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Recent Climate Warming: Surface Air Temperature Series and Geothermal Evidence
Authors:Čermák  Vladimír  Šafanda  Jan  Krešl  Milan  Dědeček  Petr  Bodri  Louise
Affiliation:(1) Geophysical Institute, Acad. Sci. Czech Rep., Prague 4, Czech Republic;(2) Geophysical Institute, Acad. Sci. Czech Rep., Prague 4, Czech Republic;(3) Geophysical Res. Group, Hung. Acad. Sci., c/o L. Eötvös Univ., Budapest, Hungary
Abstract:Long-term (1961 – 1996) meteorological air temperature series together with the reconstructed ground surface temperature histories, obtained by inverting borehole temperature-depth profiles, were used to project regional patterns of the recent (climate) warming rate on the territory of the Czech Republic. The characteristic magnitude of the warming rate of 0.02 –0.03 K/yr was confirmed by the results of several years of monitoring the temperature in two experimental boreholes. The monitoring of shallow temperatures at depths of about 30 –40 m, i.e. below the reach of the seasonal surface temperature variations, can serve as an alternative tool of direct quantitative assessment of the present warming rate. The data also seem to sustain a potential man-made component contributing to the more pronounced recent warming rate observed in the areas of large agglomeration.
Keywords:climate warming  borehole temperatures  air-ground temperature coupling
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