As a powerful dynasty ruling northern China from 386 to 534 CE, the Northern Wei dynasty unexpectedly moved its capital from Pingcheng to Luoyang in 494 CE. This move has great significance in Chinese history, and the reasons for it have aroused intense and long-lasting controversy. To explore the environmental factors underlying this event, this study focuses on the impact of natural disasters on Pingcheng in the fifth century based on continuous high-resolution paleoclimatic data combined with extensive historical records. It finds that Pingcheng experienced a significant decline in the late 470s CE as a result of continuous droughts and a low-temperature environment. Moreover, it is argued that the rapid growth of the population in Pingc...
The evident connection between human evolution and climatic changes has been concurred by scientists...
Climate change may contribute to the spatio-temporal occurrence of disasters. Long-term studies of e...
The long-term dynamic of natural disasters drawn from historical records is vital for predicting the...
Climate change is currently of great concern by scientist and public. However, the ecological and s...
Historical case studies of climate change impacts and the resulting social responses can provide ana...
Mulan Qiuxian (the autumn hunt in Mulan) was an important imperial activity in the Qing dynasty (164...
The Xinzhai Period (3550-3400 aBP) belongs to Late Neolithic Culture, which bridges the Longshan Cul...
Many studies of secular population cycles in historical China conclude that when population is large...
Understanding the societal impacts of past climate changes may deepen our insight into human adaptat...
Tongwan City is one of the most famous and best-researched archaeological sites in China. By using p...
It has long been recognized that the dynamics of human societies are influenced by climate change, b...
In this paper, the spatial and temporal distribution of the settlement sites of six periods from the...
High-quality paleoclimate reconstructions can provide crucial climate context to test the hypothesis...
Numerous environmental archaeology studies have been undertaken in the middle and lower reaches of t...
Understanding the socioeconomic effects of past climate change is valuable for sustainable social de...
The evident connection between human evolution and climatic changes has been concurred by scientists...
Climate change may contribute to the spatio-temporal occurrence of disasters. Long-term studies of e...
The long-term dynamic of natural disasters drawn from historical records is vital for predicting the...
Climate change is currently of great concern by scientist and public. However, the ecological and s...
Historical case studies of climate change impacts and the resulting social responses can provide ana...
Mulan Qiuxian (the autumn hunt in Mulan) was an important imperial activity in the Qing dynasty (164...
The Xinzhai Period (3550-3400 aBP) belongs to Late Neolithic Culture, which bridges the Longshan Cul...
Many studies of secular population cycles in historical China conclude that when population is large...
Understanding the societal impacts of past climate changes may deepen our insight into human adaptat...
Tongwan City is one of the most famous and best-researched archaeological sites in China. By using p...
It has long been recognized that the dynamics of human societies are influenced by climate change, b...
In this paper, the spatial and temporal distribution of the settlement sites of six periods from the...
High-quality paleoclimate reconstructions can provide crucial climate context to test the hypothesis...
Numerous environmental archaeology studies have been undertaken in the middle and lower reaches of t...
Understanding the socioeconomic effects of past climate change is valuable for sustainable social de...
The evident connection between human evolution and climatic changes has been concurred by scientists...
Climate change may contribute to the spatio-temporal occurrence of disasters. Long-term studies of e...
The long-term dynamic of natural disasters drawn from historical records is vital for predicting the...