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Changes in daily temperature and precipitation extremes in central and south Asia

Albert Klein TankRoyal Netherlands Meteorological Institute De Bilt NetherlandsT. C. PetersonNational Climatic Data Center Ashville North Carolina USADewan Abdul QuadirSAARC Meteorological Research Centre Dhaka BangladeshSingay DorjiHydromet Services Division Department of Energy Thimphu BhutanX.-B. ZouNational Climate Center Beijing ChinaHongyu TangMeteorological Bureau of Qinghai Province Xining ChinaK. SANTHOSHIndia Meteorological Department New Delhi IndiaUsha JoshiIndia Meteorological Department National Data Centre Pune IndiaA. K. JaswalIndia Meteorological Department National Data Centre Pune IndiaR. K. KolliIndian Institute of Tropical Meteorology Pune IndiaA. B. SikderIndian Institute of Tropical Meteorology Pune IndiaN. R. DeshpandeIndian Institute of Tropical Meteorology Pune IndiaJ. V. RevadekarIndian Institute of Tropical Meteorology Pune IndiaK. YeleuovaClimate Department of Kazhydromet Almaty KazakhstanS. VandashevaHydrometeorological Administration Bishkek KyrgyzstanM. FaleyevaHydrometeorological Administration Bishkek KyrgyzstanP. GomboluudevK. P. BudhathokiAzfar HussainMuhammad AfzaalLalith ChandrapalaDepartment of Meteorology Colombo Sri LankaH. AnvarAgency of Hydrometeorology Dushanbe TajikistanD. AmanmuradResearch and Production Centre of Ecological Monitoring Ashgabat TurkmenistanV. S. AsanovaResearch and Production Centre of Ecological Monitoring Ashgabat TurkmenistanP. D. JonesSchool of Environmental Sciences University of East Anglia Norwich UKMark NewSchool of Geography and Environment University of Oxford Oxford UKT. Yu. SpektormanDepartment of Climate Research and Monitoring Hydrometeorological Research Institute Uzhydromet, Tashkent Uzbekistan
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Abstract

Changes in indices of climate extremes are studied on the basis of daily series of temperature and precipitation observations from 116 meteorological stations in central and south Asia. Averaged over all stations, the indices of temperature extremes indicate warming of both the cold tail and the warm tail of the distributions of daily minimum and maximum temperature between 1961 and 2000. For precipitation, most regional indices of wet extremes show little change in this period as a result of low spatial trend coherence with mixed positive and negative station trends. Relative to the changes in the total amounts, there is a slight indication of disproportionate changes in the precipitation extremes. Stations with near‐complete data for the longer period of 1901–2000 suggest that the recent trends in extremes of minimum temperature are consistent with long‐term trends, whereas the recent trends in extremes of maximum temperature are part of multidecadal climate variability.

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