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Arctic Geophysics (AGF)
Northern lights in Bjørndalen. Photo: Robert Pfau

Svalbard (78°N) is the northernmost location on Earth that can easily be visited at any time of the year. The students at UNIS have the opportunity to sit ring-side to observe phenomena that are specific to Polar regions and study the physical processes that lead up to them. UNIS seeks to introduce students to the whole vertical column, from the deep of the oceans up to the outermost boundary of the atmosphere, as a dynamic system with a large variety of processes going on inside each layer as well as interactions between them.

Specific fields of study:
Oceanography: At Svalbard you are in an excellent position to study the complicated air-ice-sea interaction processes in nature’s own laboratory.

Meteorology: Study the processes related to very stable boundary layers and the contrast between cold ice/snow surfaces and relatively warm sea, that leads to atmospheric phenomena that can only be observed in Polar Regions.

Cryosphere: A distinct feature of the Arctic is the cryosphere. The high Arctic setting in combination with frequent occurrence of warm spells coming from south makes Svalbard a unique place for studying the dynamics of snow and ice in a changing climate.

The Middle Polar Atmosphere: Study the unique phenomena of Polar stratospheric clouds, noctilucent clouds, abnormal radar reflections, the Polar mesospheric summer echoes, and the presence of large quantities of sub visual dust.

Upper Polar Atmosphere: Svalbard is at daytime located underneath the polar cusp opening towards the interplanetary space. The polar cusp region is where the solar-terrestrial coupling is most direct and strongest. The two months of darkness mid-winter makes Svalbard one of the most ideal places for ground-based observations of daytime Aurora Borealis.

Undergraduate Programme/Courses

Prerequisites: 90 ECTS in Mathematics/ Physics/Geophysics (3 full-time semesters at university)

 

Course overview:
  AGF-210 The Middle Polar Atmosphere, 15 ECTS, autumn semester 2011  
  AGF-211 Air-Ice-Sea Interaction I, 15 ECTS, spring semester 2012  
  AGF-212 Snow and Ice Processes, 15 ECTS, spring semester 2012  
  AGF-213 Polar Meteorology and Climate, 15 ECTS, autumn semester 2011  
  AGF-214 Polar Ocean Climate, 15 ECTS, autumn semester 2011  
  AGF-215 Satellite Monitoring of a Changing Arctic, 15 ECTS, autumn semester 2011  
  AGF-216 The Stormy Sun and the Northern Lights, 5 ECTS, spring semester 2012  

 

Recommended combinations:

 

Autumn
Spring
AGF-210 AGF-211
AGF-215 AGF-212
or  
AGF-213 *AGF-216
AGF-214 *AB-203
or  
AGF-214  
AGF-215  
   
*AT-207  
*AT-209  
 
* = Interdisciplinary course

 

Recommended workload is 30 ECTS per semester.


Graduate Courses (Ph.D. courses – also suitable for M.Sc.)

Prerequisites: Enrolment in a master- or Ph.D. program (exceptionally undergraduate students may be considered).

 

Course overview:
  AGF-301 The Upper Polar Atmosphere, 15 ECTS, spring semester 2012  
  AGF-304 Radar Diagnostics of Space Plasma, 15 ECTS, spring semester 2012  
  AGF-311 Air-Ice-Sea Interaction II, 10 ECTS, To be announced  
  AGF-340 Polar Atmosphere Chemistry, 10 ECTS, autumn 2011  
  AGF-345 Polar Magnetospheric Substorms, 10 ECTS, autumn 2011  
 

AGF-350 The Arctic Atmospheric Boundary Layer and Local Climate Processes,

10 ECTS, spring 2012

 
  AGF-351 Optical methods in auroral physics research, 7,5 ECTS, November 2011  

AGF students on fieldwork on the sea ice. Photo: Kjersti Lundmark Daae
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