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Name:              Yoshihiro Nakayama
Institute:          Alfred Wegener Intitute 
Department:    Climate Sciences/Observational Oceanography
Phone:             +49(471)4831-1876
Email:              yoshihiro.nakayama(at)awi.de
Web link:        http://www.awi.de/People/show?nakayama

 

PhD-project title: Analysis and modeling of the distribution of traces of glacial melt in the Southern Ocean with focus on the southeast Pacific sector

From previous studies, it has been found that Antarctic ice sheet is melting in the southeast Pacific sector. This melting is caused by the the relatively warm Circumpolar Deep Water (CDW) that flows onto the continental shelf in Amundsen Sea and is considered to be one of the major causes for the freshening of the Ross Sea.

Thus, in this study, the observational data is firstly analysed to deepen our understanding of the ice sheet melting in Amundsen Sea. Then, the influence of the glacial melt is analysed with with Finite Element Sea Ice Ocean Model (FESOM).

 

Start of doctoral thesis: 1st June 2011

Thesis Committee:

Supervisor : Dr Hartmut Hellmer

Co-Supervisor : Dr Michael Schröder, Dr Peter Lemke

Committee Meetings: 29.08.2012

 

Publications:

Nakayama, Yoshihiro, Kay I. Ohshima, Yasushi Fukamachi, 2012: Enhancement of Sea Ice Drift due to the Dynamical Interaction between Sea Ice and a Coastal Ocean. J. Phys. Oceanogr., 42, 179–192.

Conferences:

Forum for Research into Ice Shelf Processes, FRISP, talk: Yoshihiro Nakayama and Michael Schröder, Spreading of the melt water plume from Pine Island Glacier, 12-14 June 2012.

Helmholtz Research School on Earth System Science, Annual Retreat 2012, Bremerhaven, “Deutsches Auswandererhaus“, Poster Presentation: Nakayama, Y et al., “Analysis and modelling of the distribution of traces of glacial melt in the Southern Ocean with focus on the southeast Pacific sector.“ 30 November, 2012.

Expeditions:

Antarctica-Expedition ANT XXIX/3, 21.01.13 - 19.03.13, Punta Arenas, South Chile to Punta Arenas, South Chile.

Collaborations:

Max-Planck-Institut für Meteorologie supervised by Dr. Christian Rodehacke

 

 


 
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