Living together in a context of plant invasion: the example of the plant communities at the Iles Kerguelen.

Pauline Eymar-Dauphin, David Renault, Manon Bounous, Kévin Le Falher, Clémence Pillard, Anne-Kristel Bittebiere
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Abstract

With invasions, functionally differing plant species meet. The traits of native and alien species should then be modified, affecting coexistence. We studied trait variation in four native and five alien plant species on the Iles Kerguelen along gradients of alien abundance. We measured traits related to competition and stress tolerance, and compared them along the gradients, their mean, variability, and range, at the species and the community levels, through univariate (analyses of variance) and multi-traits (hypervolume) approaches. Native and alien species occupied overlapping trait spaces, mostly because aliens are more variable than natives. Along the gradients, native and alien species showed similar mean strategies, with no variation in their trait range or variance. At the community level, a shift from convergence to divergence along the gradients was observed in most traits. Our results highlight that not only the response of aliens but also of native species should be studied under invasions.

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在植物入侵的背景下共同生活:以Iles Kerguelen的植物群落为例。
随着入侵,功能不同的植物物种相遇。然后应该修改本地和外来物种的特征,影响共存。研究了克尔盖伦岛上4种本地植物和5种外来植物的性状沿外来丰度梯度的变化。我们测量了与竞争和胁迫耐受性相关的性状,并通过单变量(方差分析)和多性状(超体积)方法在物种和群落水平上沿着梯度、平均值、变异率和范围进行了比较。本地物种和外来物种占据重叠的性状空间,主要是因为外来物种比本地物种更具多样性。在梯度上,本地种和外来种表现出相似的均数策略,性状范围和变异数没有变化。在群落水平上,大部分性状在梯度上由趋同向发散转变。我们的研究结果表明,不仅要研究外来物种对入侵的反应,还要研究本地物种对入侵的反应。
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