用含羞草本土微生物浸种水稻幼苗根部防治稻瘟病和提高水稻产量

Abd. Rouf Rizqon, W. Wahyuni
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引用次数: 0

摘要

自2018年12月以来,稻瘟病在古穆克马斯区Purwoasri村成为地方病;这是由于使用了连续种植的慈和让品种。该研究旨在利用amambulu区Pos Pelayanan Agens Hayati (PPAH,生物制剂服务站)农民从含水含水草(Mimosa invisa)根部提取的本地微生物(IM)悬浮液作为稻瘟病病原体的防治剂并提高水稻产量。将水稻种子根部浸泡在浓度为50 mL/L的IM悬浮液中2小时,使其渗透到根部。接种IM的幼苗种植在250 m2的地块上,对照也种植在相同的地块上。与对照组相比,im治疗组的blast病发病率和严重程度均有所下降。IM浸渍处理也促进了植株的生长,包括根构型、根长、根体积和分蘖数;此外,它还提高了水稻产量。结果发现,IM混悬液中含有假单胞菌荧光和芽孢杆菌。属于植物促生长根瘤菌(Plant Growth Promoting Rhizobacteria, PGPR)类群。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dipping Seedling’s Rice Root with Indigenous Microorganisms from Mimosa invisa to Control Blast Disease and Increased Rice Production in Purwoasri Village, Jember
Rice blast disease has become endemic in Purwoasri Village, Gumukmas District, Jember since 2018; this was due to the use of the Ciherang variety planted continuously. The study aimed to use the indigenous microorganisms (IM) suspension from Mimosa invisa roots, made by farmers from Pos Pelayanan Agens Hayati (PPAH, Biological Agent Service Post) in Ambulu District as the control agent for blast pathogens and increased rice production. The roots of rice seeds were dipped in IM suspension at a concentration of 50 mL/L for 2 hours to penetrate to roots. Seedlings with IM were planted in a block of 250 m2, and control was also planted in the same block size. In the IM-treated block, the incidence and severity of blast disease decreased compared to the control. The root treated by IM dipping was also increased the plant growth, including root architecture, root length, root volume, and the number of tillers/plant; furthermore, it improved the rice production. It was found that IM suspension contained pseudomonad fluorescent and Bacillussp. that belong to Plant Growth Promoting Rhizobacteria (PGPR) group.  
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