This MSc topic spans broad spectrum of geological settings and sites. Depending on the scientific interest, goals and expectations of the MSc student, the specific sub-project will be designed. Each sub-project will consist of fieldwork, laboratory work, modeling and interpretation. Our objective is to determine the landscape change in the selected geological setting and site. To achieve this, MSc. student will do detailed geological mapping (with support of UAV and GIS technologies) and collect samples in the field, prepare samples for analysis of cosmogenic nuclides (10Be, 26Al and 36Cl) in the lab to calibrate the timing, calculate the amplitude and frequency, and model the change. MSc. Student is expected to present his/her research (both the work in progress and results) in national conferences. The ultimate scientific goal would be a publication. Research topics for individual sub-projects may be such as Quaternary glaciations, catchment-wide erosion rates, paleo-erosion rates, paleo-earthquakes, uplift rates (isostatic and neotectonic), paleo-discharge of fluvial systems etc… The sites for these are mainly located in the Alps.
The MSc student will present their findings at national conferences and submit their thesis in manuscript format, aiming to publish in an open-access scientific journal.
Advisors: Prof. Naki Akçar, Prof. Fritz Schlunegger
Specialities: PAQS
University: BE