对Orobie Bergamasche地区公园(意大利阿尔卑斯山脉)特有物种桐形Linaria tonzigii Lona认识的贡献

Pub Date : 2019-01-01 DOI:10.1553/ECO.MONT-11-1S16
L. Giupponi, A. Giorgi
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引用次数: 10

摘要

tonzigii是一种稀有的地方性物种,生长在Orobie Bergamasche地区公园(意大利阿尔卑斯山)的一些石灰石上。关于其生态(尤其是协同)和Grime的CSR功能战略的信息很少。为此,本研究在利用传统方法分析桐子木群落区系组成和生态的基础上,利用最新的方法和工具,对桐子木特有种Grime的CSR策略进行了评价。对5个不同地区的植物社会学数据进行分析表明,该物种构成了一个单一的植物群落(通子子-高山林Linaria - hornungia alpina群落),由喜碱性和喜干性植物组成,主要分布在石灰岩岩壁上。对桐子l的CSR策略分析表明,桐子l的平均策略为R / CSR,但在不同的采样区域,其策略略有不同。本文首次报道了自然界植物功能策略种群间变异的数据,表明物种的功能变异比以前认为的要广泛得多。通子l的株高分析也表明,在其分布范围北端分离的种群个体高度明显高于其他地区,且耐寒性明显低于其他地区,可能属于不同的生态型。本文旨在激发研究者对鲜为人知的特有物种的研究,以保护和实现保护区的生物多样性。研究生态。月-第11卷第1期2019年1月ISSN 2073-106X pr int vers - ISSN 2073-1558 online vers: http://www.epub .oeaw.ac.at/eco。月tps://dx.doi.org/10.1553/eco.mont-11-1s16
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A contribution to the knowledge of Linaria tonzigii Lona, a steno-endemic species of the Orobie Bergamasche Regional Park (Italian Alps)
Linaria tonzigii is a rare steno-endemic species of Community interest that grows on some limestone screes in the Orobie Bergamasche Regional Park (Italian Alps). Information is scarce regarding its ecology (and especially synecology) and its Grime’s CSR functional strategy. For this reason, this research, as well as analysing the floristic composition and ecology of the L. tonzigii community by means of traditional methods, also evaluated the Grime’s CSR strategy of this endemic species using the latest methods and tools. Analysis of the phytosociological relevés conducted in five different areas revealed that the species constitutes a single plant community (the Linaria tonzigii-Hornungia alpina community) consisting of basophile and xerophile species mostly typical of limestone screes. The analysis of the CSR strategy revealed that the mean strategy of L. tonzigii is R / CSR, although the species presents slightly different strategies in the different sampling areas. This article reports the first ever data regarding inter-population variation in plant functional strategies in nature and suggests that the functional variability of the species is much wider than had been thought. The analysis of plant height of L. tonzigii also showed that the population isolated at the northern limit of the species’ distribution range has significantly taller and less stress-tolerant individuals than those in other areas, suggesting that it may be a different ecotype. This article aims to stimulate researchers to study little-known endemic species in order to protect and valorize the biodiversity of protected areas. Research eco.mont – Volume 11, Number 1, January 2019 ISSN 2073-106X pr int vers ion – ISSN 2073-1558 onl ine vers ion: ht tp://epub.oeaw.ac.at/eco.mont ht tps://dx.doi.org/10.1553/eco.mont-11-1s16 16
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