-Å sette opp ATLANTIS for Barentshavet og de nordiske hav. ATLANTIS er en 3-dimensjonal boks modell som inneholder alt fra næringstoffer, temperatur og saltholdighet, plankton og dyreplankton, fisk, marine pattedyr, i tillegg til menneskelig påvirkning som for eksempel fiskeri.
Name : Cecilie Hansen
Date of birth : 15.04.1978
Citizenship : Norwegian
Address : Institute of marine research
Telephone : +4798431016
E-mail : firstname.lastname@example.org
Research interest and experience : End-to-end models, with focus on the Barents and Nordic Seas. Combined climate and fisheries scenarios, effects of changes in populations and harvest control rules. Coupled physical-primary production models, with focus on the Nordic Seas.
Researcher. Explore the combined effect of climate and fisheries scenarios in the Barents Sea with an end-to-end model (Atlantis).
2013- : Project leader, "Increased knowledge of the Barents Sea, funded on joint meetings, surveys, data bases and modelling" - funded by the Norwegian ministry of foreign affairs
2005-2008 : Phd in oceanography- University of Bergen, Geophysical Institute
2003-2005: University of Bergen, 80 points from department of Geophysics, oceanography.
Courses taken at the same time as working as a research assistant at Nansen
environmental and remote sensing center (NERSC).
1998-2003: NTNU- Norwegian University of Science and Technology. Faculty of
Information Technology, Mathematics and Electrical Engineering, department of
Spring 2003, master thesis: “Prothesis design”.
1997-1998: University of Bergen, Ex.Phil+45 points mathematics.
2013- : Researcher, Institute of Marine Research (2013/2014: 8 months maternity leave)
2010-2013: Post Doc, Institute of Marine Research
2009-2010: 8 months maternity leave
2008-2010: Post Doc, NERSC
2005-2008 : PhD-student, NERSC
2003-2004: Research assistant, NERSC (Working on industry oriented modelling projects, modelling the South China Sea and the North Sea/Norwegian Sea)
Samuelsen, A., Bertino, L. and Hansen, C. The 2007 North Atlantic spring bloom in
operational analysis from the TOPAZ system. Ocean Sci. Discuss., 6, 343-369,
Hansen, C. and Samuelsen, A. 2009. Influence of horizontal model grid resolution on the
simulated primary production in an embedded primary production model in the Norwegian Sea. Journal of Marine Systems, 75(1-2): 236-244
Samuelsen, A. and Huse, G. and Hansen, C. 2009: Shelf recruitment of Calanus
finnmarchicus off the west coast of Norway – the role of physical processes and timing of diapause termination, Marine Ecology Progress Series (In Press)
Hansen, C. and Samuelsen. Interannual variability of the primary production in the
Norwegian Sea: Relation to the NAO in a numerical model, in prep.
Hansen, C., Kvaleberg, E. and Samuelsen, A, 2010. .Anticyclonic eddies in the Norwegian
Sea: Their generation, evolution and impact on primary production. Deep-Sea
Research, Part I, 57(9):1079-1091.
Planque, B, Primicerio, R., Michalsen, K., Aschan, M., Certain, G., Dalpadado, P., Gjøsæter, H., Hansen,C., Johannesen, E., Jørgensen, L.L., Kolsum, I., Kortsch, S., Leclerc, L.-M., Omli, L., Mauritzen, M.S., Wiedmann, M.,2014: Who eats whom in the Barents Sea: a food web topology from planton to whales. Ecology, 95(5):1430.
Hansen, C. 2008. Simulated primary production in the Norwegian Sea – Interannual
variability and impact of mesoscale activity. Ph.D. thesis, Geofysisk Institutt,
Universitetet i Bergen,