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Trends of Temperature Extremes in Summer and Winter during 1971–2013 in China
作者姓名:HUANG Ling  CHEN Ai-Fang  ZHU Yun-Hua  WANG Hong-Lin  HE Bin
作者单位:College of Global Change and Earth System Science, Beijing Normal University;College of Business Administration, Huaqiao University
摘    要:The diurnal temperature range(DTR) has decreased dramatically in recent decades, but it is not yet obvious whether the extreme values of DTR have also reduced. Based on the daily maximum and minimum temperature data of 653 stations in China, a set of monthly indices of warm extremes, cold extremes, and DTR extremes in summer(June, July, August) and winter(December, January, February) were studied for spatial and temporal features during the period 1971–2013. Results show that the incidence of warm extremes has been increasing in most parts of China, while the opposite trend was found in the cold extremes for summer and winter months. Both increasing and decreasing trends of monthly DTR extremes were identified in China for both seasons. For high DTR extremes, decreasing trends were identified in northern China for both seasons, but increasing trends were found only in southern China in summer, while in winter, they were found in central China. Monthly low DTR extreme indices demonstrated consistent positive trends in summer and winter, while significant increases(P 0.05) were identified for only a few stations.

关 键 词:winter  extreme  decreasing  indices  warming  climatic  Winter  in  China  opposite  diurnal

Trends of Temperature Extremes in Summer and Winter during 1971-2013 in China
HUANG Ling,CHEN Ai-Fang,ZHU Yun-Hua,WANG Hong-Lin,HE Bin.Trends of Temperature Extremes in Summer and Winter during 1971-2013 in China[J].Atmospheric and Oceanic Science Letters,2015,8(4):220-225.
Authors:HUANG Ling  CHEN Ai-Fang  ZHU Yun-Hua  WANG Hong-Lin  HE Bin
Affiliation:1. College of Global Change and Earth System Science, Beijing Normal University, Beijing 100875, China
2. College of Business Administration, Huaqiao University, Fuzhou 362021, China
Abstract:
Keywords:temperature extremes  diurnal temperature range  temperature trend  spatial and temporal features  China
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