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- W2131047206 abstract "Drought is the most significant environmental stress in agriculture worldwide and improving yield under drought is a major goal of plant breeding. A review of breeding progress pointed out that selection for high yield in stress-free conditions has, to a certain extent, indirectly improved yield in many water-limiting conditions. Further progress requires the introduction of traits that reduce the gap between yield potential and actual yield in drought-prone environments. To achieve this three main approaches can now be exploited: (i) plant physiology has provided new insights and developed new tools to understand the complex network of drought-related traits, (ii) molecular genetics has discovered many QTLs affecting yield under drought or the expression of drought tolerance-related traits, (iii) molecular biology has provided genes useful either as candidate sequences to dissect QTLs or for a transgenic approach. The extent of information that breeders have now offers them new tools for breeding, such as markers for QTLs and single genes for plant transformation. Breeders are thus asked to blend together all knowledge on the traits sustaining yield under drought and to accumulate the most effective QTLs and/or transgenes into elite genotypes without detrimental effects on yield potential. This strategy will lead to new cultivars with high yield potential and high yield stability, that in turn will result in superior performance in dry environments." @default.
- W2131047206 created "2016-06-24" @default.
- W2131047206 creator A5005675713 @default.
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- W2131047206 creator A5075143960 @default.
- W2131047206 creator A5077297975 @default.
- W2131047206 date "2008-01-01" @default.
- W2131047206 modified "2023-10-17" @default.
- W2131047206 title "Drought tolerance improvement in crop plants: An integrated view from breeding to genomics" @default.
- W2131047206 cites W1514494048 @default.
- W2131047206 cites W1539905669 @default.
- W2131047206 cites W1544031673 @default.
- W2131047206 cites W1560300036 @default.
- W2131047206 cites W1562385295 @default.
- W2131047206 cites W1574746754 @default.
- W2131047206 cites W1575448060 @default.
- W2131047206 cites W1577660912 @default.
- W2131047206 cites W1587886686 @default.
- W2131047206 cites W1592518574 @default.
- W2131047206 cites W1605914347 @default.
- W2131047206 cites W1764655288 @default.
- W2131047206 cites W1832710699 @default.
- W2131047206 cites W1973917983 @default.
- W2131047206 cites W1981035929 @default.
- W2131047206 cites W1982335109 @default.
- W2131047206 cites W1983264224 @default.
- W2131047206 cites W1983355052 @default.
- W2131047206 cites W1984604504 @default.
- W2131047206 cites W1984641966 @default.
- W2131047206 cites W1985308880 @default.
- W2131047206 cites W1986037157 @default.
- W2131047206 cites W1988314246 @default.
- W2131047206 cites W1989175399 @default.
- W2131047206 cites W1989617803 @default.
- W2131047206 cites W1989629347 @default.
- W2131047206 cites W1991589446 @default.
- W2131047206 cites W1993239511 @default.
- W2131047206 cites W1994274547 @default.
- W2131047206 cites W1995689928 @default.
- W2131047206 cites W1997177578 @default.
- W2131047206 cites W1997549664 @default.
- W2131047206 cites W1997573746 @default.
- W2131047206 cites W1999106449 @default.
- W2131047206 cites W1999380163 @default.
- W2131047206 cites W2001083453 @default.
- W2131047206 cites W2003019366 @default.
- W2131047206 cites W2006013488 @default.
- W2131047206 cites W2007980669 @default.
- W2131047206 cites W2011783524 @default.
- W2131047206 cites W2017729473 @default.
- W2131047206 cites W2017847214 @default.
- W2131047206 cites W2019157869 @default.
- W2131047206 cites W2024317573 @default.
- W2131047206 cites W2024598387 @default.
- W2131047206 cites W2027289741 @default.
- W2131047206 cites W2028268050 @default.
- W2131047206 cites W2029062246 @default.
- W2131047206 cites W2029842819 @default.
- W2131047206 cites W2030418731 @default.
- W2131047206 cites W2030556153 @default.
- W2131047206 cites W2030645070 @default.
- W2131047206 cites W2033115252 @default.
- W2131047206 cites W2033191291 @default.
- W2131047206 cites W2034357419 @default.
- W2131047206 cites W2034452149 @default.
- W2131047206 cites W2042182607 @default.
- W2131047206 cites W2046929702 @default.
- W2131047206 cites W2047490932 @default.
- W2131047206 cites W2048802595 @default.
- W2131047206 cites W2054449948 @default.
- W2131047206 cites W2057205472 @default.
- W2131047206 cites W2057767679 @default.
- W2131047206 cites W2058467808 @default.
- W2131047206 cites W2059016264 @default.
- W2131047206 cites W2059758667 @default.
- W2131047206 cites W2061682337 @default.
- W2131047206 cites W2070334528 @default.
- W2131047206 cites W2072280196 @default.
- W2131047206 cites W2072777950 @default.
- W2131047206 cites W2074279111 @default.
- W2131047206 cites W2075973824 @default.
- W2131047206 cites W2076145323 @default.
- W2131047206 cites W2077666208 @default.
- W2131047206 cites W2078172796 @default.
- W2131047206 cites W2078377188 @default.
- W2131047206 cites W2079592623 @default.
- W2131047206 cites W2082413179 @default.
- W2131047206 cites W2083113626 @default.
- W2131047206 cites W2084179913 @default.
- W2131047206 cites W2088295026 @default.
- W2131047206 cites W2089506586 @default.
- W2131047206 cites W2092904449 @default.
- W2131047206 cites W2094594062 @default.