Structure and Dominance of Macrozoobenthos as Biomonitoring Instrument in the Reuleng River, Leupung, Aceh Besar, Indonesia

Afkar Afkar, M. Sarong, T. Barus, N. Aldyza, Zulfikar Zulfikar, Arlen Hanel Jhon, M. Mulya
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Abstract

The Reuleng River is a mangrove area located in Aceh Besar district. Environmental changes that occur in the structure and composition of the mangrove ecosystem in the Reuleng River affect the macrozoobenthos conditions in the area. This study aims to determine the structure of the makrozoobenthos community as a biomomonitoring instrument in the mangrove ecosystem area. The study was conducted from February 2021 to May 2021. Determination of the sampling location was carried out using the purposive sampling technique and sampling was determined in three areas, namely upstream, middle stream, and downstream. The results showed that there were 19 species grouped into 4 genera and 12 families. The Macrozoobenthos Diversity Index in the Reuleng River area ranges from 2.62. The species that dominate the mangrove ecosystem area is the Faunus ater species with a dominant index value (0.16) and the lowest dominant species in the mangrove ecosystem is Thalassina anomala (0.01). No specific species were found that dominate the area. Based on descriptive observations, there is a group of Makrozoobenthos that has a relationship with the psychochemical quality of the air. The results show that the balance of the community in the area is still vulnerable and experiencing the impact of environmental pressures. Keywords: Structure, dominant, macrozoobenthos, biomonitoring, reuleng river, Leupung
作为生物监测仪器的印尼亚齐勿沙省鲁冷河大型底栖生物的结构和优势地位
鲁冷河是位于亚齐勿萨地区的一个红树林区。鲁冷河红树林生态系统的结构和组成发生的环境变化会影响该地区大型底栖生物的状况。本研究旨在确定大型底栖动物群落的结构,作为红树林生态系统区域的生物监测工具。研究时间为 2021 年 2 月至 2021 年 5 月。采用目的取样技术确定取样地点,并确定在上游、中游和下游三个区域取样。结果显示,共有 19 个物种,分为 4 属 12 科。鲁伦河地区大型底栖生物多样性指数为 2.62。在红树林生态系统区域占主导地位的物种是 Faunus ater 种,其优势指数值为 0.16,红树林生态系统中的最低优势物种是 Thalassina anomala(0.01)。没有发现主导该区域的特定物种。根据描述性观察,有一组牧草底栖生物与空气的心理化学质量有关系。结果表明,该地区的群落平衡仍很脆弱,正经受着环境压力的影响。关键词结构、优势、大型底栖生物、生物监测、芦岭河、六峰
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