International audienceIn the present study, we report lithium concentrations and Li isotopic compositions for different samples within a granitic watershed (Margeride, France). We investigate unweathered bedrock and samples displaying different stages of weathering in order to characterize Li isotopic fractionation. This was achieved by coupling lithium isotope geochemistry and reactive transport modeling during granite weathering at the scale of this watershed. The following manuscript reports methodology and the preliminary data
Lithium is potentially an attractive tracer of continental weathering because its two isotopes have ...
AbstractWe explore the geochemistry and the isotopic composition of lithium (δ7Li) of rivers drainin...
Lithium (Li) isotopes are a promising tracer of chemical weathering processes for both modern and an...
International audienceIn the present study, we report lithium concentrations and Li isotopic composi...
International audienceOver the last decade it has become apparent that Li isotopes may be a good pro...
A comprehensive understanding of lithium-isotope fractionation during terrestrial weathering is nece...
International audienceWe report Li isotopic compositions, for river waters and suspended sediments, ...
This manuscript is a summary of the research work carried out at BRGM over the past 10 years under m...
International audienceAssessing the origin and behaviour of lithium and the distribution of Li isoto...
The stable isotopes of lithium (Li) serve as a robust proxy of silicate weathering. The fate and tra...
AbstractIn order to characterize water-rock interactions in granite, we performed laboratory experim...
We explore the geochemistry and the isotopic composition of lithium (δ7Li) of rivers draining volcan...
Lithium isotopes are used to trace weathering intensity, but little is known about the processes tha...
Variations in lithium and silicon isotope ratios in groundwaters of the Great Artesian Basin in Aust...
Silicate weathering is the primary control of atmospheric CO2 concentrations on multiple timescales....
Lithium is potentially an attractive tracer of continental weathering because its two isotopes have ...
AbstractWe explore the geochemistry and the isotopic composition of lithium (δ7Li) of rivers drainin...
Lithium (Li) isotopes are a promising tracer of chemical weathering processes for both modern and an...
International audienceIn the present study, we report lithium concentrations and Li isotopic composi...
International audienceOver the last decade it has become apparent that Li isotopes may be a good pro...
A comprehensive understanding of lithium-isotope fractionation during terrestrial weathering is nece...
International audienceWe report Li isotopic compositions, for river waters and suspended sediments, ...
This manuscript is a summary of the research work carried out at BRGM over the past 10 years under m...
International audienceAssessing the origin and behaviour of lithium and the distribution of Li isoto...
The stable isotopes of lithium (Li) serve as a robust proxy of silicate weathering. The fate and tra...
AbstractIn order to characterize water-rock interactions in granite, we performed laboratory experim...
We explore the geochemistry and the isotopic composition of lithium (δ7Li) of rivers draining volcan...
Lithium isotopes are used to trace weathering intensity, but little is known about the processes tha...
Variations in lithium and silicon isotope ratios in groundwaters of the Great Artesian Basin in Aust...
Silicate weathering is the primary control of atmospheric CO2 concentrations on multiple timescales....
Lithium is potentially an attractive tracer of continental weathering because its two isotopes have ...
AbstractWe explore the geochemistry and the isotopic composition of lithium (δ7Li) of rivers drainin...
Lithium (Li) isotopes are a promising tracer of chemical weathering processes for both modern and an...