UJI DAN SELEKSI ISOLAT KONSORSIUM MIKROB FILOSFER DAN RIZOSFER TERHADAP PERKECAMBAHAN BENIH PADI

Aris Aksarah Pas, D. Sopandie, Trikoesoemaningtyas Trikoesoemaningtyas, Dwi Andreas Santosa
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Abstract

The application of microbes on the seeds of rice plants, microbes can enter into the rice seed tissues and growth in seed tissues, these microbes can colonize and survive and develop in the seeds. Colonization will continue when the plant grows. This study aims to select the phyllosphere and rhizosphere microbial consortium which can increase plant growth. Furthermore, choosing the best phyllosphere and rhizosphere microbial consortium to test its effectiveness in increasing rice growth. The test method was carried out by soaking the rice seeds (seed treatment) on each mixture suspension for 24 hours. Sprout power was observed after 2 days of incubation and root length, shoot length, wet weight and dry weight of seedlings were observed after 5 days. The method uses a Completely Randomized Design one treatment factor. The selection of the eight best consortium isolates was chosen based on the ranking after each parameter was given the weight multiplied by the scoring. The explored samples from various ecosystems in Sigi Regency contain the phyllosphere and rhizosphere microbial consortium. The isolates of the phyllosphere and rhizosphere microbial consortium have a positive, neutral and negative influence on rice seed germination. Can be selected for each of the eight best phyllosphere and rhizosphere microbial consortiums
对菌丝种子发芽进行试验和选择
微生物在水稻种子上的应用,微生物可以进入水稻种子组织并在种子组织中生长,这些微生物可以在种子中定植并生存发育。当植物生长时,殖民化将继续。本研究旨在筛选能促进植物生长的根际和根际微生物群落。选择最佳根际和根际微生物群落,考察其对水稻生长的促进作用。试验方法是将水稻种子(种子处理)浸泡在每种混合悬浮液上24小时。2 d后观察发芽力,5 d后观察幼苗根长、茎长、湿重和干重。该方法采用完全随机设计一个处理因子。将各参数的权重与得分相乘,根据排序选出8个最佳联合菌株。从Sigi reggency的不同生态系统中探索的样品包含层际和根际微生物联合体。根际菌群和根际菌群对水稻种子萌发有正、中和和负三种影响。能选出8个最佳的根际和根际微生物群落吗
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