EFFECT OF MEZORHIZOBIUM CICERY STRAIN AND CHLORMEQUAT CHLORIDE ON MORPHOGENESIS AND PRODUCTIVITY OF CHICKPEA PLANTS

L. Golunova, V. Kuryata, S. Kobak
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Abstract

The effect of strain Mezorhyzobium cicery MS 285 and that of the strain combined with preparation of the quaternary ammonium class retardant -chlormequat chloride on the culture of Triumph chickpea were studied in the field experiment. The positive effect of the strain Mezorhyzobium cicery in complex with synthetic growth inhibitor chlormequat chloride (used in the budding phase of the culture) on the morphometric parameters and crop capacity of Cicer arietinum was established. It was found that both the strain and the retardant against inoculation background of Mezorhyzobium cicery led to a change in the habitus of experimental plants. There was also observed increase of total leaf area in the conditioned plants on account of the additional leaf shooting that enabled more essential donor sphere formation. This enhanced better crop capacity of the plants and positively influenced the yield. At the end of vegetation there was ndicated an increase of nitrogen and potassium contents in the seeds under the effect of both the strain of Mezorhyzobium cicery and the integrated use of the preparations. There was a simultaneous decrease in the amount of sugars in the variants with growth regulators ( the strain of Mezorhyzobium cicery MC 285 ; the strain of Mezorhyzobium cicery MC 285 + chlormequat chloride). The most productive option proved to be in the variant with integrated application of the strain and retardant.
绿僵菌和氯草枯对鹰嘴豆植株形态发生和产量的影响
通过田间试验,研究了mezorhybiium cicery ms285菌株及其与季铵类阻燃剂氯草枯的联合使用对凯旋鹰嘴豆的培养效果。采用人工合成生长抑制剂氯麦草枯(chlormequat chloride)对西芹(Cicer arietinum)的形态计量学参数和产量进行了研究。结果表明,该菌株和抗接种背景剂均能改变实验植株的习性。还观察到,在条件处理的植物中,由于额外的梢叶使更必要的供体球形成,总叶面积增加。这提高了植株的生产能力,并对产量产生了积极影响。在植生末期,在内生合生菌和制剂综合利用的作用下,种子中氮、钾含量均有所增加。在添加了生长调节剂的变异体中,糖的含量同时降低(中杂合菌菌种mc285;中杂菌菌种mc285 +氯草枯)。事实证明,最有效的选择是菌株和阻燃剂的综合应用。
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