ASSESSMENT OF WATER EROSION CONTROL METHODS IN RURAL COMMUNITIES IN UGHELLI NORTH LOCAL GOVERNMENT AREA OF DELTA STATE, NIGERIA

Water erosion poses a significant threat to agricultural productivity, infrastructure, and sustainable rural development in Nigeria, particularly in regions with high rainfall intensity. This study assessed the water erosion control methods practiced by rural dwellers in Ughelli North Local Government Area of Delta State, Nigeria. The specific objectives were to: describe the socio-economic characteristics of the rural dwellers; identify the water erosion control methods they practice; ascertain their level of participation in these practices; determine the perceived benefits of erosion control on community development; and identify the challenges faced in implementation. A two-stage sampling technique was employed, involving the purposive selection of six erosion-prone communities (Evwreni, Uwherun, Ohoro, Ughelli, Orogun, and Agbarho), followed by the simple random selection of 15 rural dwellers from each, resulting in a sample size of 90 respondents. Primary data were collected using a structured questionnaire and analyzed using descriptive statistics (frequencies, percentages, and meanscores) and inferential statistics (binary logistic regression) to test the hypothesis. The findings revealed a youthful, educated, and gender-mixed population with diversified livelihoods. Respondents demonstrated high awareness (84.3%) of various erosion control methods. The most commonly practiced methods included proper drainage systems (77.8%), mulching (70.0%), cover cropping (63.3%), and construction of dams (61.1%). However, the level of consistent participation was high only for proper drainage (mean=3.47), mulching (3.28), vegetative cover (3.22), and cover cropping (3.02), while more structural methods like terracing, contour farming, and dam construction recorded low participation. The primary perceived benefits of erosion control were reduced flooding (95.6%), enhanced agricultural productivity (85.6%), and protection of infrastructure (82.2%). Major constraints to adoption were lack of materials (81.1%), lack of funds (75.6%), time constraints (74.4%), and poor government support (73.3%). The binary logistic regression analysis revealed a significant relationship between specific socio-economic characteristics (such as age, household size, primary occupation, and income) and the adoption of certain erosion control methods. For terracing; age (p=0.043), household size (p=0.044), primary occupation (p=0.011), for zero/reduced tillage; household size (p=0.078), primary occupation (p=0.031), for proper drainage system; household size (p=0.088), for vegetative cover; age (p=0.087), primary occupation (p=0.081), income (p=0.019), for construction of dams; sex (p=0.033), income (p=0.050), for building raised platforms; sex (p=0.056) and for agroforestry; age (p=0.093) leading to the rejection of the null hypothesis. The study concludes that while rural dwellers in Ughelli North are knowledgeable about erosion control, a significant gap exists between awareness and consistent implementation, driven largely by socioeconomic and institutional constraints. It is recommended that government, development agencies as well as local community leaders enhance capacity building through practical training, provide financial subsidies and materials, strengthen extension services, and promote community-based approaches to bridge the knowledge-practice gap and ensure sustainable land management in the region.