巴东州立大学和安达拉斯大学伞叶的形态比较

Fadhila Mayandri, Vauzia Vauzia
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摘要

增加植被的数量或植树造林是克服空气污染问题的一个解决办法。一些能够积累污染物的植物的标准可以在遮阳植物中找到。植物与空气污染物颗粒的直接接触必然会对植物叶片产生影响,因为叶片在非生物胁迫下会表现出表型可塑性。因此,本文对巴东市作为绿化植物的遮阳伞叶片的形态特征进行了研究。该研究于2021年9月进行。样本取自两个不同的地点,即巴东州立大学地区和安达拉斯大学。在每个地点采集了20个个体的样本,并在巴东州立大学FMIPA生物系植物实验室进行了观察。数据分析采用显著性水平为5%的t检验。巴东国立大学和安达拉斯大学地区阳伞叶片的形态特征在叶柄长、单叶柄小叶数、叶分枝数方面存在显著差异,在叶长和叶宽方面差异不显著。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perbandingan Morfologi Daun Kerai Payung (Filicium decipiens L.) di Universitas Negeri Padang dan Universitas Andalas
Increasing the amount of vegetation or reforestation by planting trees is a solution in overcoming the problem of air pollution. Some of the criteria for plants that are able to accumulate pollutants are found in parasol sunshade plants. Direct contact of plants with air pollutant particles certainly affects plant leaves because the leaves will show phenotypic plasticity in response to abiotic stress. Therefore, research has been carried out on the morphological characteristics of parasol sunshade leaves as a greenery plant in the city of Padang. The study was conducted in September 2021. Samples were taken from two different locations, namely the Padang State University area and Andalas University. At each location samples were taken from 20 individuals and observations were made at the Botanical Laboratory, Department of Biology, FMIPA, Padang State University. Data were analyzed using t test with a significant level of 5%. The morphological characters of the parasol leaf in the Padang State University and Andalas University area showed significant differences in terms of leaf stalk length, number of leaflets in one petiole, number of leaf branches, and were not significantly different in leaf length and leaf width.
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