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Nitro explosives are toxic and persistent anthropogenic compounds.
Their current southern hemispheric emissions are negligible, suggesting that these new anthropogenic compounds may serve as interhemispheric transport tracers.
With the increasing amount and types of anthropogenic compounds being released into water, there are rising concerns of undetected toxicity.
The increasing pollution of aquatic habitats with anthropogenic compounds has led to various test strategies to detect hazardous chemicals.
In the 1970s, it was recognized that chlorine and bromine released from long-lived anthropogenic compounds, such as chlorofluorocarbons (CFCs) and halons, could destroy ozone in the stratosphere1,2.
Dissolved nutrients, biochemical oxygen demand, heavy metals, and potentially harmful anthropogenic compounds can all be removed in constructed wetlands through geochemical and biological processes.
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Hydrochlorofluorocarbon HCFC-133a (CF3CH2Cl) is an anthropogenic compound whose consumption for emissive use is restricted under the Montreal Protocol.
Chlorite is a serious environmental concern, as rising concentrations of this harmful anthropogenic compound have been detected in groundwater, drinking water, and soil.
Topics include the hydrology of surface water systems, the nature of aquatic plant and animal communities, the carbon and nitrogen cycles, the behavior and fate of toxic metals and anthropogenic organic compounds in natural waters, and linkages between lakes and the atmosphere, groundwater, and soil.
Environmental molecular toxicology: We are utilizing sophisticated proteomic approaches to examine the mechanisms by which natural and anthropogenic organic compounds elicit effects through receptor-mediated transcriptional regulation.
Due to the impact of climate change and demographic development, the concentrations of anthropogenic trace compounds are anticipated to increase especially in urban surface and ground waters, e.g. in Berlin.
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