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English
version
For å registrere i Cristin må du være vitenskapelig eller administrativt ansatt.
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2020
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1. |
Haualand, Kristine Flacké; Spengler, Thomas. Direct and Indirect Effects of Surface Fluxes on Moist Baroclinic Development in an Idealized Framework. Journal of the Atmospheric Sciences 2020 UiB
Untitled
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2. |
Palenik, Juraj; Spengler, Thomas; Hauser, Helwig. IsoTrotter: Visually Guided Empirical Modelling of Atmospheric Convection. IEEE Transactions on Visualization and Computer Graphics 2020 ;Volum 27.(2) s. 775-784 UiB
Untitled
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3. |
Pariyar, Sunil Kumar; Keenlyside, Noel; Sorteberg, Asgeir; Spengler, Thomas; Bhatt, Bhuwan Chandra; Ogawa, Fumiaki. Factors affecting extreme rainfall events in the South Pacific. Weather and Climate Extremes 2020 UiB
Untitled
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4. |
Spensberger, Clemens; Reeder, Michael John; Spengler, Thomas; Patterson, Matthew. The connection between the Southern Annular Mode and a feature-based perspective on Southern Hemisphere mid-latitude winter variability. Journal of Climate 2020 ;Volum 33. s. 115-129 UiB
Untitled
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5. |
Spensberger, Clemens; Spengler, Thomas. Feature-Based Jet Variability in the Upper Troposphere. Journal of Climate 2020 UiB
Untitled
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6. |
Tsopouridis, Leonidas; Spengler, Thomas; Spensberger, Clemens. Smoother versus sharper Gulf Stream and Kuroshio sea surface temperature fronts: effects on cyclones and climatology. Weather and Climate Dynamics (WCD) 2020 ;Volum 2.(4) s. 953-970 UiB
Untitled
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Tsopouridis, Leonidas; Spensberger, Clemens; Spengler, Thomas. Characteristics of cyclones following different pathways in the Gulf Stream region. Quarterly Journal of the Royal Meteorological Society 2020 ;Volum 147. s. 392-407 UiB
Untitled
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8. |
Tsopouridis, Leonidas; Spensberger, Clemens; Spengler, Thomas. Cyclone Intensification in the Kuroshio Region and its relation to the Sea Surface Temperature Front and Upper‐Level Forcing. Quarterly Journal of the Royal Meteorological Society 2020 ;Volum 147.(734) s. 485-500 UiB
Untitled
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9. |
Weijenborg, Christian; Spengler, Thomas. Diabatic Heating as a Pathway for Cyclone Clustering Encompassing the Extreme Storm Dagmar. Geophysical Research Letters 2020 UiB
Untitled
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