Three scenarios of spatial distribution of human population in China are developed in the years 2010 and 2020, respectively by means of the method of surface modeling of population distribution (SMPD). Each one of the SMPD scenarios is defined as a plausible alternative future under particular assumptions of elevation, water system, net primary productivity (NPP), urbanization, transport infrastructure development, and population growth. The SMPD scenarios show that if population could freely migrate within the whole China, the balanced ratios of population in the western region, the middle region and the eastern region to total population in the whole China would be 16%, 33% and 52%, respectively
This research focuses on an analysis of multiregional population dynamics of China at two spatial le...
A method for surface modeling of land cover change (SMLC) is developed on the basis of establishing ...
AbstractLand use changes affect many aspects of Earth System functioning, for example in impacting g...
A model for simulating population distribution (MSPD) of China is developed based on the grid genera...
On the basis of introducing major data layers corresponding to net primary productivity (NPP), eleva...
Accurate and reliable subnational and spatially explicit population projections under shared socioec...
Considering the size and the regional diversity of China, a prudent analysis of many economic and po...
China has been experiencing an unprecedented urbanization process. In 2011, China's urban population...
According to UN forecasts, global population will increase to over 8 billion by 2025, with much of t...
We report here spatially explicit scenario interpretations for population and economic activity (GDP...
This paper assesses how widely perceived changes in the economy and society of China will affect fut...
Precise multi-scenario projections of future economic outputs based on localised interpretations of ...
The relationship between population distribution and resources, environment and social-economic deve...
China's notoriously bulging population has challenged the government's and the land's ability to pro...
China has experienced unprecedented urbanization in the past few decades, fueled by population growt...
This research focuses on an analysis of multiregional population dynamics of China at two spatial le...
A method for surface modeling of land cover change (SMLC) is developed on the basis of establishing ...
AbstractLand use changes affect many aspects of Earth System functioning, for example in impacting g...
A model for simulating population distribution (MSPD) of China is developed based on the grid genera...
On the basis of introducing major data layers corresponding to net primary productivity (NPP), eleva...
Accurate and reliable subnational and spatially explicit population projections under shared socioec...
Considering the size and the regional diversity of China, a prudent analysis of many economic and po...
China has been experiencing an unprecedented urbanization process. In 2011, China's urban population...
According to UN forecasts, global population will increase to over 8 billion by 2025, with much of t...
We report here spatially explicit scenario interpretations for population and economic activity (GDP...
This paper assesses how widely perceived changes in the economy and society of China will affect fut...
Precise multi-scenario projections of future economic outputs based on localised interpretations of ...
The relationship between population distribution and resources, environment and social-economic deve...
China's notoriously bulging population has challenged the government's and the land's ability to pro...
China has experienced unprecedented urbanization in the past few decades, fueled by population growt...
This research focuses on an analysis of multiregional population dynamics of China at two spatial le...
A method for surface modeling of land cover change (SMLC) is developed on the basis of establishing ...
AbstractLand use changes affect many aspects of Earth System functioning, for example in impacting g...