基本信息
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Career Trajectory
Bio
In my research I aim to understand the mechanisms that underlie past climate changes. Using climate models and palaeo-proxy evidence I aim to understand how and why the climate was different in the past. I’ve looked at how year to year variability in the tropical Pacific evolved over the last 10 thousand years, how collapsing ice sheets can alter the global climate, and how year to year variability in Antarctica can be changed by the size of ice sheets in the Northern Hemisphere. Underpinning all of these studies is a desire to not just document changes but to explain how and why the changes happen.
Currently I am interested in how the temperature in Antarctica could change over long, thousand year, timescales, how rainfall patterns in the South Pacific could change, how changes in the amount of sea ice in the North Atlantic might alter rainfall patterns over the whole globe.
Research Interests
My overarching research interest is to understand the physical processes of the global
climate and how these evolve over long timescales. To investigate these processes I have developed coupled climate/ice sheet models and undertaken numerous suites of
numerical model experiments. Questions I am currently addressing include: how do the global hydrological cycle and global energy balance evolve over glaical cycles; how can Northern Hemisphere ice sheets affect the climate in the Tropics or Antarctica; how do global climate teleconnections evolve over thousands of years; how does the climate of the tropics vary over glacial cycles.
Currently I am interested in how the temperature in Antarctica could change over long, thousand year, timescales, how rainfall patterns in the South Pacific could change, how changes in the amount of sea ice in the North Atlantic might alter rainfall patterns over the whole globe.
Research Interests
My overarching research interest is to understand the physical processes of the global
climate and how these evolve over long timescales. To investigate these processes I have developed coupled climate/ice sheet models and undertaken numerous suites of
numerical model experiments. Questions I am currently addressing include: how do the global hydrological cycle and global energy balance evolve over glaical cycles; how can Northern Hemisphere ice sheets affect the climate in the Tropics or Antarctica; how do global climate teleconnections evolve over thousands of years; how does the climate of the tropics vary over glacial cycles.
Research Interests
Papers共 53 篇Author StatisticsCo-AuthorSimilar Experts
By YearBy Citation主题筛选期刊级别筛选合作者筛选合作机构筛选
时间
引用量
主题
期刊级别
合作者
合作机构
Chloe A. Brashear,Tyler R. Jones,Valerie Morris,Bruce H. Vaughn,William H. G. Roberts, William B. Skorski,Abigail G. Hughes, Richard Nunn,Sune Olander Rasmussen,Kurt M. Cuffey,Bo M. Vinther,Todd Sowers,Christo Buizert,Vasileios Gkinis,Christian Holme,Mari F. Jensen,Sofia E. Kjellman,Petra M. Langebroek,Florian Mekhaldi,Kevin S. Rozmiarek,Jonathan W. Rheinlænder,Margit Simon,Giulia Sinnl,Silje Smith-Johnsen,James W. C. White
crossref(2024)
crossref(2024)
Christo Buizert,Sarah Shackleton,Jeffrey P. Severinghaus,William H. G. Roberts,Alan Seltzer,Bernhard Bereiter,Kenji Kawamura,Daniel Baggenstos,Anais J. Orsi,Ikumi Oyabu,Benjamin Birner,Jacob D. Morgan,Edward J. Brook,David M. Etheridge,David Thornton,Nancy Bertler,Rebecca L. Pyne,Robert Mulvaney,Ellen Mosley-Thompson,Peter D. Neff,Vasilii V. Petrenko
Climate of the pastno. 3 (2023): 579-606
Annabel Wolf,Vasile Ersek,Tobias Braun,Amanda D. French,David McGee,Stefano M. Bernasconi,Vanessa Skiba,Michael L. Griffiths,Kathleen R. Johnson,Jens Fohlmeister,Sebastian F. M. Breitenbach,Francesco S. R. Pausata,Clay R. Tabor,Jack Longman,William H. G. Roberts,Deepak Chandan,W. Richard Peltier,Ulrich Salzmann,Deborah Limbert,Hong Quan Trinh,Anh Duc Trinh
F. L. Buckingham,S. A. Carolin,J. W. Partin,J. F. Adkins,K. M. Cobb,C. C. Day,Q. Ding,C. He,Z. Liu,B. Otto-Bliesner,W. H. G. Roberts, S. Lejau,J. Malang
Natureno. 7935 (2022): 295-300
crossref(2021)
openalex(2021)
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Author Statistics
#Papers: 54
#Citation: 985
H-Index: 17
G-Index: 27
Sociability: 5
Diversity: 2
Activity: 28
Co-Author
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D-Core
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