Farm size and agricultural productivity across maize cropping systems in Maize Producing Districts in Tanzania Mainland
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Date
2019
Authors
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Publisher
Sokoine University of Agriculture
Abstract
The evidence over a negative relationship between farm size and productivity in large
global literature is largely dependent on a narrow range of farm sizes excluding medium
and large scale farms. This study was carried out to determine the relationship between
farm size and agricultural productivity over a wider range of farm sizes across maize
cropping systems in maize producing districts of Tanzania Mainland. Specifically, the
study attempts to: (i) estimate the farmers‟ total factor productivity level across maize
cropping systems, (ii) determine the relationship between farm size and total factor
productivity level across maize cropping systems and (iii) identify factors other than farm
size which influence agricultural productivity across maize cropping systems in the study
districts. OLS Regression technique was employed to determine the relationship between
farm size and the level of total factor productivity. Data for the study comprised of 1001
observations randomly selected from ASPIRES Project data set of 1200 observations
comprising of small, medium and large scale farms. The data were collected during the
2015/16 cropping season from eight maize producing districts namely Mvomero,
Kilombero, Njombe, Kiteto, Magu, Moshi Rural, Mkuranga and Liwale in Tanzania
Mainland. The findings indicate variation in the level of total factor productivity (TFP)
across maize cropping systems, ranging from 1.22 for maize-pure stand and 1.64 for
maize-legumes intercropping systems. Contrary to the evidence in favour of inverse
relationship between farm size and productivity, the regression results in this study
indicate a significant and positive relationship between farm size and total factor
productivity level across maize cropping systems. Moreover, other factors including
household size, land slope, source of water and measurement errors had significant
influence on the farm-level productivity across farm size categories and cropping
systems. The study recommends review of the existing agricultural related policies,strategies and/ or programmes to ensure that medium and large scale farms are also
promoted instead of the currently emphasis on smallholder-lead agricultural growth as
pathway to economic development in the country. Also the following are recommended
in order to improve agricultural productivity and hence increase marketable surplus which
is essential for ensuring adequate supply of raw materials for the agro-industries as the
country is striving to become an industrialized and middle income country: (i) Review of
the National Agriculture Policy 2013 and the Agricultural Sector Development
Programme (ASDP II), (ii) Promoting land productivity enhancing mixed cropping
systems, (iii) Promoting family planning strategies and actions, (iv) supporting low-cost
irrigation strategies and programmes, (v) hastening the process of formalization of land
rights and (vi) providing education on and promoting appropriate farming practices on
hilly/high slope land.
Description
MSc. Dissertation
Keywords
Farm Size productivity, Maize Cropping Systems, Districts Maize Producing, Maize productivity, Tanzania Mainland