中欧的生物区系:软骨菌(及)h .岩溶

IF 4.3 3区 材料科学 Q1 ENGINEERING, ELECTRICAL & ELECTRONIC ACS Applied Electronic Materials Pub Date : 2022-03-01 DOI:10.1016/j.ppees.2021.125657
Romy Woellner , Christian Bräuchler , Johannes Kollmann , Thomas C. Wagner
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引用次数: 2

摘要

软骨石(菊科)是东欧阿尔卑斯山脉特有的一种珍稀、濒危的早期演替植物。它的分布仅限于接近自然的辫状河和冲积扇。该物种在高山砾石河沿岸很常见,但在19世纪和20世纪由于河流的治理和退化而明显减少,而最近的一些恢复工程使该植物受益。其数量的减少是由于广泛的水利工程造成的栖息地破碎和破坏造成的。本文对该物种的分类、形态、生境要求和分布进行了综述。该审查是由自己的研究数据和现存的和灭绝的种群的系统发育评估的补充。对阿尔卑斯山脉东北部和东南部剩余种群的位置、大小和结构进行了总结,并结合了种子萌发和物种栖息地生态位的数据,特别关注了北部和南部种群之间的差异。软骨藻在固结的砾石坝和较老的阶地上形成元种群,由于洪泛平原的动力学作用而灭绝和再定域;小种群很快从少数创始个体中恢复过来。南部地区的种群面积较大,植株较大,繁殖较多,而所有种群的发芽率都很高。因此,C. chondrilloides具有使其能够快速响应东阿尔卑斯山砾石河沿岸栖息地退化和恢复的特征。
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Biological Flora of Central Europe: Chondrilla chondrilloides (Ard.) H. Karst

Chondrilla chondrilloides (Asteraceae) is a rare and endangered early-successional plant species endemic to the Eastern European Alps. Its distribution is restricted to near-natural braided rivers and to alluvial fans. The species was common along Alpine gravel rivers, but has declined markedly due to river regulation and degradation in the 19th and 20th century, while some recent restoration projects benefit the plant. Its population declines were caused by habitat fragmentation and destruction as a consequence of extensive hydro-engineering. This paper summarises the published material on taxonomy, morphology, habitat requirements and distribution of the species. The review is complemented by own research data and a phylogenetic assessment of extant and extinct populations within the infrageneric context. A summary on location, size and structure of the remaining populations in the north-eastern and south-eastern Alps is combined with data on seed germination and the habitat niche of the species, with a particular focus on differences between northern and southern populations. Chondrilla chondrilloides forms meta-populations on consolidated gravel bars and older terraces, with extinction and recolonisation due to floodplain dynamics; small populations quickly recover from few founder individuals. Populations in the southern parts of the species’ range are larger with bigger plants and more reproduction, while germination is very high in all populations. Thus, C. chondrilloides has characteristics that allow it to respond rapidly to degradation and restoration of its habitats along gravel rivers in the Eastern Alps.

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