Production of Nitrogen Fixing and Phosphorous Solubilizing Liquid Bio-fertilizer for the Improves of the Crops Growth and Yield

Zeynu Shamil Awol, Rezika Tofike
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Abstract

Bio-fertilizers are the result of fermentation process that including efficient life soil microorganisms specially bacteria and fungi. They reform plant growth and productivity through deliver of easily utilizable nutrients. They are cost-effective and eco-friendly bio-inoculants having great potential to enhance agricultural crop yield in sustainable path. Bio-fertilizers are classified into different types based on their purpose such as nitrogen-fixing, phosphate-solubilizing, k-mobilizing, and other plant growth-promoting bio-fertilizers. Promoting plant growth by different way Solid-state fermentation (15%-40% moisture content) and submerged (liquid medium 95%moisture content) fermentation are two main types of fermentation used sample for the production of bio-fertilizers. Each type of bio-fertilizer was prepared by selection of efficient microbial strain that can be isolated from environmental sample in this study by using direct manipulation of the environmental sample (in quit) with selective microbial nutrient then by using absorption of ingredients we can analysis bacterial growth curve analysis. Finally, we do that affirmation of microbial sp. by using morphological and biochemical test. Its cultivation using specific nutrient medium by formulations of using liquid base (broth). So Bio-fertilizers was recommended and an effective substitutable matter for socio economic and environmental friend of chemical fertilizers (CF) for farm land productivity.
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生产固氮增磷液体生物肥料促进作物生长和产量
生物肥料是有效的土壤微生物,特别是细菌和真菌发酵过程的结果。它们通过输送易于利用的养分来改变植物的生长和生产力。它们是一种经济、环保的生物孕育剂,在可持续发展的道路上提高农作物产量具有很大的潜力。生物肥料根据其用途分为不同的类型,如固氮、增磷、动钾和其他促进植物生长的生物肥料。通过不同方式促进植物生长固态发酵(含水率15% ~ 40%)和浸没发酵(液体培养基含水率95%)是生物肥料生产中使用的两种主要发酵样品。每一种生物肥料都是通过选择从环境样品中分离出的高效微生物菌株来制备的,本研究通过对环境样品(在quit中)进行选择性微生物养分的直接处理,然后利用成分的吸收进行细菌生长曲线分析。最后,通过形态学和生化试验对微生物种类进行了确认。采用液体基质(肉汤)配方,利用特定的营养培养基进行培养。因此,生物肥料被推荐为化肥的社会经济和环境友好型肥料(CF)的有效替代品。
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