Silicate rock weathering and atmospheric/soil CO2 consumed by major world river basin
This study focuses on the chemical weathering process under the influence of human activities in the...
CO2 consumption by chemical weathering is an integral part of the boundless carbon cycle, whose spat...
An 11-box model of the oceanic carbon cycle including sedimentary processes is used to explore the r...
The Silicate Weathering Rate (SWR) and associated Carbon dioxide Consumption Rate (CCR) in tropical ...
Atmospheric CO2 is absorbed and dissolved in water via karst processes not only in carbonate rock ar...
International audienceThe silicate rock weathering followed by the formation of carbonate rocks in t...
The high HCO3- concentrations in the Yellow River (China) are generally believed to originate primar...
The fluvial geochemical data of major rivers draining the Himalayas and the Tibetan Plateau (HTP) ar...
Monthly samples of riverine water were collected and analyzed for the concentrations of major ions (...
Hydrochemistry and strontium isotope data were analysed in water samples from the Xi River Drainage ...
International audienceOn geological time-scales the carbon fluxes from the solid Earth to the atmosp...
The flux of atmospheric/soil CO2 consumed by chemical weathering of the continents (FCO2) can be est...
International audienceTo determine the CO2 consumption due to chemical weathering in the Alps, water...
International audienceThe weathering of silicate minerals removes carbon dioxide (CO2) from the atmo...
Water samples from the Buha and Shaliu Rivers, located on the semi-arid northeastern Tibetan Plateau...
This study focuses on the chemical weathering process under the influence of human activities in the...
CO2 consumption by chemical weathering is an integral part of the boundless carbon cycle, whose spat...
An 11-box model of the oceanic carbon cycle including sedimentary processes is used to explore the r...
The Silicate Weathering Rate (SWR) and associated Carbon dioxide Consumption Rate (CCR) in tropical ...
Atmospheric CO2 is absorbed and dissolved in water via karst processes not only in carbonate rock ar...
International audienceThe silicate rock weathering followed by the formation of carbonate rocks in t...
The high HCO3- concentrations in the Yellow River (China) are generally believed to originate primar...
The fluvial geochemical data of major rivers draining the Himalayas and the Tibetan Plateau (HTP) ar...
Monthly samples of riverine water were collected and analyzed for the concentrations of major ions (...
Hydrochemistry and strontium isotope data were analysed in water samples from the Xi River Drainage ...
International audienceOn geological time-scales the carbon fluxes from the solid Earth to the atmosp...
The flux of atmospheric/soil CO2 consumed by chemical weathering of the continents (FCO2) can be est...
International audienceTo determine the CO2 consumption due to chemical weathering in the Alps, water...
International audienceThe weathering of silicate minerals removes carbon dioxide (CO2) from the atmo...
Water samples from the Buha and Shaliu Rivers, located on the semi-arid northeastern Tibetan Plateau...
This study focuses on the chemical weathering process under the influence of human activities in the...
CO2 consumption by chemical weathering is an integral part of the boundless carbon cycle, whose spat...
An 11-box model of the oceanic carbon cycle including sedimentary processes is used to explore the r...
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