Assessing the Effects of Fuel Based Lighting: The Case of Kerosene Use and Disasters in Nigeria

Abstract

Fuel based lighting made up of kerosene continues to find essential use in West Africa. In Nigeria where tens of millions regularly use kerosene, adverse environmental health effects remain widespread much of the time given the mixed results. These include rising mortality and morbidity often associated with fire hazards from kerosene explosions, destruction of properties, burns, compromised vision, indoor air pollution, asthma and the disproportionate exposure of infants and women to the risks of recurrent kerosene hazards. With hospital emergency cases involving complications from kerosene hazards on the rise, adulterated products in the face of loose regulations and mass poverty has surged over the years. In all these, very little research exists to assess the risks from fuel lighting incidents and their impacts from a mix scale perspective using GIS. Accordingly, this paper analyzes the growing risks from kerosene disasters in Nigeria. Emphasis is on the issues, the trends, factors and impacts using mix scale techniques of GIS and descriptive statistics to map and track the trends spatially. Preliminary results using descriptive statistics reveal kerosene hazards in the form of fatalities through household explosions as well as health and environmental risks. Just as impact analysis identified pollution threats, the GIS mapping pinpointed the spatial dispersion of the risks and elements associated with kerosene hazards. With all these attributed to several elements from ineffective policy to economic conditions, the paper offered several remedies consisting of the need for education and enlightenment campaign, coupled with improved emergency response to fire hazards and the strengthening of policy. In highlighting the extent of kerosene hazards in the country, there is opportunity for resource managers and decision-making to build from it and design proactive measures to mitigate future disasters for the safety of citizens.