Eigil Kaas
www.gfy.ku.dk
0000-0001-6970-2404
Københavns Universitet
192 papers found
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Vulkanasken sparer atmosfæren for 55.000 kg CO2 om dagen
Hidsig dame kan køle kloden
Is i maven
Vinteren kan vare til maj
Iskold vinter kan bide sig fast
Professor og DMI
Physics of the climate system.
Leif Skovbo is investigating the realism of certain verifiable feedbacks in IPCC climate models and use this to perform a model weighting for future climate scenarios
Cecilie Drost Aakjær is analysing the dynamics of Arctic Ocean freshwater storage in the EC-Earth coupled climate model.
Matilde Marie Brandt Jensen studied and analysed Arctic sea ice thinning over the period 1979-2008 using a number of different remote sensing based data (In collaboration with Rasmus Tonboe, DMI)
Philip Tarning-Andersen is looking at aerosol-cloud microphysics in a one dimensional atmospheric model (In collaboration with Ulrik Smith Korsholm, DMI).
Numerical methods in atmospheric and oceanic models
Geophysics 3
Modelling the sea ice in the Nares Strait
Karis Anneke Kürstein Glibbery used different satellite data sets for outgoing long wave radiation (OLR) to verify the long wave feedbacks in the EC-Earth climate model running at DMI (In collaboration with Shuting Yang, DMI).
Semi-Lagrangian methods in air pollution models
Handbook of Numerical Analysis
Economic optimization of the Danish energy systems through minimization of direct costs as well as indirect costs related to air born pollution
Brian Sørensen is implemented and tested a new quasi-Lagrangian vertical coordinate in combination with a locally mass conserving semi-Lagrangian transport scheme in the HIRLAM model used at DMI
Det fysiske klimasystem, og hvad de relaterede teknologiske fix kan gøre-og ikke gøre- for os. (bla. Albedo-effekten)
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