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对冬小麦土壤及根际呼吸作用研究的贡献(作者译)

[A contribution to the study of respiration in soil and in the rhizosphere of winter wheat (author's transl)].

作者信息

Marendiak D

出版信息

Zentralbl Bakteriol Parasitenkd Infektionskr Hyg. 1977;132(5-6):461-71.

PMID:602473
Abstract

In a complete respiration test, involving also other analyses, soil respiration (CO2 evolved) was measured in a fertilization experiment in the rhizosphere of the plants in untreated soil. The highest and most effective CO2 production was obtained by the variants "rhizosphere, fertilized with nitrogen". The decreasing order of the influence on CO2 production is as follows: rhizosphere, nitrogen fertilization, organogenetic state of the plant. With glucose addition, nitrogen fertilization predominated over the effect of the rhizosphere.

摘要

在一项完整的呼吸测试中,该测试还涉及其他分析,在未处理土壤中植物根际的施肥实验中测量了土壤呼吸(释放的二氧化碳)。“根际,施氮肥”处理获得了最高且最有效的二氧化碳产生量。对二氧化碳产生影响的递减顺序如下:根际、氮肥施用、植物的有机发生状态。添加葡萄糖后,氮肥施用对二氧化碳产生的影响超过了根际的影响。

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