首页> 外文OA文献 >Variação morfológica de Laguncularia racemosa (L.) C. F. Gaertn. (Combretaceae) em áreas de manguezal e de transição entre manguezal e floresta de restinga
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Variação morfológica de Laguncularia racemosa (L.) C. F. Gaertn. (Combretaceae) em áreas de manguezal e de transição entre manguezal e floresta de restinga

机译:Laguncularia racemosa(L.)C. F. Gaertn。的形态学变异。红树林(红树林科)和红树林与休憩林之间的过渡区

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摘要

http://dx.doi.org/10.5007/2175-7925.2015v28n1p21Adaptive responses to the interaction of abiotic factors that operate at different spatial and temporal scales may reflect on the distribution of species, due to their interaction with the environment. This study aimed to check differences in the structure of individuals between populations of Laguncularia racemosa (L.) C. F. Gaertn. (Combretaceae) distributed in mangrove areas and in transition areas between mangrove and restinga forest, using leaf morphological characteristics and plant architecture. Environmental variables were analyzed, such as soil nutrients and salinity level. The transition area showed lower salinity of pore water and soil pH, probably due to the high levels of aluminum. Laguncularia racemosa individuals in the mangrove area had larger leaves than the population in the transition area, with larger leaf area, specific leaf area, and leaf density, and smaller leaf volume. In mangrove, L. racemosa individuals had higher height and basal trunk diameter and lower canopy density and percentage of leaves subject to herbivory, but a higher number of senescent leaves. Such results may be related to the contrasting environmental conditions and significant differences in water salinity and soil nutrients.  
机译:http://dx.doi.org/10.5007/2175-7925.2015v28n1p21对在不同时空尺度上运行的非生物因子相互作用的适应性响应可能会反映物种的分布,因为它们与环境具有相互作用。这项研究的目的是要检查沙门氏菌(L.)C. F. Gaertn种群之间个体结构的差异。 Com科(Combretaceae)利用叶片的形态特征和植物结构,分布在红树林地区和红树林和resta森林之间的过渡地区。分析了环境变量,例如土壤养分和盐度水平。过渡区显示出较低的孔隙水盐度和土壤pH值,这可能是由于铝含量高所致。红树林地区的总状花紫菜(Laguncularia racemosa)个体的叶比过渡区的种群大,叶面积,比叶面积和叶密度更大,叶体积更小。在红树林中,总状果单胞菌个体的身高和基干直径较高,冠层密度和食草性叶片的百分比较低,但衰老叶片的数量较多。这些结果可能与环境条件的对比以及水盐度和土壤养分的显着差异有关。

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