Features of winter pea seeds germination under the action of growth regulators

O. Khodanitska, O. Shevchuk, O. Tkachuk, L. Pohorila, O. Matviichuk
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Abstract

Physiological features of pea seed germination under treatment with exogenous growth regulators based on biologically active substances were studied. Purpose. To investigate the influence of complex growth and development stimulators containing phytohormones and their analogs, Biosil and Gulliver Stimul, on the peculiarities of the seed germination processes and formation of the winter pea seedlings of the Moroz NS variety. Methods. Laboratory, measuring, weighing, quantitative, statistical. Results. The influence of aqueous solutions of growth regulators Biosil and Gulliver Stimul on the germination processes of winter pea seeds was analyzed. During research, it was established that the use of growth regulators contributes to the faster exit of seeds from the state of rest, which is illustrated by the active dynamics of germination. Treatment of winter pea seeds with growth regulators leads to an increase in germination energy by 10-12% and laboratory germination by 6-8% compared to the control. It was noted that the indicators of seed germination were sufficiently high in all samples, including control. The soaking in growth regulators solutions contributes to the 10-16 mg bigger swelling of seeds than in the control; better utilization of reserve compounds, and 38- 50 mg seed weight loss during germination. Phytohormones which are part of the preparations induced an increase in the development of the vegetative organs of pea seedlings, which was expressed in a rapid increase in the length of the shoot and root in experimental variants. The growth of the linear dimensions of the aboveground and underground parts of the seedlings was accompanied by the increase in the mass of raw material. Conclusions. Application of the Biosil and Gulliver Stimul composite plant growth regulators affects the processes of germination and the initial stages of growth of winter pea plants. Treatment of winter pea seeds with these preparations helps to improve seed germination and increase germination energy. The linear dimensions and mass of the raw matter of the roots and shoots of pea seedlings enlarged due to the influence of growth regulators. The maximum length of the root and shoot was observed under the use of Gulliver Stimul preparation
生长调节剂作用下冬豌豆种子萌发特性的研究
研究了以生物活性物质为基础的外源生长调节剂对豌豆种子萌发的生理影响。目的。研究含有植物激素及其类似物Biosil和Gulliver刺激物的复合生长发育刺激物对Moroz品种冬豌豆种子萌发过程和形成特性的影响。方法。实验室、测量、称重、定量、统计。结果。研究了生长调节剂Biosil和Gulliver刺激剂水溶液对冬豌豆种子萌发过程的影响。在研究过程中,发现生长调节剂的使用有助于种子更快地从休眠状态中退出,这可以通过发芽的积极动态来说明。与对照相比,用生长调节剂处理冬豌豆种子,萌发能提高10-12%,实验室萌发率提高6-8%。我们注意到,包括对照在内的所有样品的种子萌发指标都足够高。生长调节剂溶液浸泡使种子膨胀率比对照大10 ~ 16 mg;利用储备化合物效果较好,种子萌发失重38 ~ 50 mg。制剂中的植物激素促进了豌豆幼苗营养器官的发育,表现为试验变异体茎和根的长度迅速增加。幼苗地上部和地下部线性尺寸的增长都伴随着原料质量的增加。结论。施用Biosil和Gulliver刺激物复合植物生长调节剂对冬豌豆种子萌发和生长初期的影响。用这些制剂处理冬豌豆种子有助于提高种子萌发率和萌发能。由于生长调节剂的影响,豌豆幼苗的根和芽的原料的线性尺寸和质量增大。在格列佛刺激制剂下,观察了根和芽的最大长度
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