Drought is the most important factor limiting rice yields in the rainfed areas of Asia. To overcome the problem, we developed a new strategy 'designed QTL pyramiding' to more effi ciently develop drought toler...Drought is the most important factor limiting rice yields in the rainfed areas of Asia. To overcome the problem, we developed a new strategy 'designed QTL pyramiding' to more effi ciently develop drought tolerant (DT)展开更多
Yields in the irrigated rice areas have improved remarkably over the last three decades. Farmers with access to assured water supply have adopted improved varieties, resulting in higher yields and improved income in
The OryzaSNP project (http://www.oryzasnp.org) is undertaking SNP discovery across the entire rice genome for 20 diverse varieties (McNally et al., 2006). These varieties include representatives from the indica, tropical
Rice (Oryza sativa L.) was domesticated in Asia and brought to Europe (Mediterranean region) by returning members of Alexander the Great's expedition to India (324 B.C) (Khush, 1997). In Portugal, rice was
文摘Drought is the most important factor limiting rice yields in the rainfed areas of Asia. To overcome the problem, we developed a new strategy 'designed QTL pyramiding' to more effi ciently develop drought tolerant (DT)
文摘Yields in the irrigated rice areas have improved remarkably over the last three decades. Farmers with access to assured water supply have adopted improved varieties, resulting in higher yields and improved income in
文摘The OryzaSNP project (http://www.oryzasnp.org) is undertaking SNP discovery across the entire rice genome for 20 diverse varieties (McNally et al., 2006). These varieties include representatives from the indica, tropical
文摘Rice (Oryza sativa L.) was domesticated in Asia and brought to Europe (Mediterranean region) by returning members of Alexander the Great's expedition to India (324 B.C) (Khush, 1997). In Portugal, rice was
