Assessing the linkages among climate variability, land-use change and the sedimentary regime of the Upper Chesapeake Bay

Keyphrases

• Land Use Change 100%
• Climate Variability 100%
• Chesapeake Bay 100%
• Sediment Regime 100%
• Magnetic Susceptibility 66%
• Centennial Timescale 66%
• Susquehanna River 66%
• Order of Magnitude 33%
• Aliasing 33%
• Patterned Surface 33%
• Susceptibility Profile 33%
• Estuary 33%
• Land Surface 33%
• Land Use 33%
• Suspended Sediment 33%
• Radiocarbon Dating 33%
• Sediment Transport 33%
• Native Forest 33%
• Climate Change Impacts 33%
• Drought 33%
• Stream Discharge 33%
• Reservoir Capacity 33%
• Large Floods 33%
• Rainfall-runoff 33%
• Sediment Yield 33%
• Sediment Input 33%
• Erodibility 33%
• Sediment Accumulation 33%
• Sediment Accumulation Rate 33%
• Decadal Timescale 33%
• Accumulation Pattern 33%
• Anthropogenic Land Use Change 33%
• Hydrological Extremes 33%
• Coarse Fraction 33%
• Chesapeake 33%
• Regional Rainfall 33%
• Sedimentation Patterns 33%
• Stratigraphic Correlation 33%
• Dam Reservoir 33%
• Historical Precipitation 33%
• Clear-cutting 33%
• Piston Core 33%
• Estuarine Sedimentation 33%
• Particle Analysis 33%

Earth and Planetary Sciences

• Climate Variation 100%
• Land Use Change 100%
• Chesapeake Bay 100%
• Timescale 100%
• Magnetic Permeability 66%
• United States of America 33%
• Land Surface 33%
• Erodibility 33%
• Accumulation Rate 33%
• Suspended Sediment 33%
• Earth Surface Sediment Transport 33%
• Sediment Yield 33%
• Regional Pattern 33%
• Stratigraphic Correlation 33%
• Clearcutting 33%
• Land Use 33%