Different government departments and researchers have paid considerable attention at various levels to improving the eco-environment in ecologically fragile areas. Over the past decade, large numbers of people have emigrated from rural areas as a result of the rapid urbanization in Chinese society. The question then remains: to what extent does this migration affect the regional vegetation greenness in the areas that people have moved from? Based on normalized difference vegetation index (NDVI) data with a resolution of 1 km, as well as meteorological data and socio-economic data from 2000 to 2010 in Inner Mongolia, the spatio-temporal variation of vegetation greenness in the study area was analyzed via trend analysis and significance test ...
Abstract Changes in the spatiotemporal pattern of vegetation alter the structure and function of lan...
Climate change and anthropogenic activities are widely considered the main factors affecting vegetat...
Multiple ecological engineering projects have been implemented in semiarid and subhumid Northern Chi...
Migration is one of the major socio-economic characteristics of China since the country adopted the ...
Extensive studies have investigated the relationships between climate change and vegetation dynamics...
Inner Mongolia in China is a typically arid and semi-arid region with vegetation prominently affecte...
Grassland ecological migration project is implemented in Northwest China as an attempt to restore th...
The Chinese government introduced six ecological restoration programs to improve its natural environ...
Poverty and disasters are globally prevalent in ecologically fragile areas. Ecological migration is ...
Human impact plays an increasing role on vegetation change even on the Tibetan Plateau, an area that...
This study attempts to quantify the relative contributions of vegetation greening in China due to cl...
Land-use and land-cover changes have important effects on ecology, human systems, the environment, a...
Understanding the vegetation greenness dynamics in the forest–steppe transition zone is essential fo...
Rural population has continually declined in response to the rapid urbanization process occurring in...
Understanding the interactions of climate-vegetation and human-vegetation has been a critical issue ...
Abstract Changes in the spatiotemporal pattern of vegetation alter the structure and function of lan...
Climate change and anthropogenic activities are widely considered the main factors affecting vegetat...
Multiple ecological engineering projects have been implemented in semiarid and subhumid Northern Chi...
Migration is one of the major socio-economic characteristics of China since the country adopted the ...
Extensive studies have investigated the relationships between climate change and vegetation dynamics...
Inner Mongolia in China is a typically arid and semi-arid region with vegetation prominently affecte...
Grassland ecological migration project is implemented in Northwest China as an attempt to restore th...
The Chinese government introduced six ecological restoration programs to improve its natural environ...
Poverty and disasters are globally prevalent in ecologically fragile areas. Ecological migration is ...
Human impact plays an increasing role on vegetation change even on the Tibetan Plateau, an area that...
This study attempts to quantify the relative contributions of vegetation greening in China due to cl...
Land-use and land-cover changes have important effects on ecology, human systems, the environment, a...
Understanding the vegetation greenness dynamics in the forest–steppe transition zone is essential fo...
Rural population has continually declined in response to the rapid urbanization process occurring in...
Understanding the interactions of climate-vegetation and human-vegetation has been a critical issue ...
Abstract Changes in the spatiotemporal pattern of vegetation alter the structure and function of lan...
Climate change and anthropogenic activities are widely considered the main factors affecting vegetat...
Multiple ecological engineering projects have been implemented in semiarid and subhumid Northern Chi...