Search Results - Open Polar - "sulfide mineral"

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Modeling of Water-rock interaction in the Mackenzie Basin: competition between sulfuric and carbonic acids

by Godderis, Yves, Beaulieu, Emilie, Labat, David, Roelandt, Caroline, Gaillardet, Jérôme, Calmels, Damien
Published in Chemical Geology (2011)
“... of sulfide minerals within a river basin decreases the apparent net consumption of atmospheric CO2 through...”

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2

Modeling of Water-rock interaction in the Mackenzie Basin: competition between sulfuric and carbonic acids

by Godderis, Yves, Beaulieu, Emilie, Labat, David, Roelandt, Caroline, Gaillardet, Jérôme, Calmels, Damien
Published in Chemical Geology (2011)
“... of sulfide minerals within a river basin decreases the apparent net consumption of atmospheric CO2 through...”

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Select result number 3
3

Modeling of Water-rock interaction in the Mackenzie Basin: competition between sulfuric and carbonic acids

by Godderis, Yves, Beaulieu, Emilie, Labat, David, Roelandt, Caroline, Gaillardet, Jérôme, Calmels, Damien
Published in Chemical Geology (2011)
“... of sulfide minerals within a river basin decreases the apparent net consumption of atmospheric CO2 through...”

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4

Modeling of Water-rock interaction in the Mackenzie Basin: competition between sulfuric and carbonic acids

by Godderis, Yves, Beaulieu, Emilie, Labat, David, Roelandt, Caroline, Gaillardet, Jérôme, Calmels, Damien
Published in Chemical Geology (2011)
“... of sulfide minerals within a river basin decreases the apparent net consumption of atmospheric CO2 through...”

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5

Modeling of Water-rock interaction in the Mackenzie Basin: competition between sulfuric and carbonic acids

by Godderis, Yves, Beaulieu, Emilie, Labat, David, Roelandt, Caroline, Gaillardet, Jérôme, Calmels, Damien
Published in Chemical Geology (2011)
“... of sulfide minerals within a river basin decreases the apparent net consumption of atmospheric CO2 through...”

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6

Modeling of Water-rock interaction in the Mackenzie Basin: competition between sulfuric and carbonic acids

by Godderis, Yves, Beaulieu, Emilie, Labat, David, Roelandt, Caroline, Gaillardet, Jérôme, Calmels, Damien
Published in Chemical Geology (2011)
“... of sulfide minerals within a river basin decreases the apparent net consumption of atmospheric CO2 through...”

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Select result number 7
7

Modeling of Water-rock interaction in the Mackenzie Basin: competition between sulfuric and carbonic acids

by Godderis, Yves, Beaulieu, Emilie, Labat, David, Roelandt, Caroline, Gaillardet, Jérôme, Calmels, Damien
Published in Chemical Geology (2011)
“... of sulfide minerals within a river basin decreases the apparent net consumption of atmospheric CO2 through...”

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Article in Journal/Newspaper