不同盐浓度对牧草豌豆发芽的影响

Nilay Kayın, Ferzat Turan, Emine Serap Aydemi̇r
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引用次数: 0

摘要

由于世界人口的迅速增加,营养均衡和充足的问题出现了,在这一点上,动物生产的重要性更加增加了。在这方面,有必要增加饲料作物的种植面积,以及正确管理和开垦牧场,以使我们现有的动物获得充分和均衡的营养。因此,饲料豌豆(Pisum sativum L.)是满足这一需求的重要饲料作物,具有较高的营养价值,是动物的首选。盐度极大地限制了植物的生长并造成产量损失。这种非生物胁迫对饲料豌豆产生不利影响。为了揭示不同盐浓度下饲用豌豆品种发芽的差异以及根系和幼苗物理特性的差异,于2022年在Bilecik Şeyh Edebali大学农业与自然科学学院农业研究与生物技术中心实验室开展了不同盐浓度对9个不同品种饲用豌豆的影响。研究了9种不同田间类型(Ürünlü、Töre、atezu、Guifredo、takent、Özkaynak、Kurtbey、Uysal和Nany)在1种对照和8种不同盐浓度(25、50、75、100、125、150、175和200 mM)下对油菜发芽和幼苗生长的影响。试验采用完全随机因子设计,共3个重复。在研究中;测定萌发速度和萌发力、根干鲜重、根干鲜长、幼苗干鲜重、幼苗干鲜长。结果表明,随着盐浓度的升高,饲用豌豆品种的发芽率、发芽强度、根茎长和干湿重均显著降低。经测定,大田豌豆品种的发芽率和发芽力最高。油菜在150mm盐浓度下萌发率为100%。此外,在所有参数中,Töre品种之后是atekat品种。发芽率和活力最低的品种是吉弗雷多和尤萨。结果表明,由于盐浓度的增加,饲用豌豆品种的生长速度减慢。
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Effect of Different Salt Concentrations on Germination of Forage Pea
As a result of the rapid increase in the world population, the problem of balanced and adequate nutrition has emerged, and at this point, the importance of animal production has increased even more. In this respect, there is a need to increase the cultivation areas of forage crops, as well as the correct management and reclamation of pastures for adequate and balanced nutrition of our existing animals. For this reason, forage pea (Pisum sativum L.), which has high nutritional value and is preferred by animals, is an important forage crop to meet this need. Salinity significantly limits the growth of the plant and causes yield losses. This abiotic stress negatively affects forage peas. In order to reveal the differences in the germination of forage pea varieties at different salt concentrations and the differences in the physical properties of the roots and seedlings, the effect of different salt concentrations on nine different varieties of forage peas was carried out in Bilecik Şeyh Edebali University, Faculty of Agriculture and Natural Sciences, Agricultural Research and Biotechnology Center Laboratories in 2022. In the research, the effects of nine different field types (Ürünlü, Töre, Ateş, Guifredo, Taşkent, Özkaynak, Kurtbey, Uysal and Nany) at one control and eight different salt concentrations (25, 50, 75, 100, 125, 150, 175 and 200 mM) on germination and seedling growth were examined. The experiment was carried out according to Completely Randomized Factorial Designs with 3 replications. In the research; germination speed and power, root dry and fresh weight, root dry and fresh length, seedling dry and fresh weight, seedling dry and fresh length were examined. According to the results obtained, a significant decrease was observed in germination rate, germination strength, root-shoot length and wet-dry weights of forage pea varieties due to increasing salt concentration. It has been determined that Tore field pea variety has the highest germination rate and power. Tore field pea showed 100% germination speed and power up to 150 mM salt concentration. In addition, Töre variety is followed by Ateş variety in all parameters. The varieties with the lowest germination rate and vigour were Guifredo and Uysal. As a result, the growth of forage pea varieties slowed down due to increasing salt concentration.
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