Climate System Dynamics and Prediction
Atlantic Multidecadal Variability (AMV)
Extreme events statistics and attribution
Digital Technology for Atmospheric Science Strategy
Interests: Climate dynamics, sub-seasonal to decadal prediction, climate modelling, jet streams, extreme events
Interests: Extreme event attribution, climate modeling, climate change impact assessment
Visiting for 12 months from the Chinese Meteorological Administration
While here in St Andrews, Siyan will be working on machine learning for down-scaling of regional climate variability
PhD Candidate (2025-)
Supervisors: Simon Lee (SEES), Ioana Colfescu & Chen Lu
My project focuses on Compound Extremes, when multiple hazards occur together, often leading to enhanced impacts. The aim is to use advanced Machine Learning methods to better understand these compound extremes and their future impacts. This includes characterising them and identifying their physical drivers, but also exploring the relative contribution of internal climate variability and anthropogenic climate change to the occurrence of these events.
PhD Candidate (2026-)
Supervisor: Eva Stüeken (SEES) and Ioana Colfescu
Lucie's project uses statistical and machine-learning methods to reconstruct deep-time climate and Earth system sensitivity, and spans mathematics and Earth science.
PhD Candidate (2025-)
Supervisor: Simon Lee (SEES), Jean Reinaud (Maths), & Matt Patterson
My project explores cross-scale interactions in the climate system, focusing on the North Atlantic region. I am investigating how processes at small scales (like sub-daily weather events) influence and are influenced by larger-scale seasonal and inter-annual variability. By using advanced machine learning and climate model simulations, I aim to understand how these interactions shape atmospheric circulation patterns, affect predictability, and respond to long-term climate change.
Alumni:
Summer 2025 Research Intern
Supervisor: Ioana Colfescu
Permanent Organisation: The Centre for Environmental Data Analysis