西爪哇茂物县两处森林中月桂科植物叶片的多样性和表皮特征

Nurul Amalia Fadhila, Sulistijorini Sulistijorini, Nina Ratna Djuita
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引用次数: 0

摘要

月桂科(Lauraceae)是一类分布广泛的热带植物。月桂科植物的数量和物种丰富程度包括从林下到林冠上层。月桂科植物可用于各个领域,尤其是经济领域。在月桂科分类中,限制性特征具有重要意义,可为分类群提供更多信息。本研究旨在研究不同森林环境条件下月桂科植物的表皮特征、叶脉变化和多样性。研究过程包括:根据物种的存在情况,采用目的取样法收集生态实地数据并进行形态鉴定。对每个地块的土壤取样和环境小气候进行了测量。解剖过程通过记录特征进行。环境因素与植物目标之间的相关性采用了典型对应分析法。月桂科成员之间的亲缘关系用树枝图表示。研究结果表明,月桂科植物可以生活在不同的海拔高度。分析数据表明,环境因素的差异影响了月桂科物种的生存。叶脉研究支持利用主脉、次脉、三脉和乳晕等特征对该科进行分类。对叶脉的观察可作为月桂科植物分类的重要依据。叶片样本中的表皮细胞壁有直的、弯曲的、浅的、深的和尖的。解剖学树枝图按相似系数将月桂科植物分成若干组。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Diversity and Epidermal Characteristic of Lauraceae Leaf in Two Forest Locations, Bogor Regency, West Java
Lauraceae is a group of tropical plants with a wide distribution. The abundance and species richness of the Lauraceae family includes the under to the upper canopy of the forest. The Lauraceae family can be utilized in various sectors, especially economically. Limiting characters as a significance in the Lauraceae classification was needed to provide additional information regarding taxon grouping. This research aimed to study epidermal characteristics, leaf venation variations, and the diversity of Lauraceae species under different forest environmental conditions. The research procedure involved: collecting ecological field data and morphological identification using a purposive sampling method based on the presence of species. Soil sampling and environmental microclimate were measured on each plot. The anatomical process was carried out by recording characters. Correlation between environmental factors and plant targets used canonical correspondence analysis. The kinship between members of Lauraceae was expressed in a dendrogram. The result of this study showed that Lauraceae could live at various elevations. The analysis data indicated differences in environmental factors that affect the existence of Lauraceae species. Leaf venation studies support clustering in the family using characters such as primary, secondary, tertiary veins, and areola. Observation of leaf venation can be used as a taxonomic significance in the family Lauraceae. Epidermal cell walls in leaf samples are straight, curved shallow, deep, and sharp. Other characters that can be found are anomocytic, laterocytic, and brachyparasitic types of stomata, with stellate and glandless trichomes The anatomical dendrogram separated Lauraceae into clusters on a similarity coefficient scale.
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