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The climate is a global system; its understanding and possible projections into the future need to build on a range of spatial scales including the global dimension.

This model system is a regional coupled model system for the North Sea and the Baltic Sea area co-developed by the Rossby Centre and the Oceanographic research group at SMHI. It is used as a major tool for regional climate change studies.

The Rossby Centre works primarily with the climate models that are developed in the research unit. Rossby Centre is involved in the development of the regional HCLIM model and the global EC-Earth model as part of an European-wide consortia thus promoting international cooperation and access to wide …

Modelling applications, together with model development and evaluation of data, are one of Rossby Centre's core activities providing global and regional information on the future climate.

This report contains two parts which are self standing reports and a contribution to the HELCOM project EUTRO-OPER. The work has been funded and commissioned by SwAM (Swedish agency for marine and water management) 2014-2015.

• Coastal eutrophication status assessment using HEAT 1.0 (WFD …

The E-ARCPATH (Open Science pilot for ARCPATH) project will establish an Open Science Pilot for the ARCPATH Nordic Centre of Excellence with a primary focus on making climate data and products from ARCPATH openly available through a joint data catalogue.

InterDec (The potential of seasonal-to-decadal-scale inter-regional linkages to advance climate predictions) aims at understanding the origin of decadal-scale climate variability in different regions of the world and their linkages, using observational data sets and through coordinated multi-model …

TRACE (The role of the Atlantic in constraining Eurasian climate change) is a joint study between and addressing an important scientific question: Can better resolving the sharp Gulf Stream sea surface temperature front help constrain future projections of climate and weather extremes over Eurasia?

How will the Earth’s climate respond to future changes in sea ice and snow cover? GREENICE (Impacts of sea ice and snow cover changes on climate, green growth and society) aims to address this key uncertainty in the northern hemisphere climate system and thereby provide knowledge relevant for the …

Downscaling of climate scenarios to regional/local level and support for climate impacts and adaption work.