- E-mailSvetlana.Sorokina@uib.no
- Phone+47 55 58 20 92
- Visitor AddressGeofysisk instituttAllégaten 705020 BergenRoom101
- Postal AddressPostboks 78075020 BERGEN
- Proposal preparation (RCN, EU H2020), proof-reading and mock evaluation of proposals, proposal training, drafting and quality control of budgets, networking
- Support contract routines, project management
- Management of internal funding schemes, archiving and analysis of funding data, maintenance of websites
- Member of the steering group for the Young Research Leaders program
- Communication and outreach
Scientific competence
Climate variability and change, Arctic sea ice variability and change and the ocean–atmosphere heat exchange, Arctic-midlatitude linkages, Northern Hemisphere temperarure trends: causes and linkages to decadal ocean fluctuations
Articles (in Norwegian):
- Sorokina S.A. (2016) Den langsomme polare vippen. Naturen, Publisert september 2016
- Sorokina S.A. (2016) Klimaendringer alene forklarer ikke vårt ekstremvær. Aftenposten, Publisert mai 2016
Sorokina S.A. (2015) Derfor ble det nedbørsrekord. Bergensavisen, Publisert desember 2015
Sorokina S.A. (2015) Målet er å bli enige. Bergensavisen, Publisert desember 2015
Sorokina S.A. og Smedsrud L.H. (2015) Derfor øker temperaturen så sterkt i Arktis. Norsk klimastiftelses magasin «To grader», No 4, Energi og Klima, Publisert november 2015
Sorokina S.A. (2015) Derfor er Bergen blitt våtere. Bergensavisen, Publisert november 2015
Sorokina S.A., Michel d. S. Mesquita and Lu Li (2014): Vanskelige indiske vannveier. Norsk klimastiftelses magasin «To grader», No 3, Publisert November 2014, http://tograder.no/article/vanskelige-indiske-vannveier/
Sorokina S.A. (2014): Issmelting i Arktis: stadig på høyt nivå. Norsk klimastiftelses magasin «To grader», No 3, Publisert November 2014, http://tograder.no/article/issmelting-arktis-stadig-pa-hoyt-niva/
Nilsen A.W., Drange H., Furevik T., Jansen E., Paarupmichelsen L.-H., Smedsrud L.H., Viste E., Johannessen J., Sorokina S.A. (2013): Veien til Klimakunnskap. Norsk klimastiftelses magasin «To grader», No 2, Publisert November 2013, http://tograder.no/veien-til-klimakunnskapen/
Smedsrud L.H. og Sorokina S.A (2012): Polhavet smelter. Norsk klimastiftelses magasin «To grader», No 1, Publisert November 2012, http://tograder.no/polhavet-smelter/
Presentations (in Norwegian):
Sorokina S.A. Norge og Bergen i lys av klimaendringer. Nasjonal aksjonsdag for et klimavalg, 29 August 2015, Bergen, Norway
Sorokina S.A. Varmt Arktis og kalde kontinenter. Bjerknesdagen 2014, i samarbeid med Bergen internasjonale filmfestival (BIFF), 1 Oktober 2014, Bergen, Norway
Sorokina S.A. Inversjon og Luftkvalitet i Bergen. Forskingstorget under Forskingsdagene i Bergen 2013, Bergen, Norway
Presentations (in English):
Sorokina S.A.Barents Sea ice changes and the Warm Arctic Cold Eurasia pattern. Climate and Energy. Arctic Frontiers. 21-23 January 2015; Tromsø, Norway
Sorokina S.A.Scenario the Arctic in 2050. Human in the Arctic. Arctic Frontiers (Emerging leaders). 19-24 January 2014; Tromsø, Norway
- 2019. Observed Atmospheric Coupling between Barents Sea Ice and the Warm-Arctic Cold-Siberian Anomaly Pattern.
- 2017. Klimasystem og klimaendringar.
- 2017. Is the open Barents Sea a hotspot for generating teleconnections?
- 2016. Observed atmospheric coupling between Barents Sea ice and the warm-Arctic cold-Siberian anomaly pattern. Journal of Climate. 495-511.
- 2016. Klimaendringer alene forklarer ikke vårt ekstremvær. Aftenposten (morgenutg. : trykt utg.).
- 2016. Klimaendringene alene forklarer ikke vårt eksemvær.
- 2016. Klima. Kunnskapsstatus.
- 2016. Hva driver vær og klima?
- 2016. Den langsomme polare vippen. Naturen. 156-161.
- 2015. Norge og Bergen i lys av klimaendringer.
- 2015. Målet er å bli enige. Bergensavisen.
- 2015. Derfor øker temperaturen så sterkt i Arktis. To Grader.
- 2015. Derfor er Bergen blitt våtere. Bergensavisen.
- 2015. Derfor ble det nedbørsrekord. Bergensavisen.
- 2014. Varmt Arktis og kalde kontinenter.
- 2014. Vanskelige indiske vannveier. To Grader.
- 2014. Vanskelige Indiske Vannveier.
- 2014. Issmelting i Arktis: stadig på høyt nivå. To Grader.
- 2014. Certain aspects of high latitude climate variability.
- 2014. Barents sea – a hotspot for Eurasian teleconnection patterns?
- 2013. To grader. Veien til Klimakunnskap.
- 2013. The role of the Barents Sea in the arctic climate system. 415-449.
- 2013. Investigating the link between Barents Sea ice and cold Siberian winters.
- 2013. Contrasting Vertical Structure of Recent Arctic Warming in Different Data Sets. Atmospheric and Climate Sciences. 1-5.
- 2012. Vertical structure of recent arctic warming from observed data and reanalysis products. Climatic Change. 215-239.
- 2012. The Recent Siberian Cooling.
- 2012. Polhavet smelter. To Grader.
- 2012. Et varmere Arktis. 2°C, Status fra klimavitenskapen 2012, Arctis Smelter.
- 2012. Atmospheric flow patterns associated with low fractional sea-ice cover in the Barents-Kara Seas.
- 2011. Meridional Energy Flux in the Arctic from Data of the IGRA Radio Sounding Archive. Izvestiya, Atmospheric and Oceanic Physics. 572-583.
- 2010. Vertical structure of recent Arctic warming from observed data and reanalysis products.
- 2010. Atmospheric turbulence: Prediction, measurement, and effects. Climatology of the Arctic planetary bounday layer. 56 pages.
- 2010. "Arctic heat" -from retreating sea ice to the ocean conveyor.
- 2009. Vertical structure of the Arctic warming: The effect of the Arctic planetary boundary layer decoupling.
- 2009. Vertical structure of recent Arctic warming from observed data and reanalysis products.
- 2009. Vertical structure of recent Arctic warming from observed data and reanalysis products.
- 2009. Atmospheric energy flux across 70�N from the International Global Radiosonde Archive.
More information in national current research information system (CRIStin)