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Development of advanced breeding lines of rice for drought tolerance based on physiological and yield traits

机译:基于生理产量特征的旱粮高稻育种育种线

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The traditional drought tolerant cultivar 'Banglami' was crossed with high yield drought susceptible variety 'Ranjit'. A total of 49 true F ls were raised and selfed. The advanced F 4 lines were screened for physiological and yield traits under drought stress. Among these, the maximum root length ranged from 19cm to 59cm with the average value of38.96. It was observed highest in 'Banglami' (59cm) followed by 'ARCI0372' (5Jem) and three F4 lines B-18, B-22 and B-23 with the root length of 50cm under drought stress. The maximum root length showed positive correlation with relative leaf water content (RL WC) and grain yield under drought stress. High heritability was observed for the various physiological and yield traits under drought stress. The twoF lines (B-15 and B-23) were selected based on various physiological and yield traits under drought stress. The selected lines may be used in the development of drought tolerant rice variety for upland drought affected areas of Assam.
机译:传统的耐旱品种“Banglami”与高产干旱易感品种“Ranjit”交叉。 共提出49个真正的F LS并自行。 在干旱胁迫下筛选先进的F 4线进行生理和产量性状。 其中,最大根长度为19cm至59cm,平均值为38.96。 它在“Banglami”(59cm)中观察到最高的“Arci0372”(5JEM)和三种F4线B-18,B-22和B-23,在干旱胁迫下的根长50cm。 最大根长显示与干旱胁迫下相对叶片含水量(R1 WC)和籽粒产量的正相关。 在干旱胁迫下观察到各种生理和产量性状的高遗传性。 根据干旱胁迫下的各种生理和产量性状选择Twof系(B-15和B-23)。 所选择的线条可用于开发普通干旱受影响的Assam的耐旱米品种。

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