PENGARUH ALELOPATI SERESAH DAUN BAMBU (Dendrocalamus asper) PADA PERKECAMBAHAN KEDELAI (Glycine max L. Merril)

L. D. Cahyanti
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Abstract

Weeds are an important factor in the decline of soybean  production. One of weed control techniques that can be done is to use alelopati as an bioherbicide. One source of allelopathy that can be utilized as bioherbicide is bamboo leaf litter. Problems arise if this alelopati also affect the pattern of germination cultivation plants because one of the main requirements of bioherbisida is not to affect the growth and development of crops. The purpose of this study was to determine whether leaf litter alelopathy would affect the germination of soybeans. The hypothesis this research is that bamboo leaf litter alelopathy will not affect the germination of soybean crops so it will be safe to use as a pre-plant bioherbicide. The treated treatment is without litter solution of bamboo leaf, and dosage of 5%, 10%, and 15% bamboo leaf litter solution. The design used was a complete non factorial randomized design with 5x replication. The conclusion of this research is the treatment of allelopathy given by application of bamboo leaf litter with various doses has no significant effect on the germination, sprout length, and germination time of soybean crop, so that bamboo leaf litter solution is safe to be used as bioherbicide on sustainable agriculture.
竹叶对豆芽(石斛兰菌asper)的影响
杂草是大豆产量下降的一个重要因素。其中一种可以控制杂草的技术是使用白花蒿作为生物除草剂。化感作用可以作为生物除草剂的一个来源是竹叶凋落物。由于生物草肥的主要要求之一是不影响作物的生长发育,因此,如果这种变异也影响了栽培植物的发芽模式,问题就出现了。本研究的目的是确定凋落叶化感作用是否会影响大豆的发芽。本研究假设竹叶凋落物的化感作用不会影响大豆作物的发芽,可以作为种前生物除草剂安全使用。处理处理为不加竹叶凋落液,竹叶凋落液用量分别为5%、10%、15%。采用完全非因子随机设计,5倍复制。本研究的结论是,施用不同剂量的竹叶凋落物处理化感作用对大豆作物的发芽、芽长和发芽时间没有显著影响,因此竹叶凋落物溶液可以作为可持续农业的生物除草剂使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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