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Changes of toxic metals bioavailability in urban creeks as a potential environmental hazard
The impact of different urban drainage structures (combine sewer overflow, stormwater drain and waste water treatment plant) on fate of toxic metals in urban creeks was studied on three creeks in the Prague area. The results show that bioavailability of toxic metals is affected by the type of urban drainage and environmental conditions. The bioavailability is significantly influenced by a type of urban drainage, while combine sewer overflows cause decrease of biological availability, storm water drains and a waste water treatment plant cause increase of bioavailability of toxic metals.
Changes of toxic metals bioavailability in urban creeks as a potential environmental hazard
The impact of different urban drainage structures (combine sewer overflow, stormwater drain and waste water treatment plant) on fate of toxic metals in urban creeks was studied on three creeks in the Prague area. The results show that bioavailability of toxic metals is affected by the type of urban drainage and environmental conditions. The bioavailability is significantly influenced by a type of urban drainage, while combine sewer overflows cause decrease of biological availability, storm water drains and a waste water treatment plant cause increase of bioavailability of toxic metals.
Changes of toxic metals bioavailability in urban creeks as a potential environmental hazard
Alliance Global Sustain.
Rauch, Sébastien (editor) / Morrison, Gregory M. (editor) / Kominkova, Dana (author) / Nabelkova, Jana (author) / Starmanova, Dasa (author)
2011-12-10
10 pages
Article/Chapter (Book)
Electronic Resource
English
Changes of toxic metals bioavailability in urban creeks as a potential environmental hazard
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