...;非水力根信号;水分利用效率;稳产性 [gap=2555]Key words: soybean; drought tolerance; non-hydraulic root-sourced signal; water use efficiency; yield stability ...
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【目的】非水力根信号(non-hydraulic root signal,nHRS)特征在判别植物的干旱适应能力上具有重要意义,研究其与作物生长和产量性状的关系可为抗旱节水农业提 ..
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非水力根源信号 non-hydraulic root-sourced signal ; NHRS
Normally, the peak value appeared in the middle of threshold of non-hydraulic root-sourced signal.3, with the drought stress, proline content increased remarkably at the beginning and placidly in the evening.
脱落酸含量的峰值通常出现在非水力根信号阈值范围中部。 3,干旱胁迫下,脯氨酸含量在干旱胁迫刚刚出现就迅速猛增,此后很快达到较高水平,随后增长放缓。
参考来源 - 干旱胁迫下外源施稀土Eu~(3+)对山黧豆幼苗的生理生化效应·2,447,543篇论文数据,部分数据来源于NoteExpress
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