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Clonal Plasticity of Aquatic Plant Species Submitted to Mechanical Stress: Escape versus Resistance Strategy

机译:承受机械胁迫的水生植物物种的克隆可塑性:逃逸与抗药性策略

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摘要

Background and AimsThe plastic alterations of clonal architecture are likely to have functional consequences, as they affect the spatial distribution of ramets over patchy environments. However, little is known about the effect of mechanical stresses on the clonal growth. The aim of the present study was to investigate the clonal plasticity induced by mechanical stress consisting of continuous water current encountered by aquatic plants. More particularly, the aim was to test the capacity of the plants to escape this stress through clonal plastic responses.
机译:背景和目的克隆结构的塑料改变可能会产生功能性后果,因为它们会影响分株在不规则环境中的空间分布。但是,关于机械应力对克隆生长的影响知之甚少。本研究的目的是研究由水生植物遇到的持续水流组成的机械应力诱导的克隆可塑性。更特别地,目的是测试植物通过克隆塑性反应逃避这种胁迫的能力。

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