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Leaf thickness and turgor pressure in bean during plant desiccation

机译:植物干燥过程中豆的叶片厚度和膨压

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This study investigated a possible relationship between the relative change of leaf thickness and the relative degree of turgor pressure in leaf cells. Leaf thickness and turgor pressure were measured simultaneously during forced plant desiccation in bean plants. Although leaf thickness followed closely the steep decline of the total water potential (psi) during the desiccation process, no conclusive relationship could be observed between leaf thickness and the osmotic water potential (WO. Thus, a potential link between the relative change of leaf thickness and the relative degree of turgor pressure could not be verified under the experimental conditions. Earlier findings, that the relative change of leaf thickness is closely related to the relative change of the total water potential of leaf cells, are corroborated. Additional observations were: (i) a potential relationship between the relative change of leaf thickness during desiccation and the totally achieved leaf thickness, and (ii) the apparent decrease of leaf thickness during desiccation in discrete levels rather than a truly continuous decline. (C) 2015 Elsevier B.V. All rights reserved.
机译:这项研究调查了叶片厚度的相对变化与叶片细胞相对膨胀压力之间的可能关系。在豆类植物强制干燥过程中,同时测量了叶片的厚度和膨压。尽管在干燥过程中叶片厚度紧随总水势(psi)的急剧下降,但在叶片厚度和渗透水势之间没有观察到结论性的关系(WO。因此,叶片厚度相对变化之间的潜在联系在较早的研究中,叶厚度的相对变化与叶细胞总水势的相对变化密切相关,因此得到了证实。 i)干燥过程中叶片厚度的相对变化与完全达到的叶片厚度之间的潜在关系,以及(ii)干燥过程中叶片厚度的明显降低以离散水平出现,而不是真正连续下降(C)2015 Elsevier BV All版权所有。

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