The quantitative evaluation of the intensity of regional human activity can reflect changes in the relationship between people and the environment and provide a scientific basis for the formulation of land-use policy and for the construction of the ecological environment. This paper adopted the ratio of the area of construction land to the total area to calculate human activity intensity in Inner Mongolia at the league/city, banner/county, and pixel levels, respectively. On this basis, the overall change in human activity intensity and its spatiotemporal differentiation, geographical unit change, and spatial autocorrelation were analyzed. The results are as follows: (1) The intensity of human activity increased from 2000 to 2020. The intens...
Long-term remote sensing normalized difference vegetation index (NDVI) datasets have been widely use...
This study challenges the prevailing assumption that the expansion of cultivated land areas and incr...
Land change science (LCS) strives to understand and model land-use change, which will further advanc...
Human activity intensity is a synthesis index for describing the effects and influences of human act...
This study investigates the regional differences in the land use change since 2000 in Inner Mongolia...
Understanding the spatiotemporal changes in landscape patterns and their driving factors in Inner Mo...
Vigorous human activities have strengthened the development and utilization of land, causing huge da...
This paper takes 207 traditional villages in Inner Mongolia as the research object and uses the ArcG...
Land-use and land-cover changes have important effects on ecology, human systems, the environment, a...
Land use/cover change (LUCC) is one of the major environmental changes and has become a hot topic in...
Land-use and land-cover changes have important effects on ecology, human systems, the environment, a...
Understanding the causes and consequences of land use and land cover change in drylands is crucial f...
The long-term human activities could influence land use/cover change and sustainability. As the glob...
Inner Mongolia in China is a typically arid and semi-arid region with vegetation prominently affecte...
Mapping large-scale spatial patterns of grassland community properties in the Inner Mongolia Autonom...
Long-term remote sensing normalized difference vegetation index (NDVI) datasets have been widely use...
This study challenges the prevailing assumption that the expansion of cultivated land areas and incr...
Land change science (LCS) strives to understand and model land-use change, which will further advanc...
Human activity intensity is a synthesis index for describing the effects and influences of human act...
This study investigates the regional differences in the land use change since 2000 in Inner Mongolia...
Understanding the spatiotemporal changes in landscape patterns and their driving factors in Inner Mo...
Vigorous human activities have strengthened the development and utilization of land, causing huge da...
This paper takes 207 traditional villages in Inner Mongolia as the research object and uses the ArcG...
Land-use and land-cover changes have important effects on ecology, human systems, the environment, a...
Land use/cover change (LUCC) is one of the major environmental changes and has become a hot topic in...
Land-use and land-cover changes have important effects on ecology, human systems, the environment, a...
Understanding the causes and consequences of land use and land cover change in drylands is crucial f...
The long-term human activities could influence land use/cover change and sustainability. As the glob...
Inner Mongolia in China is a typically arid and semi-arid region with vegetation prominently affecte...
Mapping large-scale spatial patterns of grassland community properties in the Inner Mongolia Autonom...
Long-term remote sensing normalized difference vegetation index (NDVI) datasets have been widely use...
This study challenges the prevailing assumption that the expansion of cultivated land areas and incr...
Land change science (LCS) strives to understand and model land-use change, which will further advanc...