After the closure of the coal mining activities in the Massif Central range, France, several lakes were formed as a consequence of mine collapse. The old mines, located at the bottom of lakes, are certified sources of As and heavy metals. During a time period of one year, we have monitored the water column of one of these lakes in order to identify geochemical process controlling water quality dominated by precipitation of gypsum and calcite. We have therefore performed laboratory experiments to study how As is trapped during calcite and gypsurn precipitation in presence of As III and V respectively
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
International audienceHistorical Au-ore exploitation at the Chéni mine in the Massif Central, France...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceThe subwatershed studied drains a non-exploited area of the St-Yrieix-la-Perch...
International audienceThe subwatershed studied drains a non-exploited area of the St-Yrieix-la-Perch...
International audienceThe subwatershed studied drains a non-exploited area of the St-Yrieix-la-Perch...
International audienceThe distribution of arsenic (As(III), As(V)) and iron (Fe(II), Fe(III)) specie...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
The Coeur d' Alene Mining District is one of the major silver, lead, and zinc producing areas in the...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
International audienceHistorical Au-ore exploitation at the Chéni mine in the Massif Central, France...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceAfter the closure of the coal mining activities in the Massif Central range, F...
International audienceThe subwatershed studied drains a non-exploited area of the St-Yrieix-la-Perch...
International audienceThe subwatershed studied drains a non-exploited area of the St-Yrieix-la-Perch...
International audienceThe subwatershed studied drains a non-exploited area of the St-Yrieix-la-Perch...
International audienceThe distribution of arsenic (As(III), As(V)) and iron (Fe(II), Fe(III)) specie...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
The Coeur d' Alene Mining District is one of the major silver, lead, and zinc producing areas in the...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
International audienceThe water column chemistry of lake St Eloy (St Eloy-les Mines, Allier, France)...
International audienceHistorical Au-ore exploitation at the Chéni mine in the Massif Central, France...