Add to ORKGOvergrazing is one of the primary causes of desertification in Inner Mongolia grassland. A previous paper estimated herbage quantity and quality (Kawamura et al., 2005), and quantified the grazing intensity on grass biomass using Terra MODIS satellite, Global Positioning Systems (GPS) and GIS (Kawamura et al., 2003). The aim of this study is real-time monitoring of both grass biomass and animal behaviour to evaluate the effect of grazing intensity (GI) on grass growth rate during the growing season using Terra MODIS satellite and GPS
The Inner Mongolia grassland, one of the most important grazing regions in China, has long been thre...
Ecosystems in the Mongolian Plateau are becoming increasingly sensitive to human intervention, leadi...
The grassland ecosystems of Mongolia are among the most sensitive to global climate change because o...
Steppe grassland in Inner Mongolia, China, is threatened by desertification mainly because of overgr...
Grassland condition depends on a balance between growth rates of grasses and herbage intake by anima...
In this study, the effect of different grazing regimes on the vegetation cover of grassland pastures...
China has abundant grassland resources (approximately 400 million ha of natural grasslands), which a...
In this study, we investigated the effects of settled grazing in Inner Mongolia and traditional noma...
Extensive grazing systems are an integrated combination of animals, soils, plants and procedures, us...
Grassland biomass is the embodiment of grassland productivity, and the material basis for the mainte...
Spectral indices derived from satellite observations, such as the Normalized Difference Vegetation I...
Grazing caused grassland degradation has occurred worldwide in recent decades. In spite of numerous ...
The relationship between environmental and management factors and grazing livestock distribution is ...
Remote sensing data have been widely used in the study of large-scale vegetation activities, which h...
In the arid grasslands of northern China, unreasonable grazing methods can reduce the water content ...
The Inner Mongolia grassland, one of the most important grazing regions in China, has long been thre...
Ecosystems in the Mongolian Plateau are becoming increasingly sensitive to human intervention, leadi...
The grassland ecosystems of Mongolia are among the most sensitive to global climate change because o...
Steppe grassland in Inner Mongolia, China, is threatened by desertification mainly because of overgr...
Grassland condition depends on a balance between growth rates of grasses and herbage intake by anima...
In this study, the effect of different grazing regimes on the vegetation cover of grassland pastures...
China has abundant grassland resources (approximately 400 million ha of natural grasslands), which a...
In this study, we investigated the effects of settled grazing in Inner Mongolia and traditional noma...
Extensive grazing systems are an integrated combination of animals, soils, plants and procedures, us...
Grassland biomass is the embodiment of grassland productivity, and the material basis for the mainte...
Spectral indices derived from satellite observations, such as the Normalized Difference Vegetation I...
Grazing caused grassland degradation has occurred worldwide in recent decades. In spite of numerous ...
The relationship between environmental and management factors and grazing livestock distribution is ...
Remote sensing data have been widely used in the study of large-scale vegetation activities, which h...
In the arid grasslands of northern China, unreasonable grazing methods can reduce the water content ...
The Inner Mongolia grassland, one of the most important grazing regions in China, has long been thre...
Ecosystems in the Mongolian Plateau are becoming increasingly sensitive to human intervention, leadi...
The grassland ecosystems of Mongolia are among the most sensitive to global climate change because o...