STUDY OF SOME GROWTH CRITERIA AND YIELD OF SOYBEAN CROP WITH THE EFFECT OF BORON AND SOME GROWTH REGULATORS

Ali W. R. Al-Karawi1, Jassim M. A. Al-Jumaily2
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Abstract

The study was conducted at research station A, department of field crops, college of agricultural engineering sciences, university of Baghdad during summer 2021 to evaluate the effect of boron and some growth regulators on some growth criteria and yield of soybean crop (cv. shimaa). The experiment was carried out according to split plots by using randomized complete block design with three replications. The main plots included three concentrations of boron (75, 150 and 225) mg.L-1, the sub-plots included three levels of growth regulators, spraying kinetin (100 mg. L-1), spraying ethrel (200 mg.L-1) and spraying kinetin (100 mg.L-1) + spraying ethrel (200 mg.L-1) as well as spraying of distilled water as control treatment. The findings revealed that the spraying of ethrel at 200 mg.L-1 gave the lower means of plant height (114.68 cm), and gave the higher means of No. of branches (5.60 branch. plant-1), leaf area (97.86 dcm2), plant dry weight (206.64 g plant-1) and this led to give higher means of seed yield (2.715 ton. ha-1), while the concentrations of growth regulators did not significantly affect the leaf area index. Boron concentrations affected most of studied traits, 150 mg.L-1 of boron effect on most of traits and gave higher means of plant height (143.93cm), No. of branches (6.21 branch plant-1), leaf area (111.53 dcm2 plant), leaf area index (7.47), plant dry weight (246.45 g), this led to give higher means of seed yield (3.071 ton.ha-1). Result showed that boron and some growth regulators interaction have a significant effect on some characteristics under study. It has achieved spray treatments Boron with 150 mg.L-1 and ethrel of 200 mg.L-1 gave the higher means of No. of branches (6.97 branch plant-1), leaf area (114.26 dcm2.plant), LAI (7.62), plant dry weight (265.24 g.plant-1).
硼和一些生长调节剂对大豆生长指标和产量的影响
本研究于2021年夏季在巴格达大学农业工程科学学院大田作物系A研究站进行,评估硼和一些生长调节剂对大豆作物部分生长指标和产量的影响。shimaa)。试验采用3个重复的随机完全区组设计,按分割图进行。主要样地包括三种浓度的硼(75、150和225)mg。L-1,子样包括三个水平的生长调节剂,喷施动素(100mg);L-1),喷喷乙烯利(200 mg.L-1)和喷喷动素(100 mg.L-1) +喷喷乙烯利(200 mg.L-1),同时喷蒸馏水作为对照处理。研究结果显示,喷施200毫克的乙烯利。L-1株高均值较低,为114.68 cm;分支(5.60分支)植株-1),叶面积(97.86 dcm2),植株干重(206.64 g plant-1),这导致较高的种子产量(2.715吨)。Ha-1),而生长调节剂浓度对叶面积指数影响不显著。硼浓度(150 mg)对大部分性状有影响。L-1施硼对大部分性状有影响,株高平均值较高(143.93cm);在分枝数(6.21株-1)、叶面积(111.53 dcm2)、叶面积指数(7.47)和植株干重(246.45 g)方面,得到较高的籽粒产量平均值(3.071 t .ha-1)。结果表明,硼与某些生长调节剂的相互作用对所研究的某些性状有显著影响。它已经实现了150毫克硼的喷雾处理。L-1和乙三酯200毫克。L-1给出较高的No均值。分枝数(6.97 branch plant-1)、叶面积(114.26 dcm2.plant)、叶面积指数(7.62)、植株干重(265.24 g.plant-1)。
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