Dust-drought interactions over the last 15,000 years: A network of lake sediment records from the San Juan Mountains, Colorado

Keyphrases

• Drought 100%
• Dust 100%
• Colorado 100%
• San Juan Mountains 100%
• Dust Mass 100%
• Lake Sediment Records 100%
• Mass Accumulation Rate 100%
• Dust Deposition 50%
• Extreme Drought 33%
• Sediment Availability 33%
• Dust Accumulation 33%
• Dustiness 33%
• Colorado Plateau 16%
• Colorado River 16%
• Short Time Scale 16%
• Late Holocene 16%
• Climate Change 16%
• River Water 16%
• Drought Impacts 16%
• Management Decisions 16%
• Dust Production 16%
• Sediment Core 16%
• Aridity 16%
• Snow 16%
• Snowmelt 16%
• Human Activities 16%
• Late Glacial 16%
• Measurement Uncertainty 16%
• Age Uncertainty 16%
• Land Use Management 16%
• Prolonged Drought 16%
• Southwest United States 16%
• Model Uncertainty 16%
• Human-induced 16%
• Human-mediated 16%
• Monte Carlo 16%
• Transport Mechanism 16%
• Land Disturbance 16%
• Geomorphic Processes 16%
• Total Dust 16%
• Elemental Composition 16%
• Water Managers 16%
• Glacial-interglacial Transition 16%
• End-member Mixing Analysis 16%
• Particle Size Composition 16%
• Highest Density Region 16%
• Snow-fed 16%

Earth and Planetary Sciences

• Colorado 100%
• Lacustrine Deposit 100%
• Accumulation Rate 100%
• Holocene 33%
• Climate Change 16%
• United States 16%
• River Water 16%
• Sediment Core 16%
• Snowmelt 16%
• Aridity 16%
• Land Use 16%
• Late Glacial 16%
• Geomorphic Process 16%