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Contact

Prof. Dr. Ch. Kottmeier
Head of the Institute

Dr. U. Corsmeier
Manager


Office Campus South:
Phone: +49 721 608-43356

Office Campus North:
Phone: +49 721 608-22801

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Karlsruhe Meteorological Colloquium
26.06.2018
Dr. Fabienne Lohou
Low-level cloud life cycle in West Africa during the DACCIWA campaign
CS, IMK-TRO, Geb. 30.23, 13.OG, Seminarraum

COSMO-ART

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Welcome to the Institute of Meteorology and Climate Research - Department Troposphere Research (IMK-TRO). In the field of tropospheric research, fundamental research on climate, water cycle and trace gas budgets are carried out. These atmospheric processes such as turbulence, convection, cloud formation, aerosol physics, precipitation formation and exchange processes on the Earth's surface by measurements and theoretical methods are examined in detail. The results are used in models of the atmosphere to represent and predict processes in the climate system or weather phenomena.

 
 
W2W
Flash floods in megacities of Africa and Southeast Asia

Better weather forecasts could have a noticeable influence on the agricultural, economic and social development in Africa.

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KITcube_Afrika
The enigma of low-level clouds over southern West Africa

State-of-the art measurements with the mobile platform KITcube allow to detect decisive processes and parameters for low-level cloud formation.

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ESKP_Zimmer_klein
Support cities with practical climate parameters in everyday life

Possibilities of the cities adapting to the climate change!

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Nied_SWD_Modell
Flood risk in southwest Germany

An interdisciplinary research project between IMK-TRO, IWG and GPI enables the estimations of the flood risk in Germany.

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totes_meer_teaser2004
First evaporation measurements at the Dead Sea

The Dead Sea is shrinking. We measured the decisive factor - evaporation.

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DACCIWA - Weather, Climate and Air Pollution in Western Africa:

A report on the atmospheric measurements in 2016

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Dunst_bei_Flug
How swelling of aerosols is dimming the atmosphere in Africa

Aerosol particles can take up huge amounts of water. This reduces the amount of solar radiation reaching the surface.

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Was the earth a snowball?

Aiko Voigt gets to the bottom of the phenomenon at KIT. The results could provide insights into the extent to which life on other planets is possible.

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RegKlim
Modeling European and Arctic (Paleo)Climate at Regional Scales

High resolution isotope enabled regional climate models can improve significantly water isotope climatologies.

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