Stefanie Leonore Ypma
Stefanie is currently working as a PhD candidate at Delft University of Technology. Her research is focused on the formation and spreading of dense watermasses in the Nordic Seas. The aim is to shed more light on the connection between ocean dynamics (like deep convection, boundary current instability and frontal processes) and changes in environmental conditions. A Lagrangian approach is applied to study pathways and characteristics of different watermasses in both global models as in a high-resolution regional idealised model. More information on recent findings and publications can be found below.
Stefanie has obtained her bachelor’s degree in Physics at Leiden University and her master’s degree in Physical Oceanography at Utrecht University. During her master research she studied the separation of the East Australian Current at the Climate Change Research Centre in Sydney, Australia. She also enjoys playing music and getting lost in nature.
(2019) Ypma, S.L. Brüggemann, N., Georgiou, S., Spence, P., Dijkstra, H. A., Pietrzak, J. D., & Katsman, C. A., Pathways and watermass transformation of Atlantic Water entering the Nordic Seas through Denmark Strait in two high resolution ocean models, Deep Sea Research Part I: Oceanographic Research Papers. https://doi.org/10.1016/j.dsr.2019.02.002
(2016) Ypma, S. L., van Sebille, E., Kiss, A. E., & Spence, P., The separation of the East Australian Current: A Lagrangian approach to potential vorticity and upstream control. Journal of Geophysical Research: Oceans, 121(1), 758- 774. https://doi.org/10.1002/2015JC011133
(2019) Presentation at NAC, Utrecht NL, Role of heat exchange across the Mohn-Knipovich Ridge: an idealized study of the Nordic Seas.
(2018) Presentation at AMOC science meeting, Miami USA, Pathways and watermass transformation of Atlantic Water entering the Nordic Seas through Denmark Strait
(2016) Presentation at BBOS meeting, Oranjewoud NL, The influence of topography on the stability of the Norwegian Atlantic Current in the Nordic Seas
(2018) FAMOS, Bergen NO, Pathways and watermass transformation of the Atlantic Water entering the Nordic Seas through Denmark Strait in two high resolution ocean models
(2018) Ocean Sciences, Portland USA, Pathways and Watermass Transformation of Atlantic Water entering the Nordic Seas through Denmark Strait
(2017) EGU, Vienna AT, Asymmetry in convection and restratification in the Nordic Seas: and idealized model study