Research projects from A to Z
Presentations of projects which our researchers are leading or participate in. Not all projects have a description on web. See also projects in the Project Databank/ Research Council of Norway.
- A
- ACT-Pilot – Understanding climate transitions and limits to sustainability in the Arctic
- Advancing frequency analysis of nonstationary hydrological extremes for reducing flood risk in a changing climate
- ANIMA – ANIsotropic Viscosity in MAntle Dynamics
- Application of noble gas signatures in monitoring schemes for offshore CO2 storage – ICO2P
- Assessing impact of snow sublimation for hydropower production in Norway (SnowSub)
- B
- C
- Carbon Mineralization in Basaltic Rocks – Understanding Coupled Mineral Dissolution and Precipitation in Reactive Subsurface Environments
- Changes at the Top of the World through Volcanism and Plate Tectonics: NOR-R-AM2
- Climate change and ecosystems management in Malawi and Tanzania
- Climate Change Modeling and Prediction of Economic Impact
- CO2 Seal and Bypass – COPASS
- CO2Basalt
- Combined effect of multiple organic stressors from jellyfish blooms and aquaculture operations on seafloor ecosystems
- Conquering the Subsurface
- Constraining climate sensitivity and near-term climate response (WP6 in the FORCeS-project)
- COTEC – CO2 containment and monitoring techniques
- CRATER CLOCK – Calibration of the Cratering Chronometer for the Earliest Planetary Evolution
- CryoWALL – Steep permafrost slopes in Norway
- D
- E
- EMERALD – Terrestrial ecosystem–climate interactions of our EMERALD planet
- Emergent networks: Predicting strain localization and fracture network development
- ERC Advanced Grant 'Beyond Plate Tectonics'
- ERC Advanced Grant 'Disequilibirum metamorphism of stressed lithosphere (DIME)'
- ERC Advanced Grant 'Past and Future High-resolution Global Glacier Mass Changes (GLACMASS)'
- ERC Consolidator Grant 'STate-dEPendent Cloud feedbacks: enHANcing understanding and assessing Global Effects'
- ERC Consolidator Grant ‘EPIC’: Untangling Ediacaran Paleomagnetism to Contextualize Immense Global Change
- ERC Start up grant 'Actively learning experimental design in terrestrial climate science (ACTIVATE)'
- ERC Start up grant 'LUSI LAB'
- ERC Start up grant 'Mixed-phase clouds and climate (MC2)'
- ESCYMO – Enhancing Snow CompetencY of Models and Operators
- European Space Agency Glaciers_cci Project
- F
- G
- H
- I
- ICEFLOW – Short-term movements in the Cryosphere
- IceSAFARI – Safer flights for drones and small aircraft: better understanding of icing conditions in clouds
- IMAGINE – Integrating Macroeconomics, Climate Physics and Game Theory for Innovative Education and Research
- Inclusion of foraminifera in Artsdatabanken - the Norwegian Biodiversity Information Centre (NBIC)
- Infrastructure for Norwegian Earth System modelling (INES)
- M
- M4: Mixing in Multiphase Flow through Microporous Media
- Magnetotelluric Analysis for Greenland and Postglacial Isostatic Evolution (MAGPIE)
- MAMMAMIA – Multi-scAle-Multi-Method Analysis of Mechanisms causing Ice Acceleration
- MAPLES – MAgma PLays with sedimEntary rockS
- MASSIVE – MAchine learning, Surface mass balance of glaciers, Snow cover, In-situ data, Volume change and Earth observation
- MATNOC – A management tool for coastal aquaculture based on knowledge on nearshore ocean circulation dynamics
- Modelling and Mapping of Potential Vegetation Regeneration Areas in the Blue Nile Area, Eastern Sudan
- O
- P
- PALMAR – Paleogene Basin Development on the Vøring and Møre Margins
- PANDA – 100 Myr paleomagnetic data gap: Investigating anomalous behaviour of Earth’s magnetic field in the middle Paleozoic
- PATCHES – Probabilistic reAnalysis of the Terrestrial Cryosphere by History-matching using Evidence from Satellites
- PEAT-THAW: Thawing Permafrost Peatlands – Carbon Source or Sink in a +2°C World?
- PERMANOR – Permafrost landscapes in transformation
- POLARIS – Evolution of the Arctic in deep time
- Polish-Norwegian CCS Network: Acceleration of Climate Change Mitigation Technologies Deployment
- PTAL – Planetary Terrestrial Analogues Library
- Q
- S
- SaltPreCO2
- SatPerm – Satellite-based Permafrost Modeling across a Range of Scales
- SIU Long-term UTFORSK Project between University of Oslo and Wuhan University, China
- SNOWDEPTH – Global snow depths from spaceborne remote sensing for permafrost, high-elevation precipitation, and climate reanalyses
- Sources of the Norwegian winter season snow pack constrained by stable water isotopes – SNOWPACE
- SUBITOP ETN-Network project (Marie Curie)
- Suprabasins
- T
- Taphonomy and Modern Analogues
- The Goldschmidt Laboratory I – Infrastructure for Geochronological Characterization of Solid Earth Materials
- The Nansen Legacy / Arven etter Nansen
- The Ritland impact crater in Rogaland
- The Rough Ocean
- TopArctic – Topographic control in the Arctic Ocean
- Trias North – Reconstructing the Triassic northern Barents shelf
- U