Arctic and Marine Remote Sensing Studies

Develop, validate and apply remote sensing for use in ocean and sea ice studies, Greenland ice sheet variations, operational oceanography and climate research.
Description & Objectives
Research Description
Multidisciplinary research activities based on knowledge and expertise in satellite remote sensing, ocean acoustics, signal processing, electromagnetic radiation physics, sea ice physics, oceanography, boundary layer meteorology, air-sea-ice interaction and information technology for management and dissemination of satellite based information.
Develop and validate retrieval algorithms for ocean and sea ice parameters from various satellite Earth observation data, which in are used in studies of upper layer mesoscale ocean processes, air-sea-ice interaction, climate change studies and in operational oceanography.
Specific Research Objectives
- To advance research and monitoring of upper ocean processes and dynamics by synergetic use of satellite, in-situ data and modelling.
- To advance the retrieval algorithms for converting satellite data to geophysical quantities.
- To strengthen the use of satellite and ocean acoustic data (remote sensing of the oceans) for ocean monitoring, model validations, data assimilation and prediction.
- To study Essential Climate Variables with emphasis on high latitude and Arctic region and facilitate and stimulate high quality and original multidisciplinary satellite based Earth system research and education.
Staff
Navn | Area of Expertise |
---|---|
Anton Korosov |
oceanography remote sensing sea ice |
Antonio Bonaduce | oceanography |
Artem Moiseev |
oceanography remote sensing |
Espen Storheim |
acoustics physics |
Florian Geyer | oceanography |
Hanne Sagen |
acoustics geo-sciences mathematics oceanography |
Jiping Xie | oceanography |
Johnny A. Johannessen |
oceanography remote sensing |
Lasse H. Pettersson |
ecology oceanography remote sensing sea ice |
Mohamed Babiker | geo-sciences |
Morten J. Stette |
mathematics physics |
Roshin P. Raj | oceanography |
Stein Sandven |
acoustics oceanography remote sensing sea ice |
Tor I. Olaussen |
computer science oceanography |
Victoria Miles |
ecology remote sensing |
Projects
TARDIS
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A project bigger on the inside.