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The present study aimed to assess the effect of contrasting levels of molecular and phenotypic diversity among polycross parents of orchardgrass on the performance of synthetic progeny with respect to physiological responses and drought tolerance. Four polycross groups each composed of six parental plants were evaluated under normal irrigation and drought stress conditions. A number of 923 inter simple...
Little is known about the application of parental molecular information to enhance the performance of synthetic populations of orchardgrass under water deficit environments. In this study, first generation progenies of four polycrossed groups constructed from a combination of several parental genotypes with contrasting levels of diversity (high and low phenotypic, high and low molecular) were assessed...
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