印度尼西亚南婆罗洲西米树(Metroxylon sagu)叶片形态的变异。

Hasan A. Rahman, M. H. Bintoro, Supijatno Supijatno
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引用次数: 2

摘要

在印度尼西亚的西米(Metroxylon sagu)自然种群显示其器官的形态变异,特别是叶片。现有的变化导致了由当地人提供的sago类型名称。西米植物类型包括Mahang, Buntal, Salak, Madang和Gandut。西米叶在印度尼西亚具有重要的经济意义,主要是因为它们提供了一种潜在的有利可图和环保的房屋屋顶材料来源。测定西米植株间叶片变异,可为在现有西米品种中选择叶片质量和产量最好的品种提供信息。西米叶在形状、大小和颜色上的变化被记录下来。本研究的目的是a)比较不同地理区域西米类型叶片形态的差异,b)确定这些不同西米类型是否对应于某种西米植物类群。定性和定量分析表明,西米树叶片特征存在差异。此外,本研究表明,根据叶片的变化,南婆罗洲省的西米可以分为两类。第一组是Mahang和Gandut,它们有长轴、小叶和叶子,叶面积最大。第二组由邦塔尔、萨拉克和马当组成,茎叶短,叶面积最小。结果表明,对研究区西米植物多样性有显著贡献的性状包括棘、轴上的白色条纹或带状、叶柄长度等。与我们的研究结果一致,Mahang和Gandut是该地区种植的最佳材料,因为它们的叶片更宽,支持更高的光合作用速率。进一步的系统发育研究应利用DNA测序来确定两个西米类群的划分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Variation in Leaf Morphology of Sago Trees (Metroxylon sagu) in South Borneo Province, Indonesia.
Natural populations of sago (Metroxylon sagu) in Indonesia show morphological variations in its organs, particularly the leaves. The existing variations resulted in sago type names provided by the locals. The sago plant types include Mahang, Buntal, Salak, Madang and Gandut. Sago leaves are economically important in Indonesia, mainly because they provide a potentially profitable and environment-friendly source of house roofing materials. Determining leaf variation among sago plants would provide information for a better way of choosing which among the current accessions/varieties of sago has the best leaf quality and production. Leaf variations in sago were recorded in shape, size, and color. The aim of this study are a) to compare differences in leaf morphology among sago types obtained from different geographic areas, and b) to determine whether these different sago types correspond to certain sago plant grouping. The qualitative and quantitative analysis showed variations in leaf characteristics of sago trees. Additionally, this study shows that based on leaf variations, the sago of South Borneo Province can be separated into two groups. The first group is Mahang and Gandut, which have long rachis, leaflets and leaves, and largest leaf area. The second group composed of Buntal, Salak and Madang accessions, which have short rachis and leaves, and smallest leaf area. Other results showed that there were characters that contributed significantly to the diversity of sago plants in the study area including spines, white stripe or banding on the rachis and petiole length. In line with our results, Mahang and Gandut accessions are the best accessions to be cultivated in the area, because they have wider leaves which support higher rates of photosynthesis. Further study should be conducted on phylogenetic using DNA sequencing to confirm divisions of the two sago groups.    
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