AIMS AND SCOPE

 

This journal serves as a multidisciplinary platform that integrates engineering, sustainability, and environmental sciences to provide a comprehensive framework covering theoretical and practical research in improving the environment and promoting sustainable development. Researchers are encouraged to contribute practical and theoretical studies to expand knowledge and enhance sustainable solutions.

1. Environmental Engineering
  • Design and management of environmental projects.
  • Waste management and pollution control.
  • Environmental impacts of investments.
  • Geotechnical Engineering.
  • Soil exploration and hydrology.
  • Groundwater restoration and monitoring.
  • Impacts of mineral, oil, and gas extraction.
  • Engineering Geology.
  • Engineering aspects of geological processes and their effects on ecosystems and humans.
  • Hydrology and Water Management.
  • Management of water resources and hydrology.
  • Restoration and remediation of contaminated water.
2. Sustainability
  • Sustainable Development.
  • Studies on sustainable development and its environmental and social impacts.
  • Cultural and economic sustainability practices.
  • Management of natural resources and sustainable practices.
  • Land Management and Reclamation.
  • Land management and reclamation strategies.
  • Landscaping of non-urbanized lands.
  • Sustainability in Social Sciences.
  • Analysis of the social impacts of sustainability policies.
  • Theoretical models and practical approaches for promoting sustainability.
  • Energy and Resource Management.
  • Management of renewable resources and alternative energy.
  • Environmental assessments of natural resource extraction.
3. Environmental Sciences
  • Ecology and Environmental Impact.
  • Environmental assessments of industrial and agricultural projects.
  • Study of climate change and its effects on biodiversity.
  • Ecology and ecosystem studies.
  • Geosciences and Natural Hazards.
  • Studies on natural and man-made geological hazards.
  • Techniques for mitigating the impact of environmental disasters.
  • Management of geoenvironmental data.
  • Soil Science and Hydrochemistry.
  • Soil science and its environmental implications.
  • Hydrochemistry and its relation to pollution.
  • Meteorology and Environmental Monitoring.
  • Weather monitoring and atmospheric changes.
  • Advanced technologies for environmental observation and improvement.

This journal aims to provide evidence-based insights and foster innovation across these interconnected fields, driving progress in improving physical science and addressing the complexities of contemporary engineering and environmental sciences.

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