Production Efficiency of Farmers under National Fadama II Project in Oyo State, Nigeria

  1. Department of Agricultural Economics, University of Ibadan, Nigeria
  2. National Institute of Social and Economic Research Ibadan, Nigeria

Revised: 29-08-2015

Accepted: 29-08-2015

Published in Issue 01-03-2012

How to Cite

Balogun, O., Adeoye, A., Yusuf, S., Akinlade, R., & Carim-Sanni, A. (2012). Production Efficiency of Farmers under National Fadama II Project in Oyo State, Nigeria. International Journal of Agricultural Management and Development, 2(1), 11-24. https://oiccpress.com/ijamad/article/view/6649

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Abstract

The study examines production efficiency of farmers under National Fadama-II Project in Oyo State Nigeria. Primary data were collected from two hundred and sixty-four farmers using multistage sampling technique. The analytical framework used for the study include: descriptive, infrastructure index, gross margin and stochastic frontier production function. Average infrastructural index in the area was 0.42. The gross margin for IDV was ₦445, 968.30 while for IUV for under-developed in Fadama villages is ₦357, 805.00. Gross margin was higher for Fadama II farmers than non Fadama-II farmers in IDV. The mean technical efficiency was 0.69 and 0.59 for Fadama and non-Fadama farmers respectively. The result showed that technical inefficiency of female Fadama-II farmers reduced by 0.19% while that of non-Fadama II farmers by 1.23%. Similarly, extension contact, marital status and infrastructural status reduced technical inefficiency of Fadama-II farmers by 2.8%, 0.3% and 2.6% respectively. Presence of infrastructure of Fadama-II project has imparted on efficiency of resource use among the beneficiary. There is therefore need to improve on Community Driven Development programme like Fadama-II and on coming Fadama-III project or any developmental project, so as to further impart more technical and economic knowledge to farmers.

Keywords

  • Rural Infrastructure,
  • Infrastructural Index,
  • Gross Margin,
  • agricultural production,
  • Technical Inefficiency