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Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

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Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568083
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568092
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568093
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568094
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568095
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568096
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568097
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568098
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568116
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568117
Photo ID has been copied
Photo: Gerhard Launer

Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany — KOLONIE FORTSCHRITT 25.08.2016 Colorful water surface and water discoloration in open-cast mining, overburden and residual areas due to sulfuric acid compounds and oxidized iron compounds These are dissolved by rising groundwater and lead to acidification and clogging of the water. in Kolonie Fortschritt in the state Brandenburg, Germany

Photo ID: 568119
Photo ID has been copied
Photo: Gerhard Launer

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