MANAGEMENT TECHNOLOGIES FOR ARID RANGELANDS
Location: Range Management Research
Title: Climate change and ecoystems of Asia with emphasis on Inner Mongolia and Mongolia
| Angerer, Jay - TEXAS A&M |
| Han, Guodong - INNER MONGOLIA AGR UNIV |
| Fujisaki, Ikuko - TEXAS A&M |
Submitted to: Rangelands
Publication Type: Peer Reviewed Journal
Publication Acceptance Date: April 1, 2008
Publication Date: June 1, 2008
Citation: Angerer, J., Han, G., Fujisaki, I., Havstad, K.M. 2008. Climate change and ecoystems of Asia with emphasis on Inner Mongolia and Mongolia. Rangelands. 30(3):46-51.
Interpretive Summary: There are a number of credible predictions for significant climate changes across Asia in the coming decades. For the key rangelands of Asia, primarily the grasslands of Mongolia and Inner Mongolia, these predictions suggest an increase in both annual temperatures and winter precipitation. These climate changes would cause significant shifts in rangeland environments. However, the continued pressures of overgrazing in these areas likely would overwhelm any observable effects of these projected climate changes. Until the basic needs of poor pastoral communities in these regions can be addressed, the potential impacts of climate change are less significant.
Asia is the most populated continent with almost 3.9 billion people. More than half of these people live in rural areas, with many as pastoralists depending on livestock and rangelands for their livelihood. Rangelands occupy over 4.3 b ac (1.72 b ha) on the Asian continent, almost 38% of the total land area. For some counties, such as Sri Lanka and Laos in southeast Asia, the percentage of rangeland within their borders is relatively minor. However, for many Asian nations rangelands are a major land category. Countries such as China, Mongolia and Russia in northern Asia, and Iran, Afghanistan and Turkey in western Asia (more commonly referred to as the Middle East) have huge expanses of grasslands and shrublands, and more than 40% of the land in these nations is categorized as rangeland. Given these extent and diversity of rangelands across this continent, this paper will focus on an area central to the continent that is still extremely important as a pastoral landscape. The region of Mongolia and Inner Mongolia, China (boxed area within Fig. 1) represents nearly 1.3 b ac (520 m ha) of rangeland, about 30% of the rangeland area across this continent. In both Mongolia and Inner Mongolia, livestock production on rangelands is a major source of wealth and well being. Due to large contiguous land areas of rangelands in this region, impacts to the rangeland resource from changing climate would make livestock producers especially vulnerable. In this paper, we will provide an overview of the existing status and uses of rangelands in Mongolia and Inner Mongolia, the projected impacts of climate change, and a discussion on future strategies that can be employed to adaptively manage and reduce vulnerability in this changing environment.