Quan Liu
| Department | Climate Variability IMPRS |
| Group | IMPRS doctoral candidate Director's Research Group (CVR) |
| Position | Phd Candidate |
| phone | +49 40 41173-205 |
| quan.liu@mpimet.mpg.de | |
| Room | B 227 |
Quan Liu | PhD Candidate
刘权｜博士研究生
I am doing my PhD through the program IMPRS-ESM at the Max Planck Institute for Meteorology.
IMPRS-ESM Advisory Panel
| Principal Advisor: | Jungclaus, Johann | |||||||||||||||||||
| Co-Advisors: | Matei, Daniela | |||||||||||||||||||
| Bader, Jürgen | ||||||||||||||||||||
| Panel Chair: | Marotzke, Jochem | |||||||||||||||||||
PhD Topic
Ocean-atmosphere interactions and their links to weather patterns, teleconnections and climate extremes over the northern hemisphere.
I am interested in changes in internal variability under global warming. Specifically, I am looking at changes in the internally generated North Atlantic Oscillation (NAO) extremes in a warming climate. The NAO extremes play an important role in generating extreme weather events such as heat waves or floods over Europe and North America, which are mainly due to internal variability. However, the study of human impacts on such internally generated NAO extremes is lacking.
Education
Main courses:
S_39 Generic Academic Skills WS 2021/2022 2
E_323 Practical Deep Learning with Climate Data SS 2022 4
I_01 Introduction to Earth System Modelling SS 2022 2
I_10 EaSyMS Earth System Modeling School SS 2022 2
S_36 Climate Dynamics SS 2022 2
S_90 Good Scientific Code SS 2022 1
S_91 Roads to Resilience SS 2022 1
S_41 Advanced Scientific Writing WS 22/23 2
E_329 Communicating Climate Science WS 2022/23 1
Conferences / workshops
Workshop Multi-annual to Decadal Climate Predictability in the North Atlantic-Arctic, 20-22 September 2021, online, Copenhagen and Bergen
European Geosciences Union (EGU) 2023, 24-28 April 2023, Vienna
ROADMAP meeting project meeting, 13-15 June, Brussels
International Union of Geodesy and Geophysics (IUGG), 17-20 July, Berlin
Main courses:
| Meterology | Atmospheric Physics |
| Atmospheric Observation | |
| Eco-Climatology | |
| Modeling and Analysis of Land Surface and Ecological Processes | |
| Nonlinear Atmospheric Dynamics, Eddy-Mean Flow Interaction and Extreme Weather Events | |
| Remote sensing | Remote Sensing Intelligent Computing and Information Extraction |
| Image Processing and Analysis | |
| Hyperspectral Remote Sensing | |
| Machine learning | Introduction to Machine Learning Remote Sensing Image Processing |
| Introduction to Dialectics of Nature Computer Vision | |
| Deep Learning | |
| Fundamentals and Applications of Intelligent Computers | |
| Python for Scientific Computation and Data Analysis Advanced Synoptic Meteorology |
Master thesis:
Northern midlatitude snow cover change and its potential causes research
Bachelor thesis:
Analysis of the genesis of Anjiayingzi lead-zinc deposit and prospect of deep-searching for mineralisation
More about me
