Sun Ran-Hao, Chen Li-Ding, Zhang Bai-Ping, Fu Bo-Jie
State Key Laboratory of Urban and Regional Ecology, Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, Beijing 100085, China.
Ying Yong Sheng Tai Xue Bao. 2009 Jul;20(7):1617-24.
Vertical gradient of mountain landscape is about 1000 times of its horizontal gradient, and hence, only using landscape pattern index is quite difficult to reflect the landscape regularity along vertical gradient. Mountain altitudinal belt is a kind of classic geographic models representing the vertical differentiation of landscape, being of significance in geographic and ecological researches. However, the discrete expression pattern and the inaccuracy of the borderlines of mountain vertical belts limit the roles of mountain vertical belt in accurately describing landscape pattern in regional scale and in explaining ecological processes. This paper reviewed the research progress and existing problems on mountain altitudinal belt, put forward a suggestion of using modern information technology to establish a comprehensive and continuous mountain landscape information chart, and discussed the framework and prospect of the establishment of the chart, which would have reference value for accurately describing mountain landscape pattern and explaining specific ecological processes, and promote the further improvement of the methodology for mountain ecological research.
山地景观的垂直梯度约为其水平梯度的1000倍,因此,仅使用景观格局指数很难反映沿垂直梯度的景观规律性。山地垂直带是一种典型的地理模型,代表着景观的垂直分异,在地理学和生态学研究中具有重要意义。然而,山地垂直带的离散表达模式以及边界线的不精确性,限制了山地垂直带在准确描述区域尺度景观格局和解释生态过程方面的作用。本文回顾了山地垂直带的研究进展和存在的问题,提出了利用现代信息技术建立全面、连续的山地景观信息图的建议,并探讨了该图的构建框架和前景,这对于准确描述山地景观格局和解释特定生态过程具有参考价值,有助于推动山地生态研究方法的进一步完善。