Migration is one of the major socio-economic characteristics of China since the country adopted the policy of economic reform in late 1970s. Many studies have been dedicated to understand why and how people move, and the consequences of their welfare. The purpose of this study is to investigate the environmental impacts of the large scale movement of population in China. We analyzed the trend in the Normalized Difference Vegetation Index (NDVI) from the Advanced Very High Resolution Radiometer (AVHRR) along with China migration data from the 1 percent national survey during 1982-1987, the 4th national census during 1985-1990 and the 5th national census during1995∼2000. We found that the internal migration in China has a statistically signif...
China has been undergoing a very rapid but unbalanced urbanization, characterized by under-urbanizat...
Dramatic desertifi cation in the Minqin oasis of the Shiyang River catchment, northwest China has re...
The 400 mm annual precipitation fluctuation zone (75°55′–127°6′E and 26&...
Migration is one of the major socio-economic characteristics of China since the country adopted the ...
Different government departments and researchers have paid considerable attention at various levels ...
This study attempts to quantify the relative contributions of vegetation greening in China due to cl...
Internal migration between Chinese provinces has increased substantially since the mid-1980s. Though...
After presenting a brief account of the societal context of China, the authors use the microdata of ...
The relationship between population and the environment holds an important role in research on the l...
Understanding the interactions of climate-vegetation and human-vegetation has been a critical issue ...
As an important approach for relieving conflicts between ecosystems and human activities in the Tian...
Climate change-driven migration has drawn serious attention, especially in the background of the cur...
How urban vegetation was influenced by three decades of intensive urbanization in China is of great ...
Abstract: It is generally believed that there is an inverse relationship between population growth a...
International audienceThis paper analyses the impact of the Sloping Land Conversion Program (SLCP) o...
China has been undergoing a very rapid but unbalanced urbanization, characterized by under-urbanizat...
Dramatic desertifi cation in the Minqin oasis of the Shiyang River catchment, northwest China has re...
The 400 mm annual precipitation fluctuation zone (75°55′–127°6′E and 26&...
Migration is one of the major socio-economic characteristics of China since the country adopted the ...
Different government departments and researchers have paid considerable attention at various levels ...
This study attempts to quantify the relative contributions of vegetation greening in China due to cl...
Internal migration between Chinese provinces has increased substantially since the mid-1980s. Though...
After presenting a brief account of the societal context of China, the authors use the microdata of ...
The relationship between population and the environment holds an important role in research on the l...
Understanding the interactions of climate-vegetation and human-vegetation has been a critical issue ...
As an important approach for relieving conflicts between ecosystems and human activities in the Tian...
Climate change-driven migration has drawn serious attention, especially in the background of the cur...
How urban vegetation was influenced by three decades of intensive urbanization in China is of great ...
Abstract: It is generally believed that there is an inverse relationship between population growth a...
International audienceThis paper analyses the impact of the Sloping Land Conversion Program (SLCP) o...
China has been undergoing a very rapid but unbalanced urbanization, characterized by under-urbanizat...
Dramatic desertifi cation in the Minqin oasis of the Shiyang River catchment, northwest China has re...
The 400 mm annual precipitation fluctuation zone (75°55′–127°6′E and 26&...