I’m a postdoctoral researcher at Leipzig University. My work is called Phenoplexity focusing on the question: What is the rhythm of ecosystems and what happens when climate change disrupts it?
I develop novel mathematical and AI-based approaches to analyse phenology across scales from ground to satellite observations. I employ diverse modelling frameworks, from differential equations to machine learning, to uncover synchronisation, emergent behaviour in ecological systems, and predict the impact of climate change on phenology.
Currently, I am leading the ESA project DeepFeatures which seeks to extract spatio-temporal features from satellite data. I am also funded by the proposed excellence cluster Breathing Nature where I contribute to the interdisciplinary work (biology, economics, meteorology, physics) studying the interactions between biodiversity, climate and human behaviour.
Past projects include: “Extracting spatiotemporal macroecological patterns using crowd-sourced plant occurrence data” funded by FLEXPOOL, iDiv. Data: Flora Incognita
Supervision (recent)
Awards and grants include
Public outreach
For more details please visit my personal site.
PhD in Applied Mathematics, 2014
University of Bath, UK
Master of Mathematics, 2008
University of Reading, UK