|Author:||Vales, Michel ; Taillebois, James ; Bouzinac, Serge ; S©♭guy, Lucien|
|Book Group Author:||NA|
Rice improvement is based to an increasing extent on ever-sharper genetic analysis to the detriment of classical breeding, which is disappearing. Analytical genetics are very promising, but they cannot replace integrated and finalized breeding. Little attention has been paid to improving participatory rice breeding methods for subsequent integration into sustainable cropping systems. Special methodological initiatives are required to ensure the success of this breeding-agronomy integration. This integration of inexpensive breeding methods has increased the biodiversity of rice: low temperature and drought tolerant upland rice varieties for mountain areas, and polyvalent varieties, which have the ability to grow in both rainfed or irrigated conditions, they are perfectly adapted to improved cropping systems and to beneficiaries' needs and preferences. These preliminary results on this integration demonstrate that the present approach is relevant.
|Pages:||161 - 164|
drought tolerance, cold tolerance, varieties,genotype-environment interaction, mountains, dryland farming, irrigatedfarming, plant breeding, rice, Oryza sativa, recurrent selection,participation, genetic improvement, artificial selection