Hav og marinbiologi
Foto: UiT/Erling SvensenJørgen Berge
Enhet: Fakultet for biovitenskap, fiskeri og økonomi
Arktisk marinbiologi, polarnatt, dyreplankton, organismer tilknyttet drivisen i polhavet, effekter av klimaendringer
Bodil Bluhm
Enhet: Institutt for arktisk og marin biologi
I have a strong interest in community ecology, biodiversity and population dynamics of benthic and sea ice-associated fauna. My research also focuses on coupling processes between the benthic, pelagic and sea ice realms in the Arctic through trophic interactions and life cycles. I am also interested in regional and pan-Arctic integration and biophysical linkages.
Current projects
Nansen Legacy (Norwegian Research Council), also read https://sciencenorway.no/blog-nansen-legacy-project
Catchment to Coast (C2C) (Fram Center)
Sustainable development of the Arctic Ocean SUARCO (Fram Center)
Arctic Seasonal Ice Zone Ecology (Norwegian Government, UiT), see exhibition
Long-term monitoring of a subtidal hard-bottom benthic community
TUNU East Greenland Ecology
Kitikmeot Sea Science Study (Polar Knowledge Canada)
Recent projects
Arctic Ocean ecosystems - Applied technology, Biological interactions and Consequences in an era of abrupt climate change, Arctic ABC (Norwegian Research Council)
Long-term Benthos Monitoring network for detecting chance in the Arctic benthic ecosystem (LTM-Benthos) (Nordic Council of Ministries)
Impact of chemosynthetic carbon sources in marine food webs at Arctic cold seeps (VISTA)
The quest for the pole: Are southern species already capable of invading the Barents Sea? (Fram Center) Watch outreach video
A knowledge platform for industrial macroalgae cultivation, MACROSEA (Norwegian Research Council)
Other activities
Circumpolar Biodiversity Monitoring System
Working group Integrated Assessment Central Arctic Ocean
Subject editor Marine Biodiversity, guest editor various journals
Rolf Rudolf Gradinger
Enhet: Institutt for arktisk og marin biologi
Laurene Pecuchet
Enhet: Norges fiskerihøgskole
Research in fish populations, fish communities, and marine food web. I am studying the impacts of global change on marine ecosystems, from fish populations to the food web by combining empirical analysis of scientific surveys, trait and environmental datasets, and modeling tools.
Marit Reigstad
Enhet: Institutt for arktisk og marin biologi
- Arktiske og subarktiske marine økosytem
- Plankton
- Pelagisk-bentisk kobling
- Økosystemrespons på endring i klima
Fokusområder: Barentshavet, Polhavet, Framstredet, kyst- og fjordsystemer
Prosjektleder Arven etter Nansen (www.nansenlegacy.org)
ARCTOS forskernettverk medlem (www.arctos.uit.no)
Forskningsgruppe Arktisk marin systemøkologi (AMSE)
Forskningsprosjekt:
Arven etter Nansen (www.nansenlegacy.org), PI
Polar Ocean Mitigation Potential (POMP), WP co-lead
Arctic Passion (Atlantisk-Arktisk DBO, Styringsgruppen)
HAVOC (Vertikal fluks under skrugarder)
A-TWAIN (Observatorium på sokkelskråningen mot Polbassenget)
CLEAN (Samlet effekt av påvirkning - eksempel Barentshavet)
DOGA (havrettsprosjekt om implementering av økosystem basert forvaltning, medl. rådgivende utvalg)
Audun Rikardsen
Enhet: Institutt for arktisk og marin biologi
Populasjons økologi, livshistoriestrategier, fersk- og saltvannsøkologi til laksefisk, parasittologi, interaksjoner, fiskemerking- og fangstteknikker, telemetri (elektronisk sporing), egnethetsanalyser for oppdrettsanlegg, vassdrag- og kystsoneforvaltning, EU's vanndirektiv, biologisk mangfold, konsekvensanalyser og prøvefiske
Scientific interests: Freshwater and marine ecology of anadromous salmonids, population ecology, life-history strategies, parasitology, fish-marking and trapping techniques, telemetry, suitability analysis for locations of fish farms, costal zone and watercourse management, consequence analysis and freshwater fish surveys.
Paul Friedrich Wassmann
Enhet: Institutt for arktisk og marin biologi
- Arctic marine system ecology
- Vertical flux and flux regulation in ecosystems of different trophic state and latitude
- Flux of carbon in marine ecosystems as a function of trophic state and climate change
- Physical-biological coupled 3-D models of pelagic primary production, new and export production
- Eutrophication in the coastal zone
- Dynamics of Phaeocystis-dominated ecosystems