European Journal of Engineering and Environmental Sciences (ISSN: 2754-7876)

Description

EJEES covers Engineering, Environmental Sciences and other related disciplines. European Journal of Engineering and Environmental Sciences (EJEES) intends to promote the publishing and distribution of timely information relating to environmental monitoring, effective and innovative solutions to natural resource and environmental problem globally, innovative and effective science and technological solutions to environmental and natural resource problems, policy analyses, environmentally sound ideas and technologies and ideas, substantial resource and development activities in the field of engineering and environmental sciences.
EJEES seeks to publish case and technical reports, original research, and analyses and review articles in the field of engineering and environmental sciences.
The Journal scope includes but not restricted to: air pollution control; environmental biology and chemistry; modelling and management; control of pollution and abatement technology; air quality monitoring, apportionment studies and source management; ecological and human risk assessment; carrying capacity based developmental planning; concentrations and dispersion of wastes in air; water and soil chemistry; river and lake ecosystem studies; land degradation monitoring and management studies; application of fly sewage, ash, mine tailing and sludge on land; integrated natural resource management; approaches to improving socio-economic and ecological values of land-use systems; remote sensing applications in environmental geo-science; conservation and sustainable management of underground biodiversity; ground water and rain water harvesting; water and waste water treatment; solid and hazardous waste management; eco-friendly technologies; waste land management; biodiversity assessment; biogeochemistry of rivers and estuaries; pollution chemistry; particularly metal speciation and bioavailability in water and soil systems; PAHs and volatile organics in atmosphere; environmental analytical methodologies: monitoring and modelling of urban noise; environmental impact and risk assessment studies…