Жайық өзені аңғары қара теректі орманды алқабының макромицеттер алуантүрлілігі

A.N. Sarsenova, S.A. Abiev, T.E. Darbayeva
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Abstract

Research works devoted to the identification of species composition of the mycobiota of the Ural River valley within the West Kazakhstan region (WKR) were carried out in the forest communities of the region from 2019 to 2021. On the basis of field studies, a mycological description of black poplar (Populus nigra) forests, which are the main forest-forming species of the studied territory, was carried out for the first time. Also, there was carried out a geobotanical description of the main black poplar communities. The study area is located within two botanical and geographical regions such as in the Eurasian steppe and Saharo - Gobi desert zones, the Holarctic kingdom, on the border of the Boreal and Ancient Mediterranean subkingdoms. Throughout the floodplain along the Ural River poplar forests are the dominant species. When studying the diversity of macromycetes in the biota of cap fungi of black poplar forests, there were registered 42 species of macromycetes belonging to 32 genera and 19 families, 7 orders of the class Agaricomycetes. Ecological-trophic analysis showed a predominance of xylotrophs (18 species, 42,9 %) and humus saprotrophs (13 species, 31 %) over mycorrhizal (11 species, 26,1 %).) According to the results of the study, it can be assumed that the species composition of macromycetes is significantly influenced by the geographical position of the region, the geomorphological structure of the Ural River, as well as the soil-climatic and hydrological conditions of the region. The taxonomic composition of macromycetes collected and identified in the study area is presented for the first time for this area.
2019年至2021年,在西哈萨克斯坦地区(WKR)的森林群落中开展了致力于鉴定乌拉尔河流域真菌群落物种组成的研究工作。在野外调查的基础上,首次对研究区主要成林树种黑杨林进行了真菌学描述。同时,对黑杨树主要群落进行了地学描述。研究区域位于两个植物和地理区域内,如欧亚草原和撒哈拉-戈壁沙漠地带,全北极王国,在北方和古地中海亚王国的边界上。在整个乌拉尔河沿岸的漫滩上,白杨林是优势树种。在对黑杨林帽真菌生物群中大型真菌的多样性进行研究时,已登记的大型真菌有42种,隶属于真菌纲7目19科32属。生态营养分析显示,木营养菌(18种,42.9%)和腐殖质腐殖质(13种,31%)优势菌根菌(11种,26.1%)。根据研究结果,可以认为该地区的地理位置、乌拉尔河的地貌结构以及该地区的土壤-气候和水文条件对大型真菌的种类组成有显著影响。本文首次报道了该地区收集和鉴定的大型真菌的分类组成。
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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