Advanced tools for CoreMS mass spectrometry data processing, enabling high-resolution analysis of dissolved organic matter in environmental samples.
Impact: Used in multiple publications for DOM characterization
Our lab develops open-source software for environmental biogeochemistry research, with a focus on mass spectrometry data analysis and reactive transport modeling. All tools are freely available and contributions are welcome.
Advanced tools for CoreMS mass spectrometry data processing, enabling high-resolution analysis of dissolved organic matter in environmental samples.
Impact: Used in multiple publications for DOM characterization
LC-ICP-MS data processing pipeline for elemental analysis and speciation studies
Impact: Comprehensive workflow for metal speciation in environmental samples
Mass spectrometry and analytical chemistry data processing pipelines
User interface for LC-ICP-MS data processing and visualization
Core mass spectrometry framework developed at EMSL
Reactive transport and biogeochemical modeling tools
Reactive transport modeling utilities for PFLOTRAN, simulating biogeochemical cycling in saturated and unsaturated soils
PFLOTRAN input files and workflows for environmental biogeochemistry modeling
Supporting tools and reproducible computational environments
Reproducible computational environments for geochemical modeling and data analysis
We welcome collaborations and contributions! If you’re using our software:
For collaboration inquiries or questions about our software, reach out to cdewey@udel.edu