Sea Ice Modelling

warning: Creating default object from empty value in /var/www/html/drupal/sites/all/modules/i18n/i18ntaxonomy/i18ntaxonomy.pages.inc on line 34.

ARIA: ARIA - Atmospheric Sea ice interactions in the new Arctic

Arctic cyclones can break up and reshape the Arctic sea-ice cover and can be expected to do so more readily as the ice grows thinner due to anthropogenic climate change. Processes driven by Arctic cyclones can enhance the rate of melting of the ice and increase its export out of the Arctic. We hypothesise that surface coupling (interactions between the ocean, sea ice and atmosphere) play a crucial role in determining the life cycle of Arctic cyclones, and the effect they have on the sea ice.

Arctic cyclones can break up and reshape the Arctic sea-ice cover and can be expected to do so more readily as the ice grows thinner due to anthropogenic climate change. Processes driven by Arctic cyclones can enhance the rate of melting of the ice and increase its export out of the Arctic. The record minima in sea ice extent in 2012, which was partially attributed to the presence of an Arctic cyclone. However, despite their importance, Arctic cyclones have remained relatively un-examined.

Project Details
Coordinating Institute: 
Nansen Environmental and Remote Sensing Center
Project Status: 
Ongoing

New role for Einar Ólason: Co-leader of Arctic ECRA

Einar Ólason takes over the co-lead of the collaborative programme "Arctic", one of four core activities of the European Climate Research Alliance (ECRA). He supersedes Lars Henrik Smedsrud (GFI/UiB, UNIS, Bjerknes Centre), who held that position since 2014.

 

What is the ECRA?

Timothy Spain

Research
Area of Expertise: 
Computer science
sea ice
Employment
Research Group: 
Sea Ice Modelling
Job Position: 
Scientific Software Developer
E-mail: 

New project at NERSC: The Scale-Aware Sea Ice Project (SASIP)

Last month a new project has started, with several of our NERSC researchers involved. The "Scale-Aware Sea Ice Project" (SASIP) will run for six years, with international partners in France, the US, the UK, Italy, and Mali.

 

Sea ice and waves in the Arctic: Modelling important interactions

Our Sea Ice Modelling group members Guillaume Boutin, Timothy Williams, Einar Ólason, and Pierre Rampal (NERSC & CNRS) recently published an article together with Camille Lique (IFREMER, Brest, France). They coupled the sea ice model neXtSIM to a wave model and present exciting results!

Modelling sea ice in the Arctic: The Nansen Center’s contribution to the Nansen Legacy project

Following the annual meeting for the Nansen Legacy project, which the Nansen Environmental and Remote Sensing Center is a partner of, we want to present our research contributing to the project. NERSC provides a sea ice model to the project, which has important implications.

 

Gratulerer med dagen, Fridtjof Nansen! His research inspires sea ice modelling today

159 years ago today, a legend was born: Fridtjof Nansen, a man who was not afraid to risk his life to prove that sea ice in the Arctic Ocean is drifting. His legacy lives on today, for example through the work we do at the Nansen Center in the Sea Ice Modelling group, which is connected to the Nansen Legacy project. I, Guillaume Boutin, want to take you on a journey to the Arctic and tell you about how Fridtjof Nansen’s research still inspires our research today.

 

Jonathan Winfield Rheinlænder

Employment
Research Group: 
Sea Ice Modelling
Job Position: 
Researcher
E-mail: 

Heather Christine Regan

Research
Area of Expertise: 
oceanography
sea ice

I am interested in ice-ocean interactions and the resulting effects of freshwater on the ocean. My previous research has involved Antarctic ice-ocean modelling, with a focus on tracing the fate of freshwater from different sources, and studying the dynamics of the Beaufort Gyre in the Arctic Ocean. I am currently working on ice-ocean interactions with the sea ice model neXtSIM coupled to NEMO.

Employment
Research Group: 
Sea Ice Modelling
Job Position: 
Researcher
E-mail: 

angelina cassianides

Navn
Etternavn: 
cassianides
Fornavn: 
angelina
Research Group
Research Groups: 
Sea Ice Modelling
Contact Information
Mobile: 
+33 63 57 56 39
Contact person at the Nansen Center: 
Syndicate content