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Effects of plant growth regulators on growth and yields characteristics in adzuki beans (Phaseolus angularis)

机译:植物生长调节剂对小豆生长和产量特征的影响

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Using the Jihong 8937 variety of adzuki bean (Phaseolus angularis) as material, two kinds of plant growth regulator (PGRs), PP333 and NAA, were sprayed on the leaves, in order to study their effects on the growing courses, dry matter accumulation and yields. Three concentrations for each of the PGRs were applied, with a naturally growing plant as the control (CK). Results showed that each concentration of PP333 could advance the developmental course but the NAA was reverse. There was no difference between the two kinds of PGRs in the whole growing course. The lower and medium concentrations of PP333 could increase the dry matter accumulation, but the others showed the contrary. The lower and the medium concentrations of these PGRs could increase the contents of dissolvable protein and chlorophyll, but their higher concentrations had inhabiting effects. Our research also found that their lower and medium concentrations could consistently increase this bean’s yield, but the higher concentration reduced it. As a whole, the medium concentration of PP333 was found as the best combination to improve the growth and development of adzuki beans.
机译:以冀红8937品种小豆(Phaseolus angularis)为材料,在叶片上喷洒两种植物生长调节剂(PGR)PP333和NAA,以研究它们对生长过程,干物质积累和生长的影响。产量。对于每种PGR,均施加了三种浓度,以自然生长的植物为对照(CK)。结果表明,每种浓度的PP333均可促进发育进程,但NAA相反。在整个生长过程中,两种植物遗传资源之间没有差异。较低和中等浓度的PP333可以增加干物质的积累,但其他人则相反。这些PGR的较低和中等浓度可以增加可溶性蛋白和叶绿素的含量,但较高的浓度则具有居住作用。我们的研究还发现,较低和中等浓度的大豆可以持续提高豆的产量,但是较高的浓度会降低大豆的产量。总体而言,发现中等浓度的PP333是改善红豆生长发育的最佳组合。

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