ASSESSMENT OF FARMERS’ PERCEPTION TOWARDS CLUSTER FRONTLINE DEMONSTRATIONS ON IMPROVED OILSEED PRODUCTION TECHNOLOGIES
DOI:
https://doi.org/10.4238/zk4ms920Abstract
Cluster Frontline Demonstrations (CFLDs) are an important extension approach for demonstrating improved agricultural technologies under farmers’ field conditions and facilitating their wider adoption. The present study was conducted to assess the perceived effectiveness of CFLDs in promoting improved production technologies and management practices among oilseed farmers. A total of 120 farmers comprising 60 CFLD beneficiaries and 60 non beneficiaries were selected for the study. Data were collected using a structured interview schedule covering farmers’ perceptions regarding improved varieties, seed treatment, nutrient management, soil amendments, weed and pest management, irrigation, input availability, cost reduction, decision-making, training, market-oriented benefits and interaction with scientists. Beneficiaries’ responses were measured using a five-point continuum ranging from strongly agree to strongly disagree. The results revealed a highly favourable perception among CFLD beneficiaries towards the demonstrated technologies. A substantial proportion of beneficiaries agreed or strongly agreed that CFLD demonstrations improved their understanding and adoption of new practices, strengthened their decision-making ability, improved access to quality inputs, reduced input costs and enhanced crop performance. Farmers also expressed favourable perceptions regarding seed treatment, nutrient management, gypsum and lime application, micronutrients, biofertilizers, irrigation scheduling, pest and disease management, and improved harvesting practices. The demonstrations were also perceived to provide opportunities for interaction with scientists and improve farmers’ confidence in oilseed cultivation. The findings indicate that CFLDs can serve as an effective field-based extension mechanism for enhancing farmers’ knowledge, confidence and adoption of improved oilseed production technologies.
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