Projects
Research pipelines, GIS plugins and tools, and web maps. Print and story maps are in the map gallery.
Work as a Research Collaborator with G. Burch Fisher, Ph.D., an Associate Research Scientist with the National Science Foundation–funded GCE-SCIPE program at the University of Maryland Center for Environmental Science, on BioSCape, a NASA-funded US–South Africa biodiversity project. Two tools I wrote turn satellite imagery into NetCDF phenology datacubes that were used as model inputs for BioSCape, and the BioSCape Phenology Explorer puts them in front of researchers.
An interactive dashboard over the phenology datacubes I built for BioSCape, a NASA-funded biodiversity project in South Africa.
Get a research dashboard off a laptop and onto the open web, with no Docker knowledge required.
An 11-step pipeline that turns NASA Harmonized Landsat & Sentinel-2 imagery into analysis-ready vegetation index time series.
Per-pixel datacubes, 19 phenological metric maps and model-ready rasters from vegetation index time series.
Bulk NAIP aerial imagery download through the USGS Machine-to-Machine API, with parallel transfers, resume and band extraction.
Using leaf-off satellite phenology to find evergreen understory shrubs beneath Pennsylvania's deciduous forests.
Plugins and processing tools for desktop GIS, built for QGIS on PyQGIS, GDAL and numpy, so analysts can run complete workflows from the Processing Toolbox, in models and in batch mode. Plus an interactive 3D web map of drone-measured river change.
A QGIS plugin that goes from a fire perimeter and dates to calibrated satellite imagery, MTBS-style burn severity, area summaries, a map and a report.
Turns any DEM into offset "stacked paper" terrain art, natively in QGIS, with an ArcGIS Pro export.
An interactive 3D web map of drone-measured erosion and deposition after a dam-release flood in Southwest Colorado.
