Grasslands of northern China are of great ecological, economic, and cultural importance (Kang et al. 2007). These immense grasslands cover 400 million ha or 40% of the land area of China and stretch 4 500 km northeast-southwest (lat 28 degreesN to lat 51 degreesN). They extend from the northeastern plains adjacent to Mongolia to the southern Tibetan Plateau and consist of four major types: meadow steppes, typical steppes, desert steppes, and alpine steppes (Sun 2005; Kang et al. 2007). Inner Mongolia has 87 million ha of natural grassland, which is a significant constituent of the Eurasian Steppe—the largest contiguous biome in the world (Li 1962, 1979; Wu and Loucks 1992). From east to west, meadow steppe, typical steppe, and desert steppe...
Understanding the causes and consequences of land use and land cover change in drylands is crucial f...
In recent years, steppe degradation in North China has become a serious environmental problem. Most ...
The composition and abundance of legumes affect the economic value and ecological sustainability of ...
[Extract] The Eurasian grasslands collectively comprise one of the world's largest ecosystems, exten...
The Inner Mongolia grassland is one of the most important grazing lands in China. It is also a main ...
Although several previous studies in Inner Mongolia examined the effects of ecological conservation ...
Grasslands across Inner Mongolia and Mongolia, with their long history of nomadic livestock grazing,...
[Extract] The grassland steppes of northern China and Mongolia have captured the world’s attention f...
Mapping large-scale spatial patterns of grassland community properties in the Inner Mongolia Autonom...
Land degradation is one of the major environmental problems worldwide and has become particularly se...
International audienceGrassland ecosystems are one of the most important terrestrial ecosystems in t...
In this work, we conducted a 1200 km belt transect for field survey in typical and meadow steppes ac...
Ecosystems in the Mongolian Plateau are becoming increasingly sensitive to human intervention, leadi...
<p>The data are presented for seven major steppe community types: Kle (<i>Stipa klemenzii</i> desert...
Context Understanding the ecology and sustainability of the Inner Mongolian Grassland is crucial for...
Understanding the causes and consequences of land use and land cover change in drylands is crucial f...
In recent years, steppe degradation in North China has become a serious environmental problem. Most ...
The composition and abundance of legumes affect the economic value and ecological sustainability of ...
[Extract] The Eurasian grasslands collectively comprise one of the world's largest ecosystems, exten...
The Inner Mongolia grassland is one of the most important grazing lands in China. It is also a main ...
Although several previous studies in Inner Mongolia examined the effects of ecological conservation ...
Grasslands across Inner Mongolia and Mongolia, with their long history of nomadic livestock grazing,...
[Extract] The grassland steppes of northern China and Mongolia have captured the world’s attention f...
Mapping large-scale spatial patterns of grassland community properties in the Inner Mongolia Autonom...
Land degradation is one of the major environmental problems worldwide and has become particularly se...
International audienceGrassland ecosystems are one of the most important terrestrial ecosystems in t...
In this work, we conducted a 1200 km belt transect for field survey in typical and meadow steppes ac...
Ecosystems in the Mongolian Plateau are becoming increasingly sensitive to human intervention, leadi...
<p>The data are presented for seven major steppe community types: Kle (<i>Stipa klemenzii</i> desert...
Context Understanding the ecology and sustainability of the Inner Mongolian Grassland is crucial for...
Understanding the causes and consequences of land use and land cover change in drylands is crucial f...
In recent years, steppe degradation in North China has become a serious environmental problem. Most ...
The composition and abundance of legumes affect the economic value and ecological sustainability of ...