《Table 9 Trends of extreme precipitation indices from this study and other works》

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《通过气温和降水极值追踪中亚地区的气候变化（英文）》

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Trends significant（significance level<0.05）are marked with*.

The rise in minimum temperature is the main driving force behind climate warming both globally and regionally.In this study，results showed that faster warming trends occurred at extreme temperature indices rooted in daily minimum temperature（Tnav，FD0，TNx and TNn）；indices derived from daily maximum temperature（Txav，ID0，SU25，TXx and TXn）also showed warming trends，but with smaller magnitudes.These results were in accordance with previous studies（Table 8）.For example，the increasing rates of TNx and TNn occurred more quickly than TXx and TXn worldwide（Alexander et al.，2006），in China（You et al.，2011），the Middle East（Zhang et al.，2005），northwestern China（Wang et al.，2013b；Chen et al.，2014），southwestern China（Li et al.，2012），and the eastern and central Tibetan Plateau（You et al.，2008），which revealed a notable reduction in the frequency of extreme low temperatures from global to regional perspectives.