Bachelor and Master Thesis
If you are interested in performing your Bachelor or Master thesis in our group, please contact Sebastian Schemm by email.
No theses are offered from HS2024 onwards.
Mastertheses starting in HS2023:
- Download Effects of forestation and deforestation over North America on remote weather and climate. (PDF, 557 KB) -- Download More details. (PDF, 256 KB)
- Download Detection of forced response of the jet stream to global warming through machine learning. (PDF, 576 KB)
- Download Extreme midlatitude jets in a warming climate — a PV gradient perspective (PDF, 689 KB)
Contact
Prof. Dr. Sebastian Schemm
Assistant Professor at the Department of Environmental Systems Science
Institut für Atmosphäre und Klima
Universitätstrasse 16
8092
Zürich
Switzerland
FS2023
- MA, Josephine Reek (D-BIOL) [Temperature Edge Effects Constrain Global Forest Productivity]
- BA, Lena Fasnacht (D-USYS) [Change in midlatitude PV gradients in future climate simulations using CESM2]
- BA, Pirmin Neyer (D-USYS) [Cyclone characteristics in ICON aquaplanet simulation with summer and winter hemispheres]
HS2022
- MA, Nora Zilibotti (D-ERDW) [Jet streams from a PV gradient perspective]
- MA, Victoria Bauer (D-USYS) [Ocean-atmosphere circulation change under afforestation scenarios]
- MA, Filippo Quarenghi (Utrecht) [High resolution time: Time step sensitivity of numerical weather prediction]
FS2022
- BA, Nina Fieldhouse (D-USYS) [Cyclone life cycles on an aquaplanet with seasonal cycle]
- SA, Feichi Lu, Tianyang Xu, Yaqi Qin (D-INF) [Using machine learning to predict cyclone intensification]
HS2021
- MA, Jan Zibell (D-PHYS), [Cyclone dynamics over the North Atlantic warming hole region]
- MA, Shihao Zeng (D-ERDW) [Storm tracks in idealized aqua planet simulations]
- SA, Lukas Fluri, Robin Chan, Cristi Blaga (D-INF) [Can machine learning predict cyclone tracks?]
FS2021
- SA, Nora Zilibotti (D-PHYS), [On the different perspectives of cyclone growth]
HS2020
- MA, Henrik Auestad (D-ERDW) [Download Annual cycle of baroclinic conversion efficiency (PDF, 199 KB)]
- MA, Marc Federer (D-USYS) [Download Predator-Prey behavior of storm tracks (PDF, 2 MB)]
- SA, Sheng Zhou, Hengxuan Ying, Yihan Dong (D-INF) [Download Can machine learning predict cyclone tracks (PDF, 944 KB)?]
FS2020
- BA, Gabriel Vollenweider (D-USYS)
HS2019
- MA, Philippe Besson (D-USYS)
Former co-supervised MA/BA students:
- Gabriela Kaufmann, Lukas Papritz, Jacopo Ripoldi, Christina Klasa, Stefan Rüdisühli, Matthias Hauser