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RA 00048.pdf - OAR@ICRISAT

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Socioeconomic Considerations in<br />

Sorghum Farming Systems<br />

D. W. N o r m a n *<br />

There is considerable heterogeneity in the farming<br />

systems found in the semi-arid tropic (SAT)<br />

regions of the world, where sorghum is usually<br />

the dominant crop. The heterogeneity consists<br />

not only of variations in the natural environment<br />

but is also due to considerable differentiation in<br />

the socioeconomic environment. The underlying<br />

objective of this paper is therefore to demonstrate<br />

in an illustrative fashion how an economist looks<br />

at the reasons for this diversity and the implications<br />

these have for work in sorghum breeding<br />

and agronomy, and for designing economic policies<br />

which affect sorghum growing regions. In<br />

examining these, two important, essential assertions<br />

are made:<br />

1. Because of the low level of agricultural productivity<br />

and hence low incomes in the SAT<br />

regions, improvements in the overall income<br />

level cannot rely simply on redistribution of<br />

incomes or heavy subsidization by government<br />

but also have to be based on the development<br />

and adoption of relevant improved technology 1<br />

in the sorghum dominated farming systems.<br />

2. The major customers of improved sorghum<br />

1. A suitable or relevant agricultural technology is a way<br />

of doing things (combining resources to undertake<br />

crop, livestock and off-farm enterprises) in such a way<br />

that it is compatible with environmental constraints<br />

(both natural and socioeconomic) and as a result<br />

contributes to the aspirations of the farming families<br />

using it. The definition of a relevant improved agricultural<br />

technology is one that is adopted by farming<br />

families and helps them achieve their aspirations<br />

more easily through improving their efficiency (productivity).<br />

* Professor of Agricultural Economics, Department of<br />

Economics, Kansas State University, Manhattan, Kansas<br />

66506, USA.<br />

technologies will be the mass of farming<br />

families and not plantations, government and<br />

private commercial farms, etc. 2<br />

Aspirations and<br />

Farming Systems<br />

There is a certain universality in the aspirations of<br />

farming families and rural laborers which include<br />

as the most important elements income, effort<br />

avoidance and risk avoidance. 3 In economic terms<br />

this can be stated as rural people trying to<br />

increase their utility (satisfaction) which increases<br />

with income but decreases with effort or higher<br />

levels of risk. This can be restated as maximizing<br />

income for any given level of effort and risk, or<br />

alternatively reducing risk (or effort) for a given<br />

level of income.<br />

Attempts to maximize utility take place within a<br />

set of constraints. It is not differences in aspirations<br />

but rather differences in the constraints<br />

which lead to the most important differences in<br />

farming systems. These differences can be<br />

grouped in a number of ways. For example, one<br />

convenient classification is as follows: 4<br />

2. Such types of production systems that are generally<br />

highly capital intensive, (i.e., highly mechanized) have<br />

had a bad history for many crops in Africa (IBRD 1981;<br />

Norman 1981).<br />

3. Economists used to largely ignore risk considerations.<br />

However, recent research by Binswanger (1981) in<br />

India, Sillers (1981) in the Philippines, Walker (1981) in<br />

El Salvador, and Greeley (1981) in Thailand shows that<br />

farmers almost universally try to avoid or reduce risk.<br />

4. Accessibility to the socioeconomic determinants (2.<br />

3, 4) may be partially determined by community<br />

structures, norms and beliefs.<br />

International Crops Research Institute for the Semi-Arid Tropics. 1982. Sorghum in the Eighties: Proceedings of<br />

Symposium on Sorghum, 2-7 Nov 81, Patancheru, A.P., India. Patancheru, A.P. India: ICRISAT.<br />

the International<br />

633

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