Soil microflora of the rhizosphere of plants from several habitats in the botanical garden in Poznań.

J Golebiowska, Z Pedziwilk
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Abstract

The abundance and activity of certain groups of soil microorganisms were estimated in the rhizosphere of 13 plants from four different habitats at several dates. An additional study was made of the rhizosphere microflora of Ledum palustre from a peat-bog. Numbers of proteolytic, nitrate assimilating, denitrifying, and cellulolytic bacteria were estimated. The intensity of ammonification, nitrification and Clostridium growth was estimated. The studies have revealed that the abundance and the activity of all the groups of bacteria studied depended on the habitat. Within one habitat, however, the influence of the plant was sometimes more pronounced than that of the habitat itself, particularly on the abundance of proteolytic bacteria (Fig. 1). The date of sampling had very little effect on the abundance of all the bacterial groups studied except the cellulolytic bacteria.

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波兹纳斯植物园不同生境植物根际土壤微生物区系。
对4种不同生境的13种植物根际若干类群土壤微生物的丰度和活性进行了测定。另外还对泥炭沼泽中Ledum palustre的根际微生物区系进行了研究。估计了蛋白质水解、硝酸盐同化、反硝化和纤维素分解细菌的数量。对氨化、硝化和梭状芽孢杆菌的生长强度进行了估计。研究表明,所研究的所有细菌群的丰度和活性取决于栖息地。然而,在一个栖息地内,植物的影响有时比栖息地本身的影响更明显,特别是对蛋白质水解细菌的丰度(图1)。采样日期对除纤维素水解细菌外的所有研究细菌群的丰度影响很小。
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Soil microflora of the rhizosphere of plants from several habitats in the botanical garden in Poznań. Kinetic studies on citric acid production by Aspergillus niger. II. The two-stage process. L-Glutamate-glyoxylate aminotransferase in Lactobacillus plantarum. Studies on growth, nitrogen fixation and protein synthesis in a blue-green alga Calothrix sp. Effect of simazine on growth of microorganisms and decomposition of this preparation in various types of soil.
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