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Bjordal, K.K.D. Argo profiling floats in the Nordic Seas: Deep-water circulation, hydrography and comparisons to the TOPAZ model. Master Thesis No. 53 (2006).

Nilsen, J.E.Ø. Aspects of the Atlantic Flow through the Norwegian Sea. Doctoral Thesis No. 40, UiB Reports in meteorology and oceanography no. 3-2003 (2003).

Last ned: syntese.pdf (1.53 MB); paper2.pdf (3.24 MB); frontandsep.pdf (43.68 KB)

Geiger, C. An assessment of convective processes relevant to deep water formation in the Boreas Basin. Master Thesis No. 26 (1990).

Nondal, G. The carbon dioxide system in the northern North Atlantic: an assessment of the optimal variable combination for Voluntary Observing Ships. Master Thesis No. 71 (2004).

Sorokina, S. Certain aspects of high-latitude climate variability. 188 (2014).

Andersen, G.L. Change and variation in a hyper-arid cultural landscape: A methodological approach using remote sensing timeseries (Landsat MRR and TM, 1973-1996) from the wadi vegetation of the eastern desert of Egypt. Master Thesis No. 59 (1999). Abstract

Last ned: Masteroppgave Gidske L. Andersen.pdf (15.31 MB)

Myrmehl, C. Chlorophyll - a pigment distributions in Norwegian coastal water observed with optical remote sensing. Master Thesis No. 18 (1993).

Langehaug, H.R. Circulation and transformation of Atlantic and Arctic water masses in climate models. Doctoral thesis no. 94 180 (2011).på <http://hdl.handle.net/1956/5282>

Orre, S. Circulation features in the northern North Atlantic Ocean inferred from simulated radioactive tracers. Doctoral Thesis No. 74 (2008).

Last ned: Dr.Thesis_Steinar_Orre.pdf (1.95 MB)

Raj, R.P. The circulation of the Norwegian Sea - An investigation from space and ocean. (2014).

Røsvik, B. Collection, processing and presentation of marine acoustic data in ice covered waters (Bachelor program). (2020).

Weber, M.M. Comparison between chlorophyll data derived from space-born colour sensors and biomass fields of a 3-dimensional physical-biogeochemical model and the implications for primary production estimates of the North Atlantic. Master Thesis No. 36 (1998).

Heese, B. A Comparison of Toatal Ozone Data From Satellite and Ground-Based Observations at Northern Latitudes. Master Thesis No. 9 (1991).

Lisæter, K.A. A coupled ice - ocean data assimilation system for Arctic monitoring and prediction. Doctoral Thesis No. 72 (2007).

Natvik, L.-J. A data assimilation system for a 3-dimensional biochemical model of the North Atlantic. Doctoral Thesis No. 39 (2001).

Evensen, G. Data Assimilation Using the Extended Kalman Filter with a Multilayer Quasi-Geostropic Ocean Model. Doctoral Thesis No. 6 (1992).

Jacob, A.A. Data Integration in an Ice Information System (IIS). Master Thesis No. 2 (1996).

Mossige Grønning, T. Data Structure, Access and Presentation in Web GIS. (2013).

Espedal, H. Detection of oil spill and natural film in the marine environment by spaceborne SAR. Doctoral Thesis No. 24 207 (1998).

Hamre, T. Development of semantic spatio-temporal data models for integration of remote sensing and in situ data in a marine information system (MIS). Doctoral Thesis No. 11 174 (1995).

Åsnes, M.N. DISCOT - Distributed Information System for Coastal, Ocean and Terrestrial Data. Master Thesis No. 57 (2000).

Salas, M.Y.D. A Dynamic Thermodynamic Sea Ice Model. Master Thesis No. 1 (1996).

Zangana, G. Dynamical web-based visualization of ocean model data. Master Thesis No. 80 (2009).

Lygre, K. Eddy-current interactions over a topographic slope. Master Thesis No. 3 (1990).

Olsen, G.E.G.E. Elucidation of Two Different Sensitivity Experiments with the Bergen Climate Model. Master Thesis No. 66 (2006).

Nansen Environmental and Remote Sensing Center	Nansen-Bangladesh International Centre for Coastal, Ocean and Climate Studies	Nansen International Environmental and Remote Sensing Center
Nansen Environmental Research Center – India	Nansen–Zhu International Research Centre	Nansen-Tutu Centre for Marine Environmental Research