Explore projects

Tracking tool targeting two-dimensional features in high-resolution weather and climate data.

Identify 2D features based on threshold(s). Detect fronts/cyclones with sophisticated algorithms. Track features over time based on overlap and size.

A collection of python tools for atmospheric sciences

python utilities

This project contains both the code and the latex documents of the thesis "Observed scaling of extreme precipitation with increasing temperature in Central Europe" and its respective publication.

Project folder for non-stationary GEV analysis project (regularised GEV)

Tools for working with analytical displaced poles grids, computing grid directions and coupling coefficient between ROMS and COSMO.

Scripts to create a forcing file for the ECHAM6 single column model

A collection of python tools for atmospheric sciences

A collection of python tools for atmospheric sciences

This is the code and link to a data subset linked to the publication "Decadal to centennial extreme precipitation disaster gaps - long-term variability and implications for extreme value modelling"

python utilities

Project to compare robustness within CMIP archives. Calculates significance in change from historical to future, Robustness measure R from Knutti and Sedlacek (2013), and masks where inconsistent model response.