首页> 美国卫生研究院文献>Applied and Environmental Microbiology >Colonization of rye green manure and peanut fruit debris by Aspergillus falvus and Aspergillus niger group in field soils.
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Colonization of rye green manure and peanut fruit debris by Aspergillus falvus and Aspergillus niger group in field soils.

机译:黄曲霉菌和黑曲霉菌群在田间土壤中对黑麦绿肥和花生果屑的定殖。

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摘要

Aspergillus flavus and Aspergillus niger group colonization of deep-plowed, decomposing rye green manure cover crops in peanut field soils was studied in four fields during 1972 and 1973; colonization of decomposing peanut fruits was studied in 1972 in two fields. A. flavus colonization of rye and peanut fruits was greater in soils of heavy texture, and an A. flavus population as high as 165 propagules per g of soil was observed in soil adjacent to rye, whereas A. flavus populations in soils not associated with rye were 18 propagules per g of soil or lower. Highest A. flavus populations in soil adjacent to decomposing peanut fruits were usually comparable to populations associated with rye. Little decomposing rye or peanut fruit colonization was generally observed by the A. flavus competitor, A. niger group. A. flavus may maintain or increase its inoculum potential by colonization of these and other moribund plant tissues.
机译:1972年和1973年,在四个田间研究了深耕,腐烂的黑麦绿肥覆盖作物在黄土地上的黄曲霉和黑曲霉群定殖。 1972年,在两个领域研究了分解花生果实的定植。在质地较重的土壤中,黑麦和花生果实的黄曲霉菌定植更大,在黑麦附近的土壤中观察到每克土壤中高达165繁殖体的黄曲霉菌种群,而与黑麦无关的土壤中的黄曲霉菌种群黑麦是每克土壤或更低土壤18繁殖体。与分解花生果实相邻的土壤中最高的黄曲霉种群通常与黑麦有关。黄曲霉竞争者黑曲霉通常观察到很少分解的黑麦或花生果实定植。黄曲霉可以通过定植这些和其他垂死植物组织来维持或增加其接种潜力。

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