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AATF Inaugural Report - African Agricultural Technology Foundation

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A New Bridge to Sustainable <strong>Agricultural</strong> Development in Africa<br />

its most economically valuable part, have poor<br />

keeping qualities and must be processed within<br />

three days.<br />

However, inefficient traditional <strong>African</strong><br />

production practices and processing methods<br />

lead to comparatively high production costs and<br />

to cassava products that are of generally low<br />

quality. This limits the ability of <strong>African</strong> cassava<br />

products to enter local industrial markets or to<br />

compete with maize in global starch markets.<br />

Measures that will reduce the production costs<br />

of <strong>African</strong> cassava producers will help reduce<br />

poverty by making cassava farming more<br />

profitable while lowering the price of cassava to<br />

consumers.<br />

A technology needs assessment for improving<br />

cassava productivity was conducted during the<br />

2004 symposium of the International Society for<br />

Tropical Root Crops – Africa Branch (ISTRC-<br />

AB) to identify technological interventions that<br />

could increase cassava productivity in Africa.<br />

The results suggest that farm mechanization<br />

would make the greatest contribution to increasing<br />

cassava productivity. However, cassava farming<br />

and processing machinery producers from<br />

outside Africa are reluctant to sell equipment to<br />

<strong>African</strong> countries for fear that such equipment<br />

will be copied by local engineers, pointing to an<br />

IP issue that needs to be resolved.<br />

The overall goal of this project will be to<br />

improve cassava productivity through appropriate<br />

mechanisation aimed at optimising labour<br />

productivity during production and processing<br />

operations and opening up new market opportunities<br />

for cassava products.<br />

<strong>AATF</strong>’s role in this project is to clarify<br />

and seek to resolve key IP issues involved in<br />

the acquisition and deployment of proprietary<br />

machinery for cassava production and processing.<br />

Working with its partners, the <strong>Foundation</strong><br />

will help organize a meeting of experts in 2005<br />

to develop a master plan for the industrialisation<br />

of cassava in Africa. This plan will be designed<br />

to facilitate the efforts of all stakeholders along<br />

the cassava value chain to promote cassava-based<br />

industries in Africa.<br />

Partner Institutions<br />

• <strong>African</strong> <strong>Agricultural</strong> <strong>Technology</strong> <strong>Foundation</strong><br />

(<strong>AATF</strong>)<br />

• International Institute of Tropical<br />

Agriculture (IITA)<br />

• United Nations Industrial Development<br />

Organization (UNIDO)<br />

Discontinued Projects<br />

Pro-Vitamin A Enhancement in Maize<br />

Malnutrition is common in sub-Saharan Africa.<br />

About 40–50% of the region’s population remains<br />

malnourished each year and the region is worse<br />

off nutritionally today than it was 30 years ago.<br />

Many of the hungry and malnourished are the<br />

more vulnerable members of society – women<br />

and children. The most widespread micronutrient<br />

deficiencies in Africa are those of iron, zinc and<br />

vitamin A. In children, malnutrition often leads to<br />

diminished cognitive development and suboptimal<br />

functioning of their immune systems. In communities<br />

where vitamin A deficiency is endemic,<br />

improving availability of the vitamin can reduce<br />

child mortality by over 20% and mortality due to<br />

measles by as much as 50%.<br />

Building the required micronutrients into<br />

food through biofortification is both sustainable<br />

and cost effective. In this instance, a combination<br />

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