Two PhD positions “Elevated Low Relief Landscapes in Mountain Belts: Active Tectonics or Glacial Reshaping? A Case Study in the Eastern Alps”
Two PhD positions within the FWFproject “Elevated Low Relief Landscapes in Mountain Belts: Active Tectonics or Glacial Reshaping? A Case Study in the Eastern Alps”
This project will focus on the evolution of elevated low relief landscapes (plateaus) in active mountain ranges. The project is funded by the Austrian Science Fund (FWF) and the government of Salzburg for a period of three years and will commence in March 2019. Details of the research project are available under: www.geodynamics.at.
Duration of the employment
The two PhD positions will be fully financed for 36 months. In accordance with the Collective Labour Agreement for Austrian Universities in Austrian (§ 26 “Kollektivvertrag für die ArbeitnehmerInnen der Universitäten“ Verwendungsgruppe B1), a salary of € 2,096,00 gross per month (14 x) for a 30-h / week employment.
Desired skills and experience
The successful candidate should have:
- Master’s degree (or equivalent) in Geology, Geomorphology, Geophysics, Geochemistry, Computational Science
Excellent skills and practical experience in one or more of the following research areas:
- experience in numerical simulationtools and programming skills (e.g. C++, Fortran, Python, R, Matlab…)
- ability to work in rugged alpine terrain and caves
- experience with lab-work and chemical preparation of rock samples
- knowledge of the principles of earthsurface dynamics (in particular the interaction of processes driven by climate and tectonics)
- autonomous and proactive working
- written and spoken English proficiency
- skills in dissemination of scientific results (e.g. writing scientific publications)
- flexibility and the ability to workin a team
Specification of the main focus of the two PhD positions:
- PhD-candidate A will work at the University of Salzburg under the supervision of Jörg Robl.She/He will focus on morphometry and landscape evolution modelling (glacialerosion). A stay abroad at Aarhus University (David Egholm) is planned. For this position we seek for an ambitious young scientist with a strong affinity to numerical modeling. Experience with field work in alpine environments is an advantage.
- PhD-candidate B is based in Graz and will work under the supervision of Kurt Stüwe. She/He willfocus on cosmogenic nuclide dating of cave sediments. A stay abroad at the SUERC Glasgow (Derek Fabel, Fin Stuart) is planned. For this position we seek for a motivated researcher with a strong affinity to lab work and caves. The ability to work in rugged alpine terrain and caves is a prerequisite.
A tight cooperation between all team members is expected. Amongst others this will include joint field work in the Eastern Alps, meetings in Salzburg and Graz, GIS and modelling workshops, conference visits, and paper writing.
The Application should include:
- letter of motivation for the desired position (PhD-A: Salzburg or PhD-B: Graz)
- CV (academic career, scientific publications, research interests, skills)
The applications can be submitted until December 31 to the following Email address: email@example.com
Here is an advertisement for an open PhD position at the University of Roma for a project led by Paolo Ballato and Claudio Faccenna. I am collaborating in the project.
Ph.D. position at the Department of Science (Section Geology) of the University of Roma
Deciphering the Mantle Contribution on Surface uplift in the Atlas-Meseta system (Morocco).
The idea that mantle flow dynamics may contribute to the topographic development of orogens has changed our vision on mountain building processes and inspired an increasing number of modelling studies. Isolating and documenting such a contribution however, has been proved to be difficult, especially in continental settings where the paleontological record is not as determinant as in marine systems. This research proposal aims to decipher the influence of mantle flow on the topographic growth of the Atlas-Meseta system of Morocco. There, the occurrence of several hundred of meters of mantle driven uplift, offers the possibility to investigate magnitude, timing and rates of surface uplift, by means of a multidisciplinary approach involving recent advancements on stratigraphy, geomorphology, geochronology, and low-temperature thermochronology. The outcome of this field- and laboratory-based approach will be finally integrated for developing an analogue geodynamic model and gain more insights into the mechanisms of mantle flow. Specifically, the candidate student will quantify longitudinal and latitudinal spatio-temporal patterns of surface uplift and regional tilting induced by mantle flow along two transects across the Atlas-Meseta system. In addition, the expected results will provide geological information that will be used for calibrating a final geodynamic analogue model, which will be of general interest for unravelling the evolution of mountain belts that are not supported by orogenic roots.
The successful candidate must have high motivation, a MSc degree in Geology, Earth Sciences or equivalent, solid basic knowledge in field geology, geomorphology, stratigraphy and tectonics. Basic knowledge in ArcGIS and MATLAB are also required. Applicants must be also proficient in spoken and written English and have teamwork skills.
Information and application
To apply, please send a cover letter clarifying your overall motivation together with your curriculum vitae and names, telephone numbers, and e-mail addresses of two referees to Paolo Ballato (firstname.lastname@example.org), before June 18th.
Conditions of employment
The project will start on November 1st as part of the University of Roma Tre Ph.D. programme (34th cycle) and will last 3 years. The scholarship has an annual amount of 13.638,47 Euro (social security fee included) and is increased (+50%) for periods of study or research abroad.
Two positions in Geomorphology and Cosmogenic Nuclides in Dirk Scherler’s group
Dirk Scherler, co-developer of TopoToolbox, has recently been granted the ERC-project “Climate sensitivity of glacial landscape dynamics (COLD)”. The main aim of COLD is to quantify how erosion rates in glacial landscapes vary with climate change and how such changes affect the dynamics of mountain glaciers. Now, he is inviting applications for 2 PhD positions at the German Research Centre for Geosciences (GFZ) in Potsdam.
Please find more details here:
Application deadline is 15th November 2017.
Geo.X, a Berlin-Potsdam based research cluster, advertises 14 positions in a new research school. The focus of this research school is on the interdisciplinary area of Data Science as a methodological research area within the geoscientific research topics Natural Hazards and Risks and Geo-Bio-Interactions. As readers of this blog, I am sure, these positions will certainly be of interest to many of you.