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首页> 外文期刊>Pakistan journal of botany >Agronomic characterization and the possibility for potential use of subterranean clover ( Trifolium subterraneum L.) in the forage production in Bulgaria
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Agronomic characterization and the possibility for potential use of subterranean clover ( Trifolium subterraneum L.) in the forage production in Bulgaria

机译:农艺征和潜在利用地下三叶草(Trifolium subterraneum L.)在保加利亚饲养生产中的可能性

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The permanent climate changes having occurred in the last decade present a serious risk to the agricultural crops. Тhis requires to study new herbaceous forage species having pronounced resistance to unfavorable abiotic factors and good adaptive capacity towards the new conditions. Legumes species that can provide self-sowing and persist continuously in the sward become of practical importance. Subterranean clover ( Trifolium subterraneum L.) is an annual drought resistant legume with winter-spring type of development and ability for self-sowing. The studies with subterranean clover during the last years showed that it has practical applicability under the climatic conditions of Bulgaria. When sown at an appropriate time in the autumn, it establishes a uniform stand before the beginning of the permanent cold spell and grows up early in the spring and forms a dense sward. Subterranean clover was found as a suitable component for mixtures with widely used perennial grass and legume forage crops and contributed to weed infestation decreasing, higher productivity and persistence of the pasture systems. In addition, due to the prostrate habit it is strongly tolerant to grazing. The subterranean clover is adaptable to the changing climatic conditions and its use as a natural bio-recourse in the pastures could be a contribution to finding a solution in the field of forage production to mitigate the adverse effects of climatic change.
机译:在过去十年中发生的永久性气候变化对农业作物带来了严重的风险。 Тhis要求研究新的草本饲料物种,对不利的非生物因素和良好的自适应能力进行了抗性的抵抗力。豆类物种,可以在草地上不断提供自播和持续存在的实际重要性。地下三叶草(Trifolium subterraneum L.)是一家抗冬季发展的抗旱豆科,自播种的能力。在过去几年中的地下三叶草的研究表明,在保加利亚的气候条件下具有实际适用性。在秋季在适当的时间播放时,它在永久性冷咒开始前建立了统一的立场,并在春季早期增长并形成密集的草地。发现地下三叶草作为具有广泛使用的多年生草和豆科植物牧群作物的混合物的合适组成部分,并导致杂草的侵扰减少,更高的生产力和牧场系统的持久性。此外,由于匍匐习惯,耐受放牧是强烈的。地下三叶草适应不断变化的气候条件,其用作牧场的自然生物追索权可能是在牧草生产领域寻找解决方案来减轻气候变化的不利影响。

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