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Project Title: Identifying the physiological and genetic traits that make cassava one of the most drought tolerant crops

Donor: Generation Challenge Program
Partner/Institution: EMBRAPA, University of Cornell, Agriculture Research Institute, Tanzania; Savannah Agriculture Research Institute (SARI)
Project Highlight: Drought is an important stress in cassava particularly in the semi- arid regions of southern and eastern Africa and in the marginal areas bordering the Sahel. Polygenic, quantitative traits such as drought tolerance are difficult to screen using conventional phenotyping methods. Screening needs to be done over several years and several environments, each with replications. In these situations, marker-assissted breeding can provide increased accuracy in selection but increasing heritability by reducing the confounding effects of non-additive componenets such as dominance and the effect of the environment, which are substantial in cassava. To date molecular markers do not exist for drought tolerance in cassava. This project aims at identifying the physiological traits that make cassava one of the most drought tolerant crops, determining the genetic variation for these traits that can be exploited through plant breeding for crop improvement, and to map, using molecular markers, QTLs associated with drought tolerance.
Total Project Budget $US: 117,000.00
Scientist Involved: Morag Ferguson
Scientist Email: Email: m.ferguson@cgiar.org
 
 
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Thu, 9 February 2012,
12:42:41 AM

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