[The effect of biocides on the microflora of soils and their degradation. II. Correlations between a changed population of micro-organisms and the degradation of straw (author's transl)].

G Höflich
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Abstract

Fungi are of precedent importance for the decomposition of straw in comparison with bacteria and actinomycetes. Several genera and species are able to replace one another. For the fungi, by biocides easier reduced than other kinds of organisms, an inhibition of the decomposition of straw by application of fungicides is possible. An unrestricted or promoted flora of bacteria is not able to replace a restricted flora of fungi. The decomposition of straw cannot be stopped completely. Certain types of fungi locate in higher quantities as a result of the elimination of the competition by bacteria and in dependence on the used antibiotic. Then the special intensity of the decomposition of straw depends on the cellulase-activity of the in each case located fungi. In order to stop the decomposition of straw completely it is necessary to inhibit both the physiologically active bacteria (pseudomonads and bacteria) and the fungi for a longer period of time. Combinations of bactericides and fungicides can bring about synergistic decomposition retarding effects. A persistent stimulation of the straw-decomposition by application of active substances was not successful.

杀菌剂对土壤微生物区系的影响及其降解。2微生物种群变化与秸秆降解之间的相关性[作者译]。
与细菌和放线菌相比,真菌对秸秆的分解具有优先的重要性。一些属和种能够相互替换。对真菌来说,杀菌剂比其他种类的生物更容易降解,因此施用杀菌剂可以抑制秸秆的分解。不受限制或促进的细菌菌群不能取代受限制的真菌菌群。秸秆的分解不能完全停止。由于消除了细菌的竞争和依赖所使用的抗生素,某些类型的真菌数量较高。然后,秸秆分解的特殊强度取决于每种情况下所定位真菌的纤维素酶活性。为了完全停止秸秆的分解,有必要在较长时间内抑制具有生理活性的细菌(假单胞菌和细菌)和真菌。杀菌剂和杀菌剂联合使用可产生协同缓分解作用。施用活性物质持续刺激秸秆分解并不成功。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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