Chemical and physical weathering in south Patagonian rivers: A combined Sr-U-Be isotope approach

Keyphrases

• Chemical Weathering 100%
• 10Be 100%
• Chemical Denudation Rates 100%
• CO2 Consumption 100%
• Physical Weathering 100%
• Denudation Rate 100%
• GAINS Model 50%
• Long-term Rate 50%
• Time Series Data 50%
• Stream Sediments 50%
• Riverine 50%
• Rate-based 50%
• Strontium Isotopes 50%
• Andes 50%
• Volcanic 50%
• Denudation 50%
• Dissolved Material 50%
• Suspended Matter 50%
• Alpine Glaciers 50%
• Loss Model 50%
• Arid Climate 50%
• U-series 50%
• Uranium-series Disequilibrium 50%
• Silicate Weathering 50%
• South Patagonia 50%
• Global CO2 50%
• Alkaline Earth Silicate 50%
• Suspended-load Sediment 50%
• Sedimentary Cover 50%
• Dissolved Load 50%
• Sediment Residence Time 50%

Earth and Planetary Sciences

• Denudation 100%
• Physical Weathering 100%
• Carbon Dioxide 40%
• Isotope Ratios 20%
• Nuclides 20%
• Strontium 90 20%
• Andes 20%
• Suspended Load 20%
• Valley Glacier 20%
• Dissolved Load 20%
• Chemical Weathering 20%
• Alkaline Earth Metal 20%