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A user-defined approach to utilize climate change information in local implementation of national construction standards - (RECON)
BCCR - TERI Climate Modelling
Biotic response to climate change in cold climates - (BIOCOLD)
Changes in carbon uptake and emissions by oceans in a changing climate - (CARBOCHANGE)
Climate change - Learning from the climate - (Past4Future)
Climate Data Digitalization and Downscaling of Climate Change Projections in Nepal - (ADBCC)
Development of global plankton data base and model system for eco-climate early warning - (GREENSEAS)
Earth System Modelling - (ESM)
Enabling Climate Information Services for Europe - (ECLISE)
European basin-scale analysis, synthesis and integration - (EURO-BASIN)
Impact of Blue Arctic on Climate at High Latitudes - (BlueARC)
Integrated Earth System Approach to Explore Natural Variability and Climate Sensitivity - EarthClim
North Atlantic Ocean-Climate Variability in a Warmer World - (NOCWARM)
Ocean Controls on high-latitude Climate sensitivity - a Pliocene case study - OCCP
Quantifying ice sheet response to variations in initial bedrock topography - IceBed
Quantifying projected impacts under 2°C warming - IMPACT2C
Real time climate observations at the position of weather ship Mike - (POLAR BUOY)
Risk-based design in a changing climate - (RISKCHANGE)
Shifting Climate States of the Polar Regions - (SHIFTS)
Terrestrial biodiversity through time - novel methods and their applications - (LAND)
The Norwegian Research School in Climate Dynamics - (ResClim)
Tilførselprogrammet 2011: Overvåkning av forsuring av norske farvann med spesiell fokus på Norskehavet

Sist oppdatert: 17.07.2014
Earth System Modelling (ESM)

 
This project comprises three interrelated process-oriented research themes:

Theme 1 - Geodynamics and topography - addresses links and feedbacks between tectonics, surface processes, climate and large scale deformation in space and time. Furthermore, on quantification, by the application of numerical modelling, of how the lithosphere controls formation and destruction topography in rift zones and on volcanic and non-volcanic passive margins.

Theme 2 - Source-to-sink (S2S) - focuses on developing a new generation of basin studies incorporating erosion, transport and deposition from catchment to deep basin; the exploration implications of considering the reservoir-forming depositional units as parts of an integrated, complete erosional-depositional S2S system; and quantification and modelling of the S2S processes by links to Theme 1 and by dating methods.

Theme 3 - Paleoclimate modelling and the geological consequences - focuses on further development and refinement of paleoclimate models integrating the full biogeochemical cycle, including the carbon cycle; and applying such models to study and quantify the effects of regional and global geological events on climate and the deposition of carbonates.

Start date: 01.07.2009
End Date: 30.06.2014
Major funding: STATOIL
Project leader:
Nisancioglu, Kerim H.
Coordinating institute:
University of Bergen
National collaboration:
Uni Research , Bjerknes Centre for Climate Research
Statoil Petroleum AS
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Bjerknessenteret for klimaforskning er et samarbeid mellom Universitetet i Bergen, Havforskningsinstituttet, Nansensenteret og Uni Research