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Effect of Extension Education on Farmers’ Adoption of Mechanical Weed Control Practices

Abstract

The study will examine the effect of extension education on farmers’ adoption of mechanical weed control practices. Mechanical weed control is an important approach to managing unwanted plants in agricultural fields through the use of appropriate tools, implements, and equipment. Effective adoption of mechanical weed control practices can help farmers reduce weed competition, improve crop growth, and manage weeds without relying solely on chemical control methods. The study will focus on farmers’ adoption of mechanical weed control practices, including hand hoeing, slashing, cultivation, mechanical inter-row weeding, use of weeders, and other appropriate mechanical methods. It will also examine the role of extension education in providing farmers with knowledge and practical skills concerning the selection, operation, timing, and maintenance of tools and equipment used for mechanical weed control. A descriptive survey research design will be adopted for the study. The population will comprise farmers in the selected study area, from whom a representative sample will be selected using an appropriate sampling procedure. Data will be collected through a structured questionnaire designed to obtain information on farmers’ exposure to extension education and their adoption of mechanical weed control practices. The data collected will be analyzed using frequency counts, percentages, mean, standard deviation, and an appropriate inferential statistical technique. The study is expected to reveal the level of farmers’ exposure to extension education and the extent to which they adopt recommended mechanical weed control practices. It is also expected to identify the major mechanical methods used by farmers and determine areas where extension education may contribute to improved knowledge and application of appropriate weed control techniques. The findings will be useful to agricultural extension officers, agricultural development agencies, farmers’ organizations, and policymakers by providing information on the contribution of extension education to farmers’ adoption of mechanical weed control practices. The findings may also assist extension personnel in designing practical training programmes, field demonstrations, and equipment-use guidance that promote effective weed management. The study will conclude that extension education can provide farmers with relevant knowledge and practical skills needed for effective adoption of mechanical weed control practices. It will recommend regular extension training, practical demonstrations, farm visits, and technical guidance on the selection, operation, and maintenance of appropriate mechanical weed control tools and equipment.

Keywords: Extension education, farmers, mechanical weed control, weed management, hand hoeing, slashing, cultivation, mechanical weeding, farm equipment, weed control practices, agricultural extension, crop production, farm tools, farmer adoption, agricultural practices.