Projects & Code
Open research software and reproducible materials are central outputs of my work. The projects below support transparent analysis of evapotranspiration, precipitation, and terrestrial water-cycle datasets.
evapoRe
An R-based application and package for exploratory analysis of evapotranspiration datasets. The software supports structured comparison and visualization of multiple products.
CRAN package · Associated article
Evapotranspiration topology framework
Reproducible materials for comparing recent terrestrial evapotranspiration trends across multiple data sources using a topology framework. This work supports the ESSD Discussions preprint on agreement, opposition, and dataset influence in global ET trends.
Preprint · Dataset · Code repository
ITHACA
Collaborative research on uncertainty in terrestrial water-cycle estimates, including comparisons of global precipitation datasets and analysis of agreement across environmental settings.
Project code · Project overview
Precipitation dataset selection
Code supporting the assessment of precipitation products for hydrological studies. Data access is available through the download_data() function in the pRecipe R package.
Analysis code · pRecipe on CRAN
Spatial partitioning of precipitation agreement
Code and archived data for analysing how agreement among terrestrial precipitation datasets varies across environmental conditions.
Potential evapotranspiration method sensitivity
Data and code for assessing how potential evapotranspiration method selection affects trends in hydrological cycle components across Europe.
Zenodo archive · Associated article
Working principles
- Version-controlled analysis and transparent provenance
- Reusable R workflows and documented data access
- Archived code and data linked to publications
- Clear treatment of methodological choices and uncertainty
More repositories are available on GitHub.