基于植被和蜘蛛研究的Inhulets河流域(乌克兰中部)干旱草原栖息地保护价值评估

IF 0.6 Q4 ECOLOGY
Hacquetia Pub Date : 2021-03-01 DOI:10.2478/hacq-2021-0003
N. Polchaninova, O. Krasova, L. Lysohor, T. Atemasova
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引用次数: 5

摘要

摘要乌克兰干旱草原生态系统高度分散,农业集约化日益威胁。基于多点研究的栖息地保护重要性评估可以优化优先地点的选择。自2012年以来,对Kryvorizkyi铁矿石盆地的干热栖息地进行了植物研究,而蜘蛛则于2017年首次进行了调查。在四个研究地点,我们记录了265种维管植物(23种受保护)和95种蜘蛛(19种罕见)。泽连纳沟的植被和蜘蛛群落都保存完好,稀有和濒危物种(18种植物和11种蜘蛛)丰富,这证实了其作为翡翠网优先地点的价值。Chervona沟和板岩岩应包含在网络中。Khrystoforova沟频繁的火灾和密集的放牧影响了蜘蛛的多样性,减少了专业和稀有物种的数量,而早花植物则从这种干扰中受益。尽管如此,它的植被比泽连纳和切尔沃纳峡谷的植被要差。纳入翡翠网对调查地点至关重要,因为采矿活动的扩大不断威胁着工业区的自然栖息地。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of the conservation value of dry grassland habitats in the Inhulets River basin (Central Ukraine) based on vegetation and spider research
Abstract Dry grassland ecosystems are highly fragmented in Ukraine and increasingly threatened from intensification of farming practices. Evaluation of the habitat conservation importance based on multitaxon studies allows for optimizing selection of priority sites. Botanical research of xerothermic habitats in the Kryvorizkyi Iron Ore Basin has been conducted since 2012, while spiders were investigated for the first time in 2017. In the four study sites, we recorded 265 vascular plant species (23 under protection) and 95 spider species (19 are rare). Both vegetation and spider communities of the site Zelena Gully are well preserved and rich in rare and threatened species (18 plant and 11 spider species), which confirms its value as a priority site of the Emerald Network. Chervona Gully and the Slate Rocks should be included in the network. Frequent fires and intensive grazing in Khrystoforova Gully affect the spider diversity, decreasing the number of specialist and rare species, while early flowering plants benefit from this disturbance. Nevertheless, its vegetation is poorer than in Zelena and Chervona gullies. Inclusion in the Emerald Network is critically important to the investigated sites, since expansion of mining activities is constantly threatening natural habitats in industrial regions.
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来源期刊
Hacquetia
Hacquetia Agricultural and Biological Sciences-Forestry
CiteScore
1.50
自引率
20.00%
发文量
20
审稿时长
14 weeks
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