Religion as an effective tool in forestry practices, wildlife management and environmental sustainability in Kogi State, Nigeria

This paper examined religion as an effective tool in forestry practices, wildlife management and environmental sustainability in Nigeria. The roles of forestry and wildlife management in environmental sustainability are very imperative. This study was carried out in Kogi State, Nigeria. Data were obtained from Seven (7) randomly selected Local Government Areas (LGAs) within Kogi State. Structured questionnaire, direct field observation, and personal interview were used to collect information from indigenous people within the Study Area. Structured questionnaire was administered on Thirty (30) randomly selected respondents from each of the LGAs making a total number of Two hundred and Ten (210) respondents. The data was subjected to descriptive and inferential statistical analysis such as table and graph; and parametric statistics, respectively. The results showed that there were Thirty-Nine (39) sacred forests, Twenty-Five (25) burial ground forests, and Seven (7) plantation forests in the Study Area. The results also showed that One-Hundred and Sixty-three (163) out of Two-Hundred and Ten (210) respondents are of the view that religion can be used to prevent deforestation, wildlife destruction, and environmental degradation. The inferential analysis using student’s t-test and ANOVA shows significant differences which implies that most of the respondents accept religion as an effective tool to reduce forest and wildlife destruction, and also that the sacred forests are the most preserved forests in the Study Area. Therefore, involvement of all stakeholders, religious leaders and their followers in sustainable forest/wildlife management and environment sustainability will go a long way to reduce deforestation, desertification, and extinction of some trees/shrubs/wild plants, wild animals, and environmental degradation.Keywords: Environment, Forestry, Religion, Sustainability, and Wildlif

The Distribution and Load Duration Curves of Selected Pollutants in River Ekulu Enugu urban, Nigeria

The study investigated the seasonal distribution and load duration curves of selected pollutants in River Ekulu, Enugu urban,  Nigeria. Selected water quality parameters such as turbidity, total suspended solid, iron, magnesium, phosphate, and total coliform were analyzed using standard methods. Data were collected between October 2015 and September, 2016. Stream flow measurement was undertaken for 12 calendar months using the Velocity-Area Method. The result shows very high concentration of the selected pollutants in River Ekulu when compared with the WHO maximum permissible Limit. Turbidity recorded mean value of 84.6NTU. Average concentration of 143.6mg/l, 1.2mg/l, 4.2mg/l, 3.1mg/l and 142.2CFU/100ml were recorded for TSS, Fe, Mg, PO43-and TCC respectively. Results of load duration curve show that the actual load of these pollutants exceeds their permissible limits. Deterministic relationship between flow and pollutant distributions at 0.05 level of significance shows high level of correlation. Turbidity, TSS, Fe, Mg, PO43- and TCC yielded coefficient of determination values of 0.92, 0.93, 0.90, 0.97, 0.98 and 0.77 respectively.  High values of Turbidity, TSS, iron, magnesium, phosphate and TCC observed from the study especially at flow peak are indications of expanding/unplanned residential and commercial land uses. The high concentration of these pollutants could be deleterious to human health if the water from the River is continuously consumed without proper treatment. The study, therefore, recommends proper waste management practices. There is also need to enact and enforce laws on effluent treatments at slaughter houses before discharge into water bodies. Keywords: Flow duration curve, pollutant load, urbanization, water, quality DOI: 10.7176/JRDM/64-05 Publication date: April 30th 202