Mid-Holocene salinity intrusion and rice yield loss on East China coast and the impacts on formation of a complex state society

Keyphrases

• State-society 100%
• Mid-Holocene 100%
• East China 100%
• Salinity Intrusion 100%
• China Coast 100%
• Rice Yield Loss 100%
• Complex State 100%
• Rice 66%
• Dry Climate 66%
• Liangzhu 66%
• Typhoon Event 66%
• Eastern Mediterranean 33%
• Climatic Change 33%
• Drought 33%
• Phytoliths 33%
• Freshwater 33%
• China 33%
• Africa 33%
• Natural Disasters 33%
• Domestication 33%
• Resilient 33%
• Cultural Change 33%
• Hydrological Change 33%
• Neolithic Sites 33%
• Local Environment 33%
• Diatoms 33%
• Neolithic Culture 33%
• Climate Events 33%
• Organic-rich 33%
• Typhoon 33%
• Freshwater Wetlands 33%
• Diatom Species 33%
• Multi-proxy Analysis 33%
• Brackish Water 33%
• Complex Societies 33%
• Sr Concentration 33%
• Liangzhu Culture 33%
• Rice Farming 33%
• Metal Geochemistry 33%
• Climate Instability 33%
• Hangzhou Bay 33%
• Planktonic Diatoms 33%
• Rice Phytolith 33%
• C3 Plants 33%
• Fish Scales 33%
• Rice Cultivation 33%
• Coastal Lowlands 33%
• Alkaline Earth Metals 33%
• Hemudu 33%
• South Bank 33%
• Hangzhou 33%
• Rice Yield 33%

Earth and Planetary Sciences

• Holocene 100%
• Salinity 100%
• China 100%
• Diatom 75%
• Cyclones 75%
• Phytolith 50%
• Prehistoric 50%
• Sedimentology 25%
• Africa 25%
• Cultural Change 25%
• Hydrological Change 25%
• Geochemistry 25%
• Natural Disaster 25%
• Brackish Water 25%
• Alkaline Earth Metal 25%
• C3 Plant 25%
• Agriculture 25%

Agricultural and Biological Sciences

• Diatom 100%
• Phytolith 66%
• Brackish Water 33%
• Lowlands 33%
• C3 Plant 33%
• Geochemistry 33%
• Agriculture 33%