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Article information
2005 , Volume 10, Special issue, p.56-62
Johannessen O.M., Bobylev L.P., Kuzmina S., Shalina E., Khvorostovsky K.S.
Arctic climate variability in the context of global change
Air temperature observations and model simulations are analyzed in order to assess the Arctic's response to increasing anthropogenic greenhouse-gas forcing. ECHAM-4 and HadCM3 coupled atmosphere-ice-ocean global simulations are used to understand arctic climate variability. Greenland Ice Sheet elevation changes were assessed and analyzed. It is shown that present changes in the arctic environment are a response to anthropogenic forcing.
[full text] Author(s):
Johannessen O.M.
Address: Norway, Bergen
E-mail: johannessen@nersc.no
Bobylev L.P.
Address: Russia, St-Petersburg
E-mail: leonid.bobylev@niersc.spb.ru
Kuzmina S.
Address: Russia, St-Petersburg
E-mail: leonid.bobylev@niersc.spb.ru
Shalina E.
Address: Russia, St-Petersburg
E-mail: elena.shalina@niersc.spb.ru
Khvorostovsky K.S.
Address: Russia, St-Petersburg
E-mail: elena.shalina@niersc.spb.ru
Bibliography link:
Johannessen O.M., Bobylev L.P., Kuzmina S., Shalina E., Khvorostovsky K.S. Arctic climate variability in the context of global change // Computational technologies. 2005. V. 10. Special issue. Proceedings of the International Conference and the School of Young Scientists “Computational and informational technologies for environmental sciences” (CITES 2005). Tomsk, 13-23 March 2005. Part 1. P. 56-62
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