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中国东部季风区土壤地带分布与气侯关系研究
引用本文:仪垂祥,刘开瑜,李天杰. 中国东部季风区土壤地带分布与气侯关系研究[J]. 土壤学报, 1996, 33(4): 385-390
作者姓名:仪垂祥  刘开瑜  李天杰
作者单位:北京师范大学资源与环境学院国家教委环境演变与自然灾
摘    要:本文提出中国土壤地带分布的气候指标R=exp(-0.08T)[1-exp(-0.005P)];并根据中国659个站点气候资料(1961-1970),给出了森林土壤系列和草原土壤系列的R值分布;得到了单独由气候因子决定的中国东部委风区气候土壤地带分布区,发现它与中国土壤图和中国土壤区划图在整体上有较好的一致性;讨论了它们差异的成因,分析了土壤带的演变趋势;然后给出了森林土壤垂直地带谱的计算公式,通过

关 键 词:气候指标 气候土壤地带 敏感区 早期信号
收稿时间:1995-07-25

RESEARCH ON RELATIONS OF SOIL ZONAL DISTRIBUTIONS WITH CLIMATE IN THE MONSOON REGION OF THE EASTERN PART OF CHINA
Yi Chuixiang,Liu Kaiyu and Li Tianjie. RESEARCH ON RELATIONS OF SOIL ZONAL DISTRIBUTIONS WITH CLIMATE IN THE MONSOON REGION OF THE EASTERN PART OF CHINA[J]. Acta Pedologica Sinica, 1996, 33(4): 385-390
Authors:Yi Chuixiang  Liu Kaiyu  Li Tianjie
Affiliation:Open Study Laboratory of Environmental Evolution and Natural Disasters, College of Resources and Enviroment of Beijing Normal University, and National National Commmittee, Beijing 100875;Open Study Laboratory of Environmental Evolution and Natural Disasters, College of Resources and Enviroment of Beijing Normal University, and National National Commmittee, Beijing 100875;Open Study Laboratory of Environmental Evolution and Natural Disasters, College of Resources and Enviroment of Beijing Normal University, and National National Commmittee, Beijing 100875
Abstract:The climate index about the soil zonal distribution of China, R=exp(-0.08T)[1-exp(-0.005P)], is first put forward. Based on the climatic data from 659 observational stations in China, R distributions of a forest soil sequence and a steppe soil sequence are given, and a map of climatic soil zonal distribution in the monsoon region of the eastern part of China is obtained by the climatic index R, which is in general agreement with the Soil Map of China and the Soil Regionalization Map of China. Meanwhile, the directions of soil zonal evolution are analyzed, then a formula for the altitudinal zonal spectrum of a forest soil sequence is derived, which is demonstrated to be in quite well agreement with the actual situation. Finally, a possibility of determining the delay time of soil zonal change with climate change is pointed out.
Keywords:Climate index  Climatic soil zone  Sensitive region  Early sign  Delay time
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