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DIVERSITY OF MICROFUNGI ON FAGACEAE IN ULUDAG FORESTS

机译:乌达格森林中烟豆科小真菌的多样性

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Forests ecosystems are sources of oxygen and wood products, also they prevent soil erosion, improve water and air quality, serve as homes for wildlife; and therefore, they preserve and increase biodiversity. Forests can host a diverse community of fungal species with various effects on their host trees. In this research, trees of Fagaceae family of Uludag forests of Bursa province were investigated between the years of 2002 and 2008. By microscopic examination we identified 38 microfungi species in 27 genera belongs to Ascomycota and 1 microfungus species in 1 genus belongs to Basidiomycota. The taxa belong to 15 families: Botryosphaeriaceae, Diaporthaceae, Diatrypaceae, Dothioraceae, Erysiphaceae, Gnomoniaceae, Incertae sedis, Melanconidaceae, Microstromataceae, Nectriaceae, Pseudovalsaceae, Rhytismataceae, Trichosphaeriaceae, Valsaceae and Xylariaceae. The distribution of species by trophic groups revealed a dominance of xylotrophic species. With this study, fungal diversity of Fagaceae family in Uludag forests was identified and included in the mycobiota of Turkey.
机译:森林生态系统是氧气和木材产品的来源,它们还可以防止水土流失,改善水和空气质量,为野生动植物提供住所;因此,它们保护和增加了生物多样性。森林可以寄居各种真菌物种,对寄主树产生各种影响。在这项研究中,调查了2002年至2008年之间布尔萨省Uludag森林的菊科科植物的树木。通过显微镜检查,我们鉴定了27个属中的微真菌物种属于子囊菌,而1个属中的1个微真菌物种属于担子菌属。该分类单元属于15个科:葡萄孢菌科,鞭毛科,菊科,硫菌科,菊科,粘菌科,蓝花科,茄科,微基质科,油桃科,假缬草科,葡萄科,cho草科和缬草。营养族的物种分布揭示了木营养族的优势。通过这项研究,确定了乌鲁达格森林中的菊科植物的真菌多样性,并将其包括在土耳其的真菌群落中。

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