首页> 外文期刊>Archives of dermatological research. >bute to the evaluation of the ecosystem characteristics that can effect the process of decomposition. The isolation and identification of fungal species and ergosterol analysis were performed on sediment samples taken from 33 monitoring stations in autumn and winter. Altogether, 24 strains belonging to 8 genera were isolated. Trichoderma spp (41.6%) and Aspergillus spp (20.8%) were the dominant genera: in particular, Trichoderma was present near the Traugnano marsh, whereas Aspergillus was isola
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bute to the evaluation of the ecosystem characteristics that can effect the process of decomposition. The isolation and identification of fungal species and ergosterol analysis were performed on sediment samples taken from 33 monitoring stations in autumn and winter. Altogether, 24 strains belonging to 8 genera were isolated. Trichoderma spp (41.6%) and Aspergillus spp (20.8%) were the dominant genera: in particular, Trichoderma was present near the Traugnano marsh, whereas Aspergillus was isola

机译:支持评估可能影响分解过程的生态系统特征。在秋季和冬季对33个监测站采集的沉积物样品进行了真菌种类的分离和鉴定以及麦角固醇分析。总共分离出8个属的24个菌株。木霉属(41.6%)和曲霉属(20.8%)是主要属:尤其是木霉菌存在于Traugnano沼泽附近,而曲霉属伊索拉

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