. "3"^^ . . . "K\u0159\u00EDbek, Bohdan" . . . . . . . . "Mapani, Benjamin" . "7"^^ . . "Pa\u0161ava, Jan" . "Contamination of soils with dust fallout from the tailings dam at the Rosh Pinah area, Namibia: Regional assessment, dust dispersion modeling and environmental consequences" . "Czech geological survey" . . "I, P(GAP210/12/1413)" . "5"^^ . . . "RIV/00025798:_____/14:00000100!RIV15-GA0-00025798" . "Contamination of soils with dust fallout from the tailings dam at the Rosh Pinah area, Namibia: Regional assessment, dust dispersion modeling and environmental consequences" . "Metals, soil pollution, environment, Rosh Pinah, Namibia, tailings, gastric accessibility, dispersion modelling"@en . "2014-05-26+02:00"^^ . "Contamination of soils with dust fallout from the tailings dam at the Rosh Pinah area, Namibia: Regional assessment, dust dispersion modeling and environmental consequences"@en . . "Majer, Vladim\u00EDr" . "Prague" . "Praha" . . . . "Contamination of soils with dust fallout from the tailings dam at the Rosh Pinah area, Namibia: Regional assessment, dust dispersion modeling and environmental consequences"@en . . "RIV/00025798:_____/14:00000100" . . "The dust blown out from the tailings dam appears to be the major environmental threat in the Rosh Pinah town. The degree of regional industrial pollution of topsoil can be best evaluated using the Coefficient of Industrial Pollution (CIP) based on actual and median concentrations of the given contaminants. The bioaccessibility of metals and arsenic in topsoils was tested by a US EPA-adopted in vitro method using a simulating gastric fluid formed of a 0.4Msolution of glycine adjusted to pH 1.5 by HCl addition. Gastric accessible contents of chemical elements in topsoil increase (in % of their total contents in topsoil) in the ascending sequence: Fe (6.2%) \u2192 As (8.6%) \u2192 Cu (23.6%) \u2192 Zn (39.3%) \u2192 Mn (66.7%) \u2192 Pb (85.9%). The evaluation of obtained data on gastric bioaccessibility indicates that a health risk related to soil or dust ingestion should be taken into account only in the case of lead. Dispersion modeling of suspended dust particles (TSP) in the air at Rosh Pinah revealed that while the whole surface of the tailings dam was dry in the past due to infiltration and evaporation of water, the average yearly concentrations of TPS in the Rosh Pinah town amounted to 100\u2013300 \u03BCg m\u22123, but when two thirds of tailings dam surface has currently been covered with water, the concentrations of TPS markedly decreased to 30\u2013100 \u03BCg m\u22123. The results of dispersion modeling fit well with the results of ground geochemical survey." . . "[036E43CC4D26]" . "8751" . . "Ettler, Vojt\u011Bch" . . "Kamona, Frederick" . "Keder, Josef" . . "The dust blown out from the tailings dam appears to be the major environmental threat in the Rosh Pinah town. The degree of regional industrial pollution of topsoil can be best evaluated using the Coefficient of Industrial Pollution (CIP) based on actual and median concentrations of the given contaminants. The bioaccessibility of metals and arsenic in topsoils was tested by a US EPA-adopted in vitro method using a simulating gastric fluid formed of a 0.4Msolution of glycine adjusted to pH 1.5 by HCl addition. Gastric accessible contents of chemical elements in topsoil increase (in % of their total contents in topsoil) in the ascending sequence: Fe (6.2%) \u2192 As (8.6%) \u2192 Cu (23.6%) \u2192 Zn (39.3%) \u2192 Mn (66.7%) \u2192 Pb (85.9%). The evaluation of obtained data on gastric bioaccessibility indicates that a health risk related to soil or dust ingestion should be taken into account only in the case of lead. Dispersion modeling of suspended dust particles (TSP) in the air at Rosh Pinah revealed that while the whole surface of the tailings dam was dry in the past due to infiltration and evaporation of water, the average yearly concentrations of TPS in the Rosh Pinah town amounted to 100\u2013300 \u03BCg m\u22123, but when two thirds of tailings dam surface has currently been covered with water, the concentrations of TPS markedly decreased to 30\u2013100 \u03BCg m\u22123. The results of dispersion modeling fit well with the results of ground geochemical survey."@en . "978-80-7075-858-8" . "Addressing environmental and health impacts of active and abandoned mines in Sub-Saharan Africa. Proceedings of the Closing Workshop of the IGCP/SIDA Projects 594 and 606,Prague, Czech Republic, May 26\u201428, 2014" .