巴厘岛红树林攻击生态系统的Makrozoobenthos社区结构

I. G. K. Ariawan, I. Dharma, Elok Faiqoh
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引用次数: 0

摘要

大型底栖动物是指生活在水底(底栖动物)或底栖动物(底栖动物)的生物,体型大于1毫米。大型底栖动物在红树林生态系统沉积物中有机物的分解过程中起着重要作用。这项研究于2018年8月在巴厘岛色兰干岛的红树林地区进行。本研究旨在了解红树林生态系统中大型底栖动物群落的结构。它采用有目的的抽样方法,由2个站点组成,位于北部(毗邻TPA Suwung)的1号站点和位于南部(直接面向大海)的2号站点。每个变电站由5个变电站组成,变电站之间的距离根据现有红树林社区的情况进行调整,每个变电站有3个地块,地块之间的距离为10 m。样带向大海延伸50米。2号站的大型底栖动物丰度高于1号站,说明2号站的基质条件有利于大型底栖动物的生存。各站底物的差异被认为是影响大型底栖动物密度差异的因素之一。1站和2站多样性中等,均匀度高,优势度低。这表明,色兰干岛南北红树林生态系统中大型底栖动物群落处于稳定状态,但如果环境发生变化,则会影响生态系统环境中大型底栖动物群落的结构,物种多样性值处于中等水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Struktur Komunitas Makrozoobenthos di Ekosistem Mangrove Pulau Serangan Bali
Macrozoobentos are organisms that live at the base of the water (Epifauna) or in the substrate (Infauna) with a size greater than 1 mm. Macrozoobenthos play an important role in the process of decomposition of organic matter in the sediment in the mangrove ecosystem. This research was conducted in August 2018 in the mangrove areas of Serangan Island, Bali. This research has purpose to know the structure of the Macrozoobenthos community in the mangrove ecosystem. It using a purposive sampling   method, which consists of 2 stations, located in the north (adjacent TPA Suwung) as station 1 and on the south (directly facing the sea) as station 2. Each station consists of 5 substations with the distance between the substations adjusted to the condition of the existing mangrove community and each substation has 3 plots with a distance between the plot 10 m. The transect is drawn towards the sea for 50 m. The results obtained at station 2 had higher abundance of macrozoobenthos than Station 1, his shows the condition of the substrate at station 2 it supportive for the survival of macrozoobenthos organisms. The difference in the substrate in each station is thought to be one of the factors that influence the difference in macrozoobenthos density. At stations 1 and 2 have medium diversity, high Eveness and low dominance. This shows that the macrozoobenthos community in the mangrove ecosystem in the north and south of Serangan Island is in a stable condition but if the environment experiences a change, the change will affect the structure of the macrozoobenthos community in the ecosystem environment so that the value of species diversity is at a medium level.
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