Environmental Research (Elsevier, IF = 8.3, Q1 in Scopus)
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Diffuse Pollution Control:
- Understanding diffuse pollution sources (agriculture, urban runoff, industrial discharges)
- Innovative pollution monitoring and detection technologies
- Best practices for pollution prevention and remediation
- Policies and regulations to combat diffuse pollution
- Nature based solution for water, soil, and environment to mitigate climate impacts
Water Resource Management:
- Sustainable water sourcing and allocation
- Water conservation and efficient use
- Managing water scarcity and drought
- Protecting and restoring aquatic ecosystems
Policy, Community Engagement and Education:
- Cross-sectoral policy approaches for pollution, and carbon reduction
- Case studies of successful policy implementation
- Public engagement and advocacy for sustainable water practices
- Empowering local communities in water and pollution management
- Educational programs for raising awareness and fostering behavioral change
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Environmental Technology and Innovation (Elsevier, IF = 7.1, Q1 in Scopus)
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Carbon Neutrality, Water, Soil, and Environment:
- The water-energy-carbon nexus
- Integrating water, soil and carbon footprint reduction strategies
- Renewable energy in water treatment and distribution
- Carbon-neutral wastewater management
Innovation and Technology:
- Advancements in water purification/treatment technologies and soil remediation.
- Smart water systems for real-time monitoring and management
- Data analytics and AI for water quality prediction
- Carbon-neutral innovations in water infrastructure
- Innovation and technology in environmental engineering
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Ecological Engineering (Elsevier, IF=3.8, Q2 in Scopus)
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Ecosystem Resilience:
- The role of wetlands and natural systems in carbon sequestration and pollution control
- Biodiversity conservation and its relation to water quality
- Building resilient communities through sustainable water management
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