杜布里夫斯克原生高岭土矿床西海宁斯卡地区植物区系的物种多样性

I. Khomiak, I. Kotsiuba
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摘要

我们描述了杜布里夫斯克原生高岭土沉积的Zahidno-Glynske剖面上再生和转化植被的植物区系研究结果。测定了研究区高等维管植物和苔藓的种类组成。他们对个别物种或系统类群分布的生态特征作了简要分析。他们还对个别物种或系统类群分布的生态特征作了简短的分析。特别地,我们建立了生态系统结构特征与不同植物科代表比例之间的联系,并基于Brown- Blanke生态和区系学派的原则构建了植物类群的分类方案。在研究过程中,我们发现了151个具有代表性的植物区系。其中高等维管植物33科143种,苔藓7科9种。数量最多的是豆科(24种)、菊科(21种)、蔷薇科(14种)和豆科(10种)。研究区植被分13纲19目35连40联。在植被覆盖的自然恢复过程中,在原生自生演替的帮助下,住区的结构进行了积极的重组,不断地重新格式化了经济包装。这里形成了空的壁龛。它们可能被生物区系和栖息地的稀有代表以及危险的共生物种所居住。例如,这些栖息地容易受到外来物种入侵的影响,从而威胁到稀有的生物群组成、生态系统稳定过程、农业和人类健康。在这方面,对正在进行积极矿物开采或开采结束后恢复的领土,应不断监测其植物区系和植物多样性。没有被列入世界自然保护联盟红色名录、欧洲红色名录、附件、伯尔尼公约决议、乌克兰红皮书和区域珍稀物种名录的物种。入侵物种加拿大一枝黄花(Solidago canadensis)位于该领地。可再生自然植被生境的渗透和转化尚处于早期阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SPECIES DIVERSITY OF THE FLORA OF THE WESTERN HLYNIANSKA AREA OF THE DUBRIVSKE PRIMARY KAOLIN DEPOSIT
We describe the results of the study of the flora of regenerated and transformed vegetation on the territory of the Zahidno-Glynske section of the Dubrivske deposit of primary kaolin. The authors determined the species composition of higher vascular plants and mosses in the studied area. They made a brief analysis of the ecological features of the distribution of individual species or their systematic groups. They also made a short analysis of the ecological features of the distribution of individual species or their systematic groups. In particular, we established a connection between the features of the ecosystem structure and the ratios of representatives of different plant families, and also constructed a syntaxonomic scheme of plant groups based on the principles of the Brown- Blanke ecological and floristic school. During the research, we discovered 151 representatives of the flora. Among them are 143 species of higher vascular plants from 33 families and 9 species of mosses from 7 families. The most numerous are the families Poaceae (24 species), Asteraceae (21 species), Rosaceae (14 species), and Fabaceae (10 species). The vegetation of the studied area belongs to 13 classes, 19 orders, 35 unions, and 40 associations. There is an active restructuring of settlements with constant reformatting of the econiche packaging during the process of natural restoration of the vegetation cover with the help of primary autogenous successions. Empty econiches are formed here. They can potentially be inhabited, both by rare representatives of biota and habitats and by dangerous synanthropic species. For example, these habitats become vulnerable to the introduction of invasive species of transformers, which threaten rare biota components, ecosystem stability processes, agriculture, and human health. In this regard, territories, where active mineral extraction is carried out or restored after its termination, should be under constant monitoring regarding floristic and phytocenotic diversity. No species included in the IUCN Red List, the European Red List, annexes, and resolutions to the Berne Convention, Red Book of Ukraine, and to the list of regionally rare species were found on the territory. The invasive species-transformer Solidago canadensis was located on the territory. It is in the early stages of penetration and transformation of habitats of renewable natural vegetation.
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