<p>WW: well-watered (30% of SWC), WS: water-stressed (16% of SWC).</p>a<p>Phenotypic variance explained by QTL effect.</p>b<p>Total of phenotypic variances explained by QTL effects.</p>c<p>Additive effect estimated as one-half the difference in homozygotes carrying either allele of parents (XRQ or PSC8). Positive values indicate that XRQ allele increases the trait value, while negative values indicate that PSC8 allele increases the trait value.</p
Compared to conventional breeding approaches, the dissection of the genetic basis of quantitative tr...
Despite numerous published reports of quantitative trait loci (QTL) for drought-related traits, prac...
Drought or water stress is a serious agronomic problem resulting in maize (Zea mays L.) yield loss t...
<p>WW: well-watered, WS: progressive water-stressed.</p>a<p>Phenotypic variance explained by QTL eff...
a<p>Phenotypic variance explained by QTL effect.</p>b<p>Total of phenotypic variances explained by Q...
<p>Numbers on the left of linkage groups (LG) indicate the cumulative distance in centimorgan (cM) t...
Water shortage is a major cause of yield loss in maize. Thus, breeding for adaptation to waterstress...
a<p>For all QTL names, lowercase letter indicates traits abbreviations. ph = plant height; rl = root...
To increase yield across a range of water stress regimes, we require a precise understanding of biol...
There is substantial genetic variation for drought adaption in pearl millet in terms of traits contr...
Genetic variation for intrinsic water use efficiency (W i) and related traits was estimated in a ful...
Abstract. Water shortage is a major cause of yield loss in maize. Thus, breeding for adaptation to w...
Substantial genetic variation for drought adaption exists in pearl millet via traits controlling pla...
Drought stress can considerably affect maize yields, which is a source of concern for maintaining gl...
Water use efficiency (WUE) is a trait of prime interest in cases of drought stress because it provid...
Compared to conventional breeding approaches, the dissection of the genetic basis of quantitative tr...
Despite numerous published reports of quantitative trait loci (QTL) for drought-related traits, prac...
Drought or water stress is a serious agronomic problem resulting in maize (Zea mays L.) yield loss t...
<p>WW: well-watered, WS: progressive water-stressed.</p>a<p>Phenotypic variance explained by QTL eff...
a<p>Phenotypic variance explained by QTL effect.</p>b<p>Total of phenotypic variances explained by Q...
<p>Numbers on the left of linkage groups (LG) indicate the cumulative distance in centimorgan (cM) t...
Water shortage is a major cause of yield loss in maize. Thus, breeding for adaptation to waterstress...
a<p>For all QTL names, lowercase letter indicates traits abbreviations. ph = plant height; rl = root...
To increase yield across a range of water stress regimes, we require a precise understanding of biol...
There is substantial genetic variation for drought adaption in pearl millet in terms of traits contr...
Genetic variation for intrinsic water use efficiency (W i) and related traits was estimated in a ful...
Abstract. Water shortage is a major cause of yield loss in maize. Thus, breeding for adaptation to w...
Substantial genetic variation for drought adaption exists in pearl millet via traits controlling pla...
Drought stress can considerably affect maize yields, which is a source of concern for maintaining gl...
Water use efficiency (WUE) is a trait of prime interest in cases of drought stress because it provid...
Compared to conventional breeding approaches, the dissection of the genetic basis of quantitative tr...
Despite numerous published reports of quantitative trait loci (QTL) for drought-related traits, prac...
Drought or water stress is a serious agronomic problem resulting in maize (Zea mays L.) yield loss t...