Janina Tschirschwitz
Department | Climate Physics IMPRS |
Group | IMPRS doctoral candidate Wave Driven Circulations |
Position | Phd Candidate |
phone | +49 40 41173-147 |
janina.tschirschwitz@mpimet.mpg.de | |
Room | B 424 |
Research Interests
🌧️ Water vapour and modelling
I am interested in (exo)planetary atmospheres, how they behave, and how different processes shape them. My PhD project focuses on the role of water vapour in the atmosphere: Despite being only a minor constituent of the terrestrial atmosphere, water vapour plays an important role in the Earth's climate; it influences radiative, convective, and dynamic processes.
In a (locally or globally) moister atmosphere with a higher water vapour content, the influence of water vapour on atmospheric processes becomes more and more important: Surface evaporation and precipitation, for example, can increase or reduce the atmospheric mass balance and thus modify the atmospheric pressure. This can lead to dynamical changes in the atmosphere.
Thus, I am using the ICON climate model to investigate how atmospheric processes change when the atmospheric mass balance takes the mass of water vapour into account.
Since 2023 | Ph. D. Earth System Sciences, Universität Hamburg | |
Topic: Water vapour and modelling | ||
2020-2023 | M. Sc. Physical Geography: Environmental History, University of Bremen | |
Master's thesis: Simulated moisture source changes of European precipitation under future warming | ||
2016-2020 | B. Sc. Physics with special studies in Astrophysics, Ludwig Maximilian University of Munich | |
Bachelor's thesis: Atmospheres and habitability of terrestrial exoplanets within the habitable zone |
- Hadré, E., Küpper, J., Tschirschwitz, J., Mengert, M. & Labuhn, I. (2023). Quantifying generational and geographical inequality of climate change. Sci Rep 13, 8483. https://doi.org/10.1038/s41598-023-35690-8