马来西亚吉兰丹瓜木山石灰岩和火山碎屑区天南星科植物多样性和丰度评价

Nik Yuszrin Yusof, Z. Hamzah, F. Kayat
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引用次数: 1

摘要

这项研究是在吉兰丹的瓜木山进行的,即;Kuala Koh北纬04°52′02.2”/东经102°26′33.3”(代表火山碎屑区)和Tanah Puteh北纬04°46′11.9”/东经101°58′35.5”(代表石灰岩区)。在两个地点设置了一个方形地块(100 x 100 m)用于天南星科植物的采样。结果表明:灰岩区天南星科植物多样性(28种ha-1)高于火山碎屑区(21种ha-1);石灰石中最丰富的物种是微stachyum Anadendrum、Homalomena griffithii、Rhaphidophora tenuis和Schismatoglottis brevicuspis。在火山碎屑区,最丰富的是S. calyptrata,其次是S. scortechinii, S. brevicuspis和A. microstachyum。两区共有种均为半附生种。石灰岩中最不丰富的物种是Amorphophallus sp.和Homalomena Chamaecladon Supergroup。而火山碎屑区最不丰富的物种为长角棘猴(Scindapsus perakensis)、长角棘猴(Homalomena Cyrtocladon Supergroup)、长角棘猴(H. pontederiifolia)和单根棘猴(Aglaonema simplex)。地质特征、地形(斜坡、山脊或溪流边缘)和海拔高度是影响类群分布和丰度的主要因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment on Diversity and Abundance of Araceae in Limestone and Pyroclastics Areas in Gua Musang, Kelantan, Malaysia
The study was conducted in Gua Musang, Kelantan, namely; Kuala Koh N 04° 52’ 02.2”/ E 102° 26’ 33.3” (represents pyroclastics area) and Tanah Puteh N 04° 46’ 11.9”/ E 101° 58’ 35.5” (represents limestone area). A square plot (100 x 100 m) was set-up in both locations for sampling of Araceae. The result shows diversity of Araceae in limestone (28 species ha-1 ) is higher as compared to pyroclastics area (21 species ha-1). The most abundant species in limestone are Anadendrum microstachyum, Homalomena griffithii, Rhaphidophora tenuis and Schismatoglottis brevicuspis. In pyroclastics area, the most abundant is S. calyptrata followed by, S. scortechinii, S. brevicuspis and A. microstachyum. The common species in both areas was hemiepiphytic R. mangayi. The least abundant species in limestone are Amorphophallus sp. and Homalomena Chamaecladon Supergroup. Meanwhile, Scindapsus perakensis, Homalomena Cyrtocladon Supergroup, H. pontederiifolia and Aglaonema simplex were counted as least abundant species in pyroclastics area. Geological features, topography (whether on-slope, on-ridge or edge of stream), and altitude are the most influencing factor on distribution and abundance of aroids species.
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