Impacts of glacial/interglacial cycles on continental rock weathering inferred using Sr/Ca and 87Sr/ 86Sr ratios in Michigan watersheds

Keyphrases

• Michigan 100%
• Soil Water 100%
• Glacial-interglacial Cycles 100%
• Rock Weathering 100%
• Amphibole 71%
• K-feldspar 57%
• Plagioclase 57%
• Carbonate 42%
• Endmember 42%
• Canadian Shield 42%
• Michigan Basin 42%
• Huron 28%
• Groundwater 28%
• Kalamazoo 28%
• Sr Isotopes 28%
• Carbonate Minerals 28%
• Sr Isotopic Ratio 28%
• Ca2+ 14%
• Silicate 14%
• Riverine 14%
• Glacial Ice 14%
• Continental Glaciation 14%
• Glacial Retreat 14%
• Soil Mineralogy 14%
• Natural Water 14%
• Dolomite 14%
• Sr Isotopic Composition 14%
• Mg2+ 14%
• Gneiss 14%
• Sedimentary Rocks 14%
• Shallow Soil 14%
• Carbonate Weathering 14%
• Weathering Rates 14%
• Great Depth 14%
• Sr Flux 14%
• Feldspar Dissolution 14%
• Plagioclase Feldspar 14%
• Mineral Weathering 14%
• North American Continent 14%
• Chemical Weathering 14%
• Weathering Processes 14%
• Sr2+ 14%
• Hydrologic Flow Paths 14%
• Weathering Intensity 14%
• Feldspar Weathering 14%
• Drift Deposits 14%
• Soil Water Chemistry 14%
• Soil Ground 14%

Earth and Planetary Sciences

• Michigan 100%
• Glacial-Interglacial Cycle 100%
• Soil Water 100%
• Amphibole 62%
• Canadian Shield 37%
• Isotopic Ratio 25%
• Carbonate Mineral 25%
• Groundwater 25%
• Isotopic Composition 12%
• Gneiss 12%
• Soil Mineralogy 12%
• Calcite 12%
• Precambrian 12%
• Sedimentary Rock 12%
• Water Chemistry 12%
• Weathering Rate 12%
• Chemical Weathering 12%
• Hydrologic Flow 12%
• Shallow Soil 12%
• Dolomite 12%
• Continent 12%
• Silicate 12%
• Drift (Glacial Deposit) 12%