Plankton potential as bioindicator of trophic status of Lokop River Leuser Ecosystem

A. Persada, S. P. Febri, K. Putri, Herlina Putri Endah Sari, R. Djamani
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引用次数: 2

Abstract

Lokop is one of the villages in East Aceh which has a watershed in the Leuser Ecosystem. Human activities have the potential to disrupt the Trophic Status of Lokop River, such as the use of pesticides for agriculture, household waste and the use of potassium for fishing. It is necessary to research the quality of the waters in the Lokop River. The plankton community present in river waters can be an indicator of environmental pollution by analyzing the saprobic index. This study aims to determine the index of plankton diversity and water quality in the Leuser Ecosystem of the Lokop River through the saprobic index. The research was conducted at three stations. A sampling of plankton was taken in the form of a 10 cc filtrate and five replications were carried out for each study site. Water quality measurements include pH, TDS, Temperature, transparancy, depth, and current. 11 potential species can be used as pollution indicators in the Lokop River, namely Cladophora sp, Diatoma elongatum, Fragilaria capucina, Oedogonium sp., Gonatozygon sp, Lyngbya agardh, Melosira sp., Merismopedia punctata, Microspora sp, Pinnularia sp, Synedra ulna. The plankton diversity index is in the medium category. Based on the Saprobic Index, the level of pollution at the research site was not to lightly loaded of organic pollution and lowly loaded of organic pollution.Keywords:IsoprobikPlanktonBioindicatorLokop
浮游生物潜力作为Lokop河Leuser生态系统营养状况的生物指标
Lokop是东亚齐的一个村庄,在Leuser生态系统中有一个分水岭。人类活动有可能破坏Lokop河的营养状况,例如在农业中使用杀虫剂、家庭废物和在捕鱼中使用钾。有必要对Lokop河的水质进行研究。通过分析河流水体浮游生物群落的腐生指数,可以作为环境污染的一个指标。本研究旨在通过腐殖质指数确定Lokop河Leuser生态系统浮游生物多样性和水质指数。这项研究在三个站点进行。以10毫升滤液的形式采集浮游生物样本,每个研究地点进行5次重复。水质测量包括pH值,TDS,温度,透明度,深度和电流。可作为Lokop河污染指标的潜在物种有Cladophora sp、Diatoma elongatum、Fragilaria capucina、Oedogonium sp.、Gonatozygon sp.、Lyngbya agardh、Melosira sp.、Merismopedia punctata、Microspora sp.、Pinnularia sp.、Synedra ulna等11种。浮游生物多样性指数处于中等水平。基于Saprobic指数,研究点的污染程度为不轻有机污染和低有机污染。关键词:IsoprobikPlanktonBioindicatorLokop
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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