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- W3190656736 endingPage "115" @default.
- W3190656736 startingPage "115" @default.
- W3190656736 abstract "Ever expanding urbanized landscapes are increasingly impacting streams that run through them. Among other stressors, urban streams often are host to elevated concentrations of nutrients, salts, and heavy metals. The pollutants, coupled with high temperatures, are drivers of ecosystem degradation in urban streams. The installation of artificial floating wetlands (AFWs) has been successful in mitigating the effects of urbanization in lakes and wastewater treatment ponds, but rarely have they been tested in streams. This pilot-study examined the ability of an AFW to improve water quality in an urban stream. The small, 90 m2 AFW was installed to improve the aquatic habitat and aesthetics of a small section of the Chicago River, Chicago, IL USA. Water samples and in-situ measurements were collected from the surface and at 0.3 m depth of upstream and downstream of the AFW. Samples were analyzed for nitrate-as-nitrogen, phosphate, chloride, and heavy metals. Comparison of upstream and downstream waters showed that the AFW lowered the concentrations of nitrate-as-nitrogen and phosphate during the growing season by 6.9% and 6.0%, respectively. Nitrate was also removed during the dormant season; however, phosphate was not removed during that time. Plant or microbial uptake of the nutrients are believed to be the dominant mechanisms in the growing season with denitrification serving as the primary pathway in the dormant season. Despite not having a measurable effect on the water temperature, the AFW was an effective means to reduce concentrations of nitrate and phosphorus, decreasing the potential for eutrophication." @default.
- W3190656736 created "2021-08-16" @default.
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- W3190656736 date "2021-08-05" @default.
- W3190656736 modified "2023-10-16" @default.
- W3190656736 title "The Effectiveness of an Artificial Floating Wetland to Remove Nutrients in an Urban Stream: A Pilot-Study in the Chicago River, Chicago, IL USA" @default.
- W3190656736 cites W1507523749 @default.
- W3190656736 cites W1967185949 @default.
- W3190656736 cites W1969527920 @default.
- W3190656736 cites W1971010311 @default.
- W3190656736 cites W1973917741 @default.
- W3190656736 cites W1980242936 @default.
- W3190656736 cites W1986495423 @default.
- W3190656736 cites W1987182489 @default.
- W3190656736 cites W1990342784 @default.
- W3190656736 cites W1990571934 @default.
- W3190656736 cites W1990852057 @default.
- W3190656736 cites W1991349079 @default.
- W3190656736 cites W1996835026 @default.
- W3190656736 cites W1999225292 @default.
- W3190656736 cites W2004748033 @default.
- W3190656736 cites W2007243788 @default.
- W3190656736 cites W2013596075 @default.
- W3190656736 cites W2015090693 @default.
- W3190656736 cites W2015540387 @default.
- W3190656736 cites W2018496820 @default.
- W3190656736 cites W2018559956 @default.
- W3190656736 cites W2026484717 @default.
- W3190656736 cites W2032460852 @default.
- W3190656736 cites W2034877144 @default.
- W3190656736 cites W2034901604 @default.
- W3190656736 cites W2035951169 @default.
- W3190656736 cites W2038168767 @default.
- W3190656736 cites W2041444396 @default.
- W3190656736 cites W2044739657 @default.
- W3190656736 cites W2047762619 @default.
- W3190656736 cites W2052367721 @default.
- W3190656736 cites W2058389233 @default.
- W3190656736 cites W2063404767 @default.
- W3190656736 cites W2066307114 @default.
- W3190656736 cites W2066620448 @default.
- W3190656736 cites W2066836773 @default.
- W3190656736 cites W2071496376 @default.
- W3190656736 cites W2073739445 @default.
- W3190656736 cites W2087683702 @default.
- W3190656736 cites W2088068890 @default.
- W3190656736 cites W2091243507 @default.
- W3190656736 cites W2094067095 @default.
- W3190656736 cites W2107365510 @default.
- W3190656736 cites W2122075922 @default.
- W3190656736 cites W2126164548 @default.
- W3190656736 cites W2135003112 @default.
- W3190656736 cites W2135241297 @default.
- W3190656736 cites W2137810729 @default.
- W3190656736 cites W2150974534 @default.
- W3190656736 cites W2156785876 @default.
- W3190656736 cites W2161692005 @default.
- W3190656736 cites W2167058124 @default.
- W3190656736 cites W2168749740 @default.
- W3190656736 cites W2170690812 @default.
- W3190656736 cites W2170734920 @default.
- W3190656736 cites W2180294576 @default.
- W3190656736 cites W2298779731 @default.
- W3190656736 cites W2300877372 @default.
- W3190656736 cites W2303467085 @default.
- W3190656736 cites W2331383232 @default.
- W3190656736 cites W2402885289 @default.
- W3190656736 cites W2523766702 @default.
- W3190656736 cites W2540960831 @default.
- W3190656736 cites W2736126817 @default.
- W3190656736 cites W2736706800 @default.
- W3190656736 cites W2764207547 @default.
- W3190656736 cites W2765465663 @default.
- W3190656736 cites W2766865433 @default.
- W3190656736 cites W2771374878 @default.
- W3190656736 cites W2781001240 @default.
- W3190656736 cites W2789261942 @default.
- W3190656736 cites W2893224962 @default.
- W3190656736 cites W2904476555 @default.
- W3190656736 cites W2920836494 @default.
- W3190656736 cites W2973391839 @default.
- W3190656736 cites W2990896798 @default.
- W3190656736 cites W3042471324 @default.
- W3190656736 cites W3048802532 @default.
- W3190656736 cites W3170068435 @default.
- W3190656736 cites W816212782 @default.
- W3190656736 doi "https://doi.org/10.3390/hydrology8030115" @default.
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