乌拉尔以南及邻近地区白垩高地植物区系特征

IF 0.6 Q4 ECOLOGY
Ya. M. Golovanov, S. M. Yamalov
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引用次数: 0

摘要

对独特的植物和地理对象,如俄罗斯联邦和哈萨克斯坦共和国的草原和沙漠地带的白垩高地的群落进行了分析,在那里发展了主要由钙化植物组成的特定植物群落。研究地区包括俄罗斯奥伦堡州的五个地区以及哈萨克斯坦共和国阿克托别和阿特劳地区的五个地区。白垩高地植物区系共有维管植物218种,隶属于35科121属。白垩高地的植物区系多样性既反映了其在纬度梯度上的分布,也反映了其在白垩岩过度生长不同阶段植物群落演替序列上的分布。结果表明,乌拉尔高原以下地块的珍稀特有植物种类最多,共有18科34种。其中,22个物种被列入国家一级的红皮书。值得注意的是,在白垩块占最大面积的哈萨克斯坦领土上,白垩基本上没有特别的保护制度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Features of the Flora of Chalk Uplands of the Sub-Ural and Adjacent Territories

Features of the Flora of Chalk Uplands of the Sub-Ural and Adjacent Territories

Features of the Flora of Chalk Uplands of the Sub-Ural and Adjacent Territories

An analysis of the coenoflora of unique botanical and geographical objects, like chalk uplands within the steppe and desert zones of the Russian Federation and the Republic of Kazakhstan, where specific plant communities develop, consisting mainly of calciphytes, is presented. The study area covered five districts of Orenburg oblast of Russia, as well as five districts of the Aktobe and Atyrau regions of the Republic of Kazakhstan. The total flora of the chalk uplands contains 218 species of vascular plants from 35 families and 121 genera. The floristic diversity of chalk uplands reflects their distribution both on the latitudinal gradient and in successional series of plant communities at different stages of overgrowth of chalk rocks. It was revealed that the highest concentration of rare and endemic plant species is characteristic of the massifs of the Sub-Ural Plateau—34 rare plant species from 18 families. Of these, 22 species are included in the Red Data Books at the state level. It is noted that, on the territory of Kazakhstan, where chalk massifs occupy the largest areas, chalks remain largely without a special protection system.

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来源期刊
Arid Ecosystems
Arid Ecosystems ECOLOGY-
CiteScore
1.50
自引率
25.00%
发文量
59
期刊介绍: Arid Ecosystems  publishes original scientific research articles on desert and semidesert ecosystems and environment:systematic studies of arid territories: climate changes, water supply of territories, soils as ecological factors of ecosystems state and dynamics in different scales (from local to global);systematic studies of arid ecosystems: composition and structure, diversity, ecology; paleohistory; dynamics under anthropogenic and natural factors impact, including climate changes; studying of bioresources and biodiversity, and development of the mapping methods;arid ecosystems protection: development of the theory and methods of degradation prevention and monitoring; desert ecosystems rehabilitation;problems of desertification: theoretical and practical issues of modern aridization processes under anthropogenic impact and global climate changes.
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