China’s Grasslands: Ecosystems, Culture, and Conservation
An examination of China's vast grasslands, focusing on the deep connection between their ecology, the pastoral traditions they sustain, and their present-day stability.
An examination of China's vast grasslands, focusing on the deep connection between their ecology, the pastoral traditions they sustain, and their present-day stability.
China’s grasslands cover approximately 40% of its land area, forming part of the vast Eurasian grassland. These ecosystems play a substantial role in the country’s environmental health and socioeconomic fabric, supporting a wide array of plant and animal life and the cultural heritage of numerous communities.
China’s grasslands are concentrated in several key regions. The Inner Mongolia Plateau holds the most extensive stretches, forming a part of the Eurasian Steppe. Large grassland areas are also found in the Xinjiang region, while the high-altitude Tibetan Plateau hosts unique alpine variations.
These grasslands are classified into several types. Temperate steppes in Inner Mongolia have a semi-arid climate and drought-resistant grasses. Meadow steppes receive more moisture, resulting in taller grasses and more flowering plants. Desert steppes are in arid regions with sparse vegetation, while the Tibetan Plateau has alpine steppes and meadows adapted to cold, high-altitude conditions.
The flora is dominated by resilient grass species adapted to grazing and dry conditions, such as Stipa (needle grass) and Leymus chinensis (Chinese wildrye). In the colder regions of the Tibetan Plateau, sedges from the Kobresia genus form dense turf suited to the alpine environment.
The grasslands are also a habitat for unique animal species, including the endangered Przewalski’s horse, the only truly wild horse. Other large herbivores include the Tibetan antelope (chiru) and the saiga antelope. Smaller mammals like pikas and marmots are abundant and influence the ecosystem through their burrowing activities.
These animals have specific adaptations for the open environment. The Tibetan antelope’s hoof structure is suited for high-altitude terrain, while many smaller animals burrow to escape predators and extreme weather. The grasslands also support a variety of bird species, from large raptors to ground-nesting birds that camouflage within the grasses.
China’s grasslands are cultural landscapes shaped by nomadic and semi-nomadic peoples. For centuries, ethnic groups like Mongolians and Tibetans have practiced pastoralism, a way of life centered on herding livestock. This tradition has shaped their social structures, customs, and spiritual beliefs.
Herding practices follow the seasonal availability of pasture and water, requiring mobility and knowledge of the land. Families move herds of sheep, goats, cattle, and yaks to different grazing grounds annually. The horse holds an esteemed place in Mongolian culture, celebrated for its role in herding and transportation and as a symbol of freedom.
Livestock are central to the pastoral economy, providing food, dairy products, wool, and hides. The yak is particularly important to Tibetan pastoralists, offering milk, meat, and fiber, while its dung serves as fuel where trees are scarce. These traditions have created a culture adapted to the grassland environment.
China’s grasslands provide important ecological functions. As a large carbon sink, their extensive root systems capture and store significant amounts of atmospheric carbon in the soil. This carbon sequestration helps regulate the global climate.
The grasslands also help manage water resources. Healthy vegetation and soil absorb rainfall, which reduces runoff and replenishes groundwater. The alpine meadows of the Tibetan Plateau are the source of several of Asia’s major rivers, including the Yangtze, Yellow, and Mekong, acting as a “water tower” for downstream populations.
The dense cover of grasses and their root networks also bind the soil, preventing erosion. In northern China, healthy grasslands form a natural barrier against desert expansion. This soil stabilization helps reduce the dust storms that can affect large parts of the country.
In recent decades, China’s grasslands have faced several pressures. Overgrazing from expanding livestock populations has led to the degradation of large areas. Climate change is another factor, causing shifts in precipitation, rising temperatures, and the melting of glaciers, which disrupts these ecosystems.
The expansion of agriculture, mining, and infrastructure like roads and fences has fragmented habitats and altered the landscape. These activities disrupt wildlife migration and pastoral mobility. The cumulative impact of these pressures is an increase in desertification, turning productive grassland into barren desert.
The Chinese government has initiated conservation and restoration programs in response. Two major initiatives are the Grazing Ban Policy and the Grassland Ecological Compensation Policy. These programs provide subsidies to herders for resting pastures or reducing herd sizes to allow degraded grasslands time to recover.
Restoration projects are also underway, focusing on reseeding degraded areas with native grass species to restore vegetation and soil stability. Another strategy is establishing national parks, like Sanjiangyuan National Park on the Tibetan Plateau, to protect large ecosystems and the headwaters of major rivers. The future of the grasslands depends on balancing local needs with long-term ecological restoration.