The Tripod Relationship Between Local Embalmment, Environment and Human Health Implications in Cross River State, Nigeria

Abstract

The purpose of this paper is to assess the environmental and health implications of local embalmment in Cross River State, Nigeria. The Ex-post-facto research design was adopted for this study. Six embalmment sites from six Local Government Areas were randomly selected across the state from where water and soil samples were taken for laboratory analysis and testing. The environmental impacts, as well as the health implications of local embalmment, were investigated. Multivariate statistical analysis was applied for the physicochemical parameters using a correlation matrix to evaluate factors influencing the groundwater chemistry and sources of pollution in the aquifer of the areas. Some laboratory procedures were also adopted to test the chemistry of the adjoining soils for the impacts of these embalmment chemicals as used by these morticians. A comparative analysis was further done on the different soil samples, the ones directly affected by the immediate mortuary facilities and those away from the facilities. A structured questionnaire made up of twenty items was also administered to the mortuary attendants and residents of the communities and adjoining communities where these embalmment homes are located. Simple percentage and correlation analysis was done to examine the perceived effect of embalmment chemicals on the environment and the health of residents. The results obtained from the laboratory analyses of selected groundwater and soil samples around the mortuary sites studied indicated that formaldehyde, glutaraldehyde, humectants, metals, coli forms, microorganisms, and other contaminants from the mortuary sites have impaired the soil and water quality. It was recommended among others that green embalmment procedures should be encouraged, embalmment services should be located far away from residential areas and water bodies; wastes from embalmment/mortuary services should be sustainably disposed of to avoid these chemicals from contaminating the environment.