根据Pampeano diatomology指数(IDP),乌拉圭马尔多纳多Laguna del Sauce支流的水质

Innotec Pub Date : 2019-06-26 DOI:10.26461/18.05
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引用次数: 0

摘要

在乌拉圭,首次使用硅藻将底栖生物指示剂应用于溪流水质监测。这些微藻是最多样化的类群,通常占外周生物的80-90%。它们因其作为富营养化和有机污染指标的价值而在世界各地得到认可,因为它们对环境变化反应迅速,并提供了有关水生生态系统生物完整性的信息。由于这些特征,水质指数是根据场地中某些物种的存在而制定的。这项工作的目的是根据潘潘硅藻指数(IDP)的应用,确定Sauce Lagoon流域(乌拉圭马尔多纳多)支流的水质。为了实现这一点,从2015年7月到2016年12月,每两个月对Sauce泻湖系统五条支流的11个地点的周边生物进行一次分析。在确定的238个物种中,有44个物种的相对丰度大于4%,其中26个物种的潘潘硅藻指数(Idpi)指标值信息可用。根据对应分析,物种按总氮、总磷和磷酸盐的顺序排列。支流的水质很差。然而,朝向Represa现场的泻湖排水沟和Potrero溪流,水质有所改善,被认为是可接受的。水质监测计划可以通过纳入这一工具来补充,它在评估激流的营养状态方面非常有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calidad de agua de los tributarios de la Laguna del Sauce, Maldonado, Uruguay, en base al Índice Diatomológico Pampeano (IDP)
A benthic bioindicator is applied for the first time in water quality monitoring in streams in Uruguay using diatoms. These microalgae are the most diverse group and usually constitute 80-90% of periphyton. They are recognized throughout the world for their value as indicators of eutrophication and organic pollution because they respond quickly to environmental changes and provide information on the biotic integrity of aquatic ecosystems. Thanks to these characteristics, water quality indexes have been developed based on the presence of certain species in a site. The purpose of this work was to determine which water quality is present in the tributaries of the Sauce Lagoon basin (Maldonado, Uruguay) based on the application of the Pampean Diatom index (IDP). To achieve this, the periphyton in 11 sites of five tributaries of the Sauce Lagoon System was analyzed every two months from July 2015 to December 2016. Within the 238 species determined, 44 had a relative abundance greater than 4%, and of 26 of them, information on the indicator value for the Pampean Diatom Index (Idpi) was available. According to the correspondence analysis, the species were ordered by total nitrogen, total phosphorus and phosphate. The tributaries presented poor quality of water. However, towards the lagoon drain in Represa site and Potrero stream, water quality improved and was considered as acceptable. The water quality monitoring programs could be complemented with the incorporation of this tool and it would be very useful in the assessment of the trophic state of the lotic waters.
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