We are offering two PhD-positions in ice sheet modelling under the topic:
Investigating past and future Antarctic ice sheet dynamics and sea-level contributions with an isochronally calibrated ice sheet model
The position is part of the SNF-funded CHARIBDIS-project which aims at improving and calibrating ice sheet models via the Antarctic radiostratigraphic record. The successful applicants will be part of the ice sheet modelling group at the University of Bern with many opportunities for collaboration and extended research visits internationally.
Background
The evolution of the Antarctic Ice Sheet during the coming centuries and millennia is highly uncertain. Its future path could make it the dominating driver of global sea level rise, thwarting even a complete loss of the entire Greenland Ice Sheet under the most dire climate scenarios. At the same time, the heuristics involved in the parameterization of current ice sheet models are insufficient to adequately capture e.g. dynamic Antarctic drainage sectors thus leading to large uncertainties in sea level projections. The successful candidates will carry out model projections and reconstructions of Antarctic ice sheet evolution and sea level contributions for the next centuries and millennia as well as past critical climate transitions (i.e. Last Interglacial, mid-Pleistocene Transition, Last Glacial Maximum). The candidate will employ and develop an isochronally calibrated ice sheet model, therefore reducing long-standing uncertainties associated with Antarctic sea level projections.
Qualifications
We are looking for a highly motivated PhD-candidate with a strong drive to explore physical processes in the earth system as well as an interest in models and observational data. Applicants should have solid analytical skills, preferably in the natural sciences or disciplines with a foundation in data analysis and interpretation. Prior experience in programming (e.g. C++, Python, Matlab) and a background in physics and or mathematics are a plus but not a strict requirement. Good communication skills in English (both verbal and written) and willingness to closely collaborate with colleagues at the University of Bern and beyond are expected.
The Climate and Environmental Physics Institute at the University of Bern offers a highly interdisciplinary and team-oriented work environment.
Intended start date: 01.11. 2023 and 01.02.2024 or to be agreed Duration: 4 years
Your application is in one pdf-file and consists of a motivation letter, CV a link to a PDF file of your Master thesis, and the names and addresses of at least two references. Please send the application or job-related inquiries to [email protected]
www. unibe.ch