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Four materials as carriers for phosphate dissolving Rhizobium sp. inoculants

机译：四种材料作为磷酸盐溶解Rhizobium sp的载体。 inculul.

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As the most commonly used carrier for commercial inoculants, the development of peat has been limited because peat is a material of nonrenewable resource. Many other materials have been evaluated as alternatives to peat as carriers of rhizobia, yet seldom have been included in inoculants of phosphate dissolving rhizobia. As accessible and inexpensive carriers for rhizobial inoculants, corn stalk powder, loessal soil and vermiculite powder were used in the study to compare with peat carrier on the capacities of rhizobial solution absorption, pH value maintaining of microenvironment, viable rhizobial cells maintaining and the control of contamination. Completely randomized design and 4 replicates were used in the experiment. Twelve different compositions of selected inoculant carrier with different absorption volumes of rhizobial suspension, and were evaluated the ability of maintaining viable rhizobial cells and undesired microbes during the period of 120 days at room temperature.
机译：作为商业植物最常用的载体，泥炭的发展受到限制，因为泥炭是一种不可再生资源的材料。许多其他材料已被评估为泥炭作为根瘤菌的载体的替代品，但很少被包含在磷酸盐溶解根瘤菌的孕育植物中。作为无毒接种剂的可访问和廉价的载体，用于研究中的玉米秸秆粉末，乳头粉末，背侧土壤和蛭石粉末，以比较泥炭载体对细胞溶液吸收的能力，PH值维持微环境，可行的根瘤菌细胞保持和控制污染。实验中使用完全随机设计和4个重复。具有不同吸收体积的根瘤菌悬浮液的12种不同的选定素载体组成，并评估了在室温下在120天的时间内保持活性细胞和不需要的微生物的能力。

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