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Evaluation of Persistence and Plant Growth Promoting Effect of Bioencapsulated Formulation of Suitable Bacterial Biofertilizers

机译:合适的细菌生物肥料生物胶囊制剂的持久性和促进植物生长的评价

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摘要

Formulation is a major step in the successful commercialization of microbial inoculants used as biofertilizers and biocontrol agents.Although formulation research is progressing slowly, several developments including liquid and granular formulations have contributed to the ease of use at the farm combined with the economic benefits of increased crop yield levels. In the present study, the bacterial biofertilizers; Rhizobium, Azotobacter and Azospirillum were formulated with Biogel matrix and the formulated biofertilizers were evaluated for seedling emergence of respective biofertilizers treated width Green gram(V7g/ia radiata) and Black gram(Vigna mungo L.). The persistence and soil enzyme activity such as Alkaline phosphatase, Urease , total N,P and K content and Nitrate reductase assay was also studied. Biogel matrix formulation of all the tested biofertilizers showed improved persistence and plant growth parameters. The study suggest the possible utilization of formulation of biofertilizers withBiogel matrix.
机译:配方是用作生物肥料和生物防治剂的微生物接种剂成功商业化的重要一步。尽管配方研究进展缓慢,但包括液体和颗粒配方在内的数项发展促进了农场的易用性并带来了经济利益作物产量水平。在本研究中,细菌生物肥料;用Biogel基质配制根瘤菌,固氮菌和偶氮螺旋菌,并评估配制的生物肥料的生物出苗宽度,分别为绿克(V7g / ia radiata)和黑克(Vigna mungo L.)。还研究了持久性和土壤酶活性,例如碱性磷酸酶,脲酶,总氮,磷和钾含量以及硝酸还原酶含量。所有测试过的生物肥料的生物凝胶基质配方均显示出改善的持久性和植物生长参数。该研究表明可能利用具有生物凝胶基质的生物肥料制剂。

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