. Manuscripts should demonstrate a clearly defined research objective, appropriate methodology, reliable data, suitable analysis, and conclusions supported by the evidence.
All eligible manuscripts undergo peer review by qualified experts. Research involving human participants, animals, hazardous materials, or environmentally sensitive locations should comply with applicable ethical, legal, and institutional requirements.
The journal particularly values research that is original, scientifically robust, environmentally relevant, innovative, and capable of contributing to practical solutions for local, regional, or global environmental challenges.
Through its interdisciplinary scope and commitment to rigorous peer review, the Bulletin of Environmental Science and Technology aims to advance environmental knowledge, promote technological innovation, support evidence-based environmental management, and contribute to the development of a cleaner, healthier, and more sustainable future.
