产IAA内生细菌微粒在橡胶树上的应用参数)。

Agung Ardiansyah, K. Warsito, Tri Yaninta Ginting
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引用次数: 0

摘要

橡胶树(Hevea brasiliensis Muell.Arg)是种植园的主要商品,其产品部分出口,部分作为工业原料满足国内需求。目的研究橡胶树产激素IAA内生细菌的多样性和特性。然后通过添加微颗粒并浸泡内生细菌悬浮液和橡胶种子浸泡悬浮液对橡胶植株的生长进行了有效的刺激处理。本研究采用完全随机设计(CRD)方法,共16个处理,2个重复。第一个影响因素是内生菌悬浮液的浸泡时间,R0 = 0小时;R1 = 12小时;R2 = 24 h, R3 = 36 h,第二个影响因素是微颗粒的添加:J0 = 0 gr;J1 = 10 gr;J2 = 15 gr;J3 = 20 gr.本研究结果表明,从茶树根和茎中分离茶树内生细菌的结果为从茶树根中分离3株,从茶树茎中分离2株。5株菌株IAA水平均为阳性。使用内生细菌作为替代生物肥料对所观察到的参数有显著影响
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Microgranule from IAA Producing-Endophytic Bacterial as Biofetilizer on Rubber Plants (Hevea brasiliences Muell. Arg.)
Rubber plant (Hevea brasiliensis Muell.Arg) is the main commodity of plantations, some of whose products are exported and some to meet domestic needs as raw materials for industrial purposes. Purpose on research diversity and crateristics of endophytic bacteria producing hormone IAA from rubber plants. Then the effectiveness treatment of microgranules addition and immersion of  endophite bacterial suspension and rubber seed soaking suspension to spur the growth of rubber plants. This research was conducted using the factorial CRD (Completely Randomized Design) method consisting of 16 treatments with 2 replications. The first factor was immersion of  endophite bacterial suspension consisting of R0 = 0 hours; R1 = 12 hours; R2 = 24 hours and R3 = 36 hours and the second factor was the addition of microgranules consisting of  J0 = 0 gr; J1 = 10 gr; J2 = 15 gr; J3 = 20 gr. The results of this study showed that the results on the isolation of endophite bacteria from the tea plant from the roots and stems of the tea plant yielded 3 isolates from plant roots and 2 isolates from plant stems. For IAA levels, the five isolates were positive. The use of endophytic bacteria as an alternative biofertilizer has a significant effect on the parameters observed
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