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- W2356496475 abstract "Under global warming,there was an obvious regional differentiation of climate change all over the world in the 20th century.During the past 30 years,a wide range of global warming took place,with the most remarkable warming in the middle and higher latitudes of the Northern Hemisphere.In the 21st century,the regional warming becomes more significant in the arid regions of China (ARC for short),and simultaneously the occurring frequency of extreme weather events increases.Under the influence of human activities and climate change,the natural environment has changed dramatically,e.g.,oasis degradation,land desertification,glacier retreat,water shortage,increasing natural disasters and obvious contradiction of the human-land relationship.Therefore,in the paper,the regional response of temperature change to global warming is investigated by using the daily temperature data at 77 typical meteorological stations in the ARC during the period from 1961 to 2007 and the methods of linear trend estimate,Mann-Kendall test and Morlet wavelet analysis.The results are as follows:(1) The response of temperature change in the ARC to global warming was characterized by the significant regional difference.The mean annual air temperature in the ARC was increased by 1.8 ℃ during the period of 1961-2007,its increase rate was 0.39 ℃/10 a,which was obviously higher than the average of the globe and whole China;(2) The mean seasonal temperature in the ARC was increased more significantly in winter and autumn than that in spring and summer.There was an obvious regional difference of increases in mean annual and seasonal temperature,e.g.,the temperature was increased more significantly in north Xinjiang and the Alxa Plateau than that in south Xinjiang and the Hexi Corridor;(3) The abrupt change in temperature in the ARC occurred mainly after the mid-1980s.There were the 6-7-year annual temperature fluctuation periods and 16-17-year decadal ones.It can be inferred that the temperature in the ARC will be continuously increasing in the coming 10 years at least.Much more attention should be paid to studying how climate warming will affect the complex hydrological and thermal feedback mechanisms in the ARC." @default.
- W2356496475 created "2016-06-24" @default.
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- W2356496475 date "2010-01-01" @default.
- W2356496475 modified "2023-09-25" @default.
- W2356496475 title "Regional Response of Temperature Change in the Arid Regions of China to Global Warming" @default.
- W2356496475 hasPublicationYear "2010" @default.
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