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Molecular diversity of fungal communities in agricultural soils from Lower Austria

机译:下奥地利州农业土壤中真菌群落的分子多样性

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摘要

A culture-independent survey of fungal diversity in four arable soils and one grassland in Lower Austria was conducted by RFLP and sequence analysis of clone libraries of the partial ITS/LSU-region. All soils were dominated by the ascomycetous orders Sordariales, Hypocreales and Helotiales, taxa that are known from traditional cultivation approaches to occur in agricultural soils. The most abundant genus in the investigated soils was Tetracladium, a hyphomycete which has been described as occurring predominantly in aquatic habitats, but was also found in agricultural soils. Additionally, soil clone group I (SCGI), a subphylum at the base of the Ascomycota with so far no cultivated members, was identified at high frequency in the grassland soil but was below detection limit in the four arable fields. In addition to this striking difference, general fungal community parameters like richness, diversity and evenness were similar between cropland and grassland soils. The presented data provide a fungal community inventory of agricultural soils and reveal the most prominent species.
机译:通过RFLP和ITS / LSU部分区域克隆文库的序列分析,对下奥地利州4种耕地和1个草地的真菌多样性进行了与文化无关的调查。所有土壤均以传统的耕作方法已知存在于农业土壤中的Sordariales,Hycrecreales和Helotiales(类群)的子囊菌为主。在被调查的土壤中,最丰富的属是四氯化碳(Tetracladium),一种疏水菌,据描述主要发生在水生生境中,但也在农业土壤中发现。此外,在草地土壤中以很高的频率鉴定出土壤克隆群I(SCGI),它是子囊菌基部的一个亚门,迄今尚无栽培成员,但在四个耕地中均低于检出限。除了这一显着差异外,农田和草原土壤之间的一般真菌群落参数(例如丰富度,多样性和均匀性)相似。提出的数据提供了农业土壤的真菌群落清单,并揭示了最突出的物种。

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