Impact of pollution caused by uranium production on soil macrofauna

Thirty years of mining and milling activities of the Priargunsky Mining-Chemical Production Company (South-Eastern Siberia, Russia) have resulted in an enrichment of uranium in adjacent steppe soils by a factor of up to 600. A number of attendant pollutants (thorium, arsenic and heavy metals) also h...

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Veröffentlicht in:Environmental monitoring and assessment 2003-12, Vol.89 (2), p.197-197
1. Verfasser: Gongalsky, Konstantin B
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description Thirty years of mining and milling activities of the Priargunsky Mining-Chemical Production Company (South-Eastern Siberia, Russia) have resulted in an enrichment of uranium in adjacent steppe soils by a factor of up to 600. A number of attendant pollutants (thorium, arsenic and heavy metals) also have high concentrations in the soil. To estimate the effects of this pollution on soil-living macroinvertebrates, pitfall trapping and core sampling were applied. The element composition of four beetle species was analysed. Soil macroinvertebrates had 3-37 times lower abundance and biodiversity at the contaminated sites compared with the control. Ground beetle communities at the contaminated sites were reduced compared to the control site. The concentrations of uranium and arsenic in beetles collected at the contaminated sites were 2-41 and 2-26 times higher, respectively, than at the control site. There is strong evidence that the contamination caused by uranium production has severe negative biological effects on important groups of the soil food web.
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A number of attendant pollutants (thorium, arsenic and heavy metals) also have high concentrations in the soil. To estimate the effects of this pollution on soil-living macroinvertebrates, pitfall trapping and core sampling were applied. The element composition of four beetle species was analysed. Soil macroinvertebrates had 3-37 times lower abundance and biodiversity at the contaminated sites compared with the control. Ground beetle communities at the contaminated sites were reduced compared to the control site. The concentrations of uranium and arsenic in beetles collected at the contaminated sites were 2-41 and 2-26 times higher, respectively, than at the control site. 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subjects Animals
Arsenic
Arsenic Poisoning
Biological effects
Coleoptera
Coleoptera - chemistry
Coleoptera - physiology
Environmental impact
Environmental monitoring
Food Chain
Heavy Metal Poisoning
Heavy metals
Industrial wastes
Macrofauna
Macroinvertebrates
Metal concentrations
Population Dynamics
Soil contaminants
Soil Pollutants, Radioactive - poisoning
Soils
Steppes
Studies
Thorium
Uranium
Uranium - poisoning
title Impact of pollution caused by uranium production on soil macrofauna
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