首页> 外文期刊>Ecological engineering: The Journal of Ecotechnology >Commentary on 'Mitsch et al., 2015, Protecting the Florida Everglades wetlands with wetlands: Can stormwater phosphorus be reduced to oligotrophic conditions?'
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Commentary on 'Mitsch et al., 2015, Protecting the Florida Everglades wetlands with wetlands: Can stormwater phosphorus be reduced to oligotrophic conditions?'

机译:“Mitsch等人,2015年,2015年,保护佛罗里达沼泽地湿地用湿地保护湿地:雨水磷将减少到寡营植物条件?”

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摘要

Constructed wetlands have been utilized with varying levels of success in an effort to reduce nutrient concentrations entering waterways. In south Florida, stormwater treatment areas (STAs) have been utilizedto remove excessive phosphorus (P) from surface waters for more than two decades with remarkableresults. Even though the STAs have been operational for more than two decade, further improvementof P removal performance is necessary to achieve the desired outflow concentrations. This commentary critically reviews a recently published manuscript concerning the ability of alternative vegetativecommunities' ability to improve STA treatment efficiency. The commentary provides clarification of Everglades STA effluent limit and the total P water quality criterion established for the Everglades ProtectionArea. The commentary also addresses fundamental issues with the authors' experimental design andinterpretability in light of the studies treatment fidelity, controls and scalability. (C) 2016 Elsevier B.V. All rights reserved.
机译:由于减少进入水道的营养浓度,所构造的湿地已经采用不同程度的成功。在南佛罗里达州,已经利用了雨水处理区域(STA)从表面水域中除去过量的磷(P)超过二十年的商品化。尽管STA已经运行了超过二十年的操作,但是进一步提高了P去除性能,以实现所需的流出浓度。这项评论批评了最近发表的稿件,了解替代植物提高STA治疗效率的能力。评注提供了对大沼泽的污水限制和为大沼泽保护的总P水质标准进行了澄清。根据研究处理保真度,控制和可扩展性,评论还涉及作者实验设计和可接受性的基本问题。 (c)2016年Elsevier B.v.保留所有权利。

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