Environmental Hazards of Continued Solid Waste Generation and Poor Disposal in Municipal Areas of Nigeria

Samuel Mark Maton

Department of Remedial Sciences, University of Jos, Nigeria

Davou Daniel Dabi

Department of Geography and Planning, University of Jos, Nigeria

Juliet Dingtsen Dodo *

Department of Chemistry, University of Jos, Nigeria

Ruth Asheazi Nesla

Department of Remedial Sciences, University of Jos, Nigeria

*Author to whom correspondence should be addressed.


Abstract

Municipal waste generation and management is a global phenomenon. This paper has critically examined the trends in waste generation and management in Nigerian urban areas. Drawing largely from related works reviewed, the paper has discovered that the rate of waste generation is 25 million tonnes per year, at a daily rate of 0.44-0.66 kg/capita/day while the density of the country ranges from 280-370 kg/m3. Further findings indicated that increased municipal waste management  problem stemmed from such unethical practices of dumping wastes in streams, runways, drainages, open  spaces and burning of  combustible materials  that release smoke and particulate matter in the environment to threaten flora, fauna and human beings. These approaches to wastes management have adverse consequences on human beings as the wastes readily become breeding ground for disease-causing organisms like rodents and insects. The paper concluded by recommending the need for public enlightenment on the menace of filthy environment, provision of waste management facilities, establishment of waste -recycling  plants and encouraging more research activities into ways of recycling  wastes in order to make the urban environment  habitable.

 

Keywords: Environment, hazard, solid waste, generation, disposal, Nigeria


How to Cite

Mark Maton, Samuel, Davou Daniel Dabi, Juliet Dingtsen Dodo, and Ruth Asheazi Nesla. 2016. “Environmental Hazards of Continued Solid Waste Generation and Poor Disposal in Municipal Areas of Nigeria”. Journal of Geography, Environment and Earth Science International 6 (3):1-10. https://doi.org/10.9734/JGEESI/2016/26469.

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