Seasonal pattern of resource conflict between farmers and herdsmen in Benue State, Nigeria

There is sparse literature on seasonal pattern of farmers and herdsmen conflict in Benue State, Nigeria despite numerous links between climate change and resource conflict. Thus, this study was designed to assess the seasonal occurrence of armed conflict in Benue State and analyze the monthly death casualties of armed conflict in Benue state from 2010-2019. Data were collected from secondary sources such as report of Nigeria Police Force, Nigeria watch data base and Newspapers. Data were presented in tables and analyzed using descriptive statistic such as range, mean, standard deviation and coefficient of variation. Result shows that monthly occurrence of armed conflict ranged from 0-20 times with mean value of 4.92 and 98% coefficient of variation. March has the highest number (20) of armed conflict occurrence followed by April and, then July. October had zero (0) record of armed conflict from 2010-2019. Similarly, the monthly conflict death was higher in dry than rainy season. Monthly death ranged from 0-590 with mean value of 106 deaths and 95 % coefficient of variation. It was concluded that both the frequency and death casualties of resource conflict in Benue State have seasonal pattern and were more in dry than rainy season. Intensification of resolution mechanisms and ranching were recommended

Seasonal pattern of resource conflict between farmers and herdsmen in benue state, nigeria

There is sparse literature on seasonal pattern of farmers and herdsmen conflict in Benue State, Nigeria despite numerous links between climate change and resource conflict. Thus, this study was designed to assess the seasonal occurrence of armed conflict in Benue State and analyze the monthly death casualties of armed conflict in Benue state from 2010-2019. Data were collected from secondary sources such as report of Nigeria Police Force, Nigeria watch data base and Newspapers. Data were presented in tables and analyzed using descriptive statistic such as range, mean, standard deviation and coefficient of variation. Result shows that monthly occurrence of armed conflict ranged from 0-20 times with mean value of 4.92 and 98% coefficient of variation. March has the highest number (20) of armed conflict occurrence followed by April and, then July. October had zero (0) record of armed conflict from 2010-2019. Similarly, the monthly conflict death was higher in dry than rainy season. Monthly death ranged from 0-590 with mean value of 106 deaths and 95 % coefficient of variation. It was concluded that both the frequency and death casualties of resource conflict in Benue State have seasonal pattern and were more in dry than rainy season. Intensification of resolution mechanisms and ranching were recommended

Assessment of solid waste characterization in Keffi Iga, Nasarawa State, Nigeria in view of adopting biogas technology for solid waste management

The assessment of solid waste characterization in Keffi Local Government Area in view of adopting biogas technology for solid waste management was carried out. This was achieved through assessment of the quantity of solid waste generation and the composition (organic and inorganic) in the study area. Materials used for data collection are weighing scale and waste bins. Stratified and systematic samplings were used to select households for data collection. The selected households’ waste generation were observed and weighed on daily basis for one week and average weight was calculated for each household to quantify the amount of waste generation and composition. Solid waste generation per household per day in Keffi Local government area ranged from 0.9 Kg to 1.5Kg with mean value of 1.26Kg. There was a significant different (F>[email protected]) in the quantity of solid waste generation among the ten wards. Though, solid wastes in Keffi consist of diverse materials from both raw materials mostly farm/animal residues and manufactured goods, it has higher organic (71.79%) than inorganic (28.21%) components. Thus, it was concluded that adoption of biogas technology for solid waste management in Keffi Local Government Area is feasible based on waste characterization of the area. Pilot demonstration of biogas production from organic waste was recommende

The suitability of well water for domestic purpose, in Gwagwalada area council Abuja Nigeria

Water wells are usually dug by artisans who lack professional skills. Such wells are used at various homes in Gwagwalada Area Council of Abuja for domestic purpose, on the assumption that underground water is safe. Thus, the suitability of such well water was assessed. The objectives were to assess their properties and compare with regulatory standard for domestic purpose. Thirty (30) water samples were purposely collected from six wards (Dobi, Ibwa, Paikon-Kore, Tungan Maje, Zuba and Ikwa). Five water samples were randomly collected from each ward for laboratory analysis. Laboratory results were statistically analyzed using range, mean, correlation and multiple determination coefficients. Suitability of water properties for domestic purposes was determined by comparing range and mean values with NSDWQ and WHO standard for domestic uses. Result showed that the concentrations of water properties ranges as follows: temperature (26.59-30.73oC), pH (7.17-8.23), electrical conductivity EC (222-354 μs/cm3), TDS (12.14-21.54mg/l), Turbidity (0.29-0.93NTU) hardness (13.58-39.72mg/l), chloride Cl-(4.29-8.93mg/l), Fe (0.54-0.71mg/l) and Cu (0.02-0.06mg/l).Water samples generally had low electrical conductivity (222-354 μs/cm3), and mineral nutrients but elevated concentration of some heavy metals. The twenty- three water quality parameters tested could explain 96% of the overall water quality leaving only 4% unexplained. All the samples fell short of regulatory standard in terms of EC, Fe and Cu while well water from Ikwa fell short of many heavy metals for domestic purpose. It was concluded that well water in Gwagwalada Area Council are not potable. Thus, treatment before direct consumption and precautionary use of well water were recommended for the residents. Keywords: Water quality, Heavy metals, Water pollution, Wel