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Tuesday 31 May 2016

ANALYSIS OF THE IMPACT OF THE AGRICULTURAL PRODUCTIVITY ENHANCEMENT PROGRAM ON THE TECHNICAL AND ALLOCATIVE EFFICIENCY OF MAIZE FARMERS IN MASINDI DISTRICT




CHAPTER ONE


INTRODUCTION

1.1                Background


Uganda’s Plan for Modernization of Agricul stakeholders in decision making as one of the major strategies for achieving the government

policy of eradicating poverty (MAAIF, 1998). With the aim of eradicating poverty among rural farmers, a five-year USAID-funded project, The Uganda Agricultural Productivity Enhancement Program (APEP) was established in 2003. The program mainly targeted catalyzing the transformation of agriculture from low input/low output subsistence farming to commercially competitive agriculture. Within the targeted commodities, APEP addressed production-to-market transactions, improvements in input distribution, and the development of competitive agricultural and rural enterprises (Michigan State University, 2007). Among the targeted commercial crops included grains namely maize, cotton, coffee, bananas (Matoke), spices and floriculture. In addition to the efforts of its predecessor (IDEA project) efforts in Masindi District, APEP continued to give pieces of advice on better agronomic practices and input use to raise maize output.


Maize being one of the major crops regionally exported and rising in value from about US$6.0 million in 1990 to US$10.4 million in Uganda, it was thought it would be a stepping stone towards poverty eradication (Private Sector Foundation Uganda (PSFU), 2005). Based on the availability of such substantial maize market regionally, APEP came up with demonstration sites to expose farmers to improved maize production technologies. Among the technologies APEP demonstrated included improved agronomic practices, improved


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seed varieties, fertilizer and herbicide use and post harvest handling techniques. In 2004, 291 demonstration sites were established exposing 4,227 farmers to these techniques (APEP, 2004). These technologies are all incentives known for increased production efficiency (Rahman, 2003).

1.2          Problem Statement


Empirical studies suggest that most under developed and developing countries are still facing

the problem of high poverty levels. In addition to poverty, Uganda’s   population

3.4%, very high; yet agricultural resources are limited, e.g. arable land. This calls for improving yields of major staples, such as maize for better food security & livelihoods of rural households. Thus, resources need to be used in the most efficient way to achieve this objective. Further, improved efficiency is expected to improve food security by cutting hunger halfway in 2015 (Amos, 2007).

Most farmers in these countries practice subsistence farming with low productivity. This may be attributed to high inefficiencies (technical and allocative) because farmers lack access or less information on efficiency, and low literacy levels limiting interpretation of such information to guide them in commercial production. Further, less access to such information may be attributed to the few studies carried out in these areas. In order to realize increased production and efficiency, small-scale farmers in developing countries need to efficiently utilize the limited resources accessed for improved food security and farm income generation (Amos, 2007).








In the light to boost productivity, APEP provided technical services to farmers in Masindi District. APEP (2005) indicated a positive response amongst its maize farmers; with higher yields compared to non-APEP farmers. Though farmers applied the production techniques given by APEP and realized increased production, it is not clear whether they were relatively more efficient both allocatively and technically compared with those who did not use the APEP advisory services.
There are no known studies that have been done to determine the technical and allocative efficiency of APEP maize farmers in Masindi District. Thus, this study was carried out to establish technical and allocative efficiency and factors affecting technical efficiency of APEP in comparison with non-APEP farmers. Results from this study were used to establish the impact of APEP services among maize farmers in Masindi district.
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