Using multiple archives to understand past and present climate-human-environment interactions: the lake Erhai catchment, Yunnan Province, China

Keyphrases

• China 100%
• Terraces 100%
• Disturbed Lands 100%
• Present Climate 100%
• Environmental Change 100%
• Topsoil Erosion 100%
• Yunnan Province 100%
• Past Climate 100%
• Summer Monsoon 100%
• Lake Erhai 100%
• Human-environment Interactions 100%
• Dali 100%
• Irrigation 50%
• Sedimentary Record 50%
• Han People 50%
• Terrestrial Records 50%
• Cultural Horizon 50%
• Human Habitation 50%
• Climate Drivers 50%
• Late Qing 50%
• High Altitude 50%
• Valley Plain 50%
• Flood Defence 50%
• Ming Dynasty 50%
• Qing Dynasty 50%
• Lake Sediments 50%
• Marginal Agricultural Land 50%
• Human Impact 50%
• Sediment Core 50%
• Human-dominated Landscapes 50%
• Climate Time Series 50%
• Silver Smelting 50%
• Erhai Lake 50%
• Silk Road 50%
• Sediment Sources 50%
• Social Drivers 50%
• Soil Erosion 50%
• Southwest China 50%
• Modern Agricultural 50%
• High Magnitude 50%
• Main Drivers 50%
• Speleothem 50%
• Late Ming 50%
• Archaeological Record 50%
• Resilience 50%
• Environmental Crisis 50%
• Multi-proxy Record 50%
• Agriculture 50%
• Environmental History 50%
• Regional Centers 50%
• Hydraulics 50%
• River Discharge 50%
• Agricultural Systems 50%
• Gully Erosion 50%
• Sustainable Future 50%
• Human Activities 50%
• Detrended Correspondence Analysis 50%
• Core Sequence 50%
• Environmental Evolution 50%
• Metalworking 50%
• Future Sustainability 50%
• Pollen Assemblages 50%
• Regional Climate 50%
• Sediment Metals 50%
• Steep Slope 50%
• Historical Perspective 50%

Earth and Planetary Sciences

• Environmental Impact Assessment 100%
• Holocene 100%
• China 100%
• Time Series 100%
• Environmental Change 100%
• Topsoil 100%
• Environmental History 50%
• Farmland 50%
• Regional Climate 50%
• Altitude 50%
• Vegetation 50%
• Gully Erosion 50%
• Anthropogenic Effect 50%
• Speleothem 50%
• Lacustrine Deposit 50%
• Forming Technique 50%
• River Discharge 50%
• Erosion 50%
• Sediment Core 50%
• Correspondence Analysis 50%
• Farming System 50%