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An Economic Assessment of Banana Genetic Improvement and ...

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ASSESSING THE IMPACT OF TECHNOLOGIES IN UGANDA 145<br />

Table 10.3 <strong>An</strong>nualized banana production costs <strong>and</strong> returns in each <strong>of</strong> the six production systems<br />

High productivity Medium productivity Low productivity<br />

Budget/cost components<br />

Average<br />

Subsistence<br />

Subsistence<br />

Semicommercial<br />

Semicommercial<br />

Semicommercial<br />

Subsistence<br />

Average plantation cycle (years) 31 80 40 30 20 10 5<br />

Average yield (ton/ha) 12 25 17 18 9 11 5<br />

Farm-gate price (Ush/20-kg bunch) a 1,417 2,080 1,680 1,200 1,140 1,200 1,200<br />

Total revenue (Ush/ha) 850,000 2,600,000 1,428,000 1,080,000 513,000 660,000 300,000<br />

Labor cost (Ush/ha) 322,100 266,846 269,456 420,280 364,420 355,300 256,300<br />

Other input cost (Ush/ha) n.a. b n.a. n.a. 521,500 126,500 253,000 n.a.<br />

Total cost (Ush/ha) 472,267 266,846 269,456 941,780 490,920 608,300 256,300<br />

Net return (Ush/ha) 624,566 2,333,154 1,158,544 138,220 22,080 51,700 43,700<br />

Unit production cost (Ush/kg) 40 11 16 52 55 55 51<br />

Sources: Derived by authors from National Agricultural Research Organization (NARO) surveys, program documents, <strong>and</strong> expert<br />

knowledge from NARO scientists.<br />

Notes: Budgets were constructed from a complete annual input-<strong>and</strong>-output analysis over the plantation life cycle (to a maximum <strong>of</strong> 30<br />

years) for each production system; n.a. indicates not available.<br />

a For farm households whose consumption exceeds production, the relevant price is more properly the market purchase price. For the sake <strong>of</strong><br />

simplicity, however, we have used the farm-gate prices as the basis <strong>of</strong> all budget-related calculations.<br />

b Average not computed because <strong>of</strong> missing values.<br />

Technology Scenarios<br />

We began by identifying important subcategories<br />

<strong>of</strong> banana production systems as<br />

determined by potential productivity <strong>and</strong><br />

commercial orientation <strong>of</strong> producers. Based<br />

on a characterization scheme used by researchers<br />

in Ug<strong>and</strong>a (Tushemereirwe et al.<br />

2001), three banana productivity zones were<br />

distinguished (high, medium, <strong>and</strong> low). 1<br />

Within each zone, semicommercial <strong>and</strong><br />

subsistence farmers were typified, as shown<br />

in Table 10.4, by consulting available data<br />

on use practices <strong>and</strong> technologies. Each <strong>of</strong><br />

the six subcategories was specified as a<br />

separate component <strong>of</strong> the overall industry<br />

supply in the IFPRI-DREAM 2 model as a<br />

basis for all technology simulations. here> 10.4near 1,200-m.a.s.l. stratum<br />

used in the design <strong>of</strong> the farm-level survey.<br />

2<br />

IFPRI-DREAM (Dynamic Research Evaluation for Management) is a menu-driven s<strong>of</strong>tware package for<br />

evaluating the economic impacts <strong>of</strong> agricultural R&D.<br />

3<br />

In reality the choice <strong>of</strong> investment strategy is not between conventional <strong>and</strong> transgenic approaches, but involves<br />

both, as explained in Chapter 4. However, scenarios are designed as simple (<strong>of</strong>ten polar) examples to<br />

demonstrate the sensitivity <strong>of</strong> returns to actions, situations, or assumptions.

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