Carbon Sources and Water-Rock Interactions in the Allier River, France

Carbon Sources and Water-Rock Interactions in the Allier River, France

The Allier River is an important tributary of the Loire River, one of the major rivers in France. The Allier River presents both a natural environment upstream and a zone deeply impacted by mines and human activities. The δ13C and δ7Li combination show that the Allier River DIC is due to mixing of c...

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Veröffentlicht in:Procedia earth and planetary science 2013, Vol.7, p.713-716
Hauptverfasser: Rivé, K., Rad, S., Assayag, N.
Format: Artikel
Sprache:eng
Schlagworte:
Allier
Carbon
DIC
Earth Sciences
Environmental Sciences
Geochemistry
Global Changes
Hydrothermalism
Isotopes
Lithium
Sciences of the Universe
Water rock interactions
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creator Rivé, K.
Rad, S.
Assayag, N.
description The Allier River is an important tributary of the Loire River, one of the major rivers in France. The Allier River presents both a natural environment upstream and a zone deeply impacted by mines and human activities. The δ13C and δ7Li combination show that the Allier River DIC is due to mixing of carbon from organic decay produced in a natural environment upstream, progressively enriched in DIC of anthropogenic origin downstream, and magmatic carbon inputs often associated with hydrothermal contributions.
doi_str_mv 10.1016/j.proeps.2013.03.120
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subjects Allier
Carbon
DIC
Earth Sciences
Environmental Sciences
Geochemistry
Global Changes
Hydrothermalism
Isotopes
Lithium
Sciences of the Universe
Water rock interactions
title Carbon Sources and Water-Rock Interactions in the Allier River, France
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