FAO56-Studio
DeveloperAn interactive, no-code web platform for simulating FAO-56 based soil water budgets with the dual crop coefficient approach.
FAO-56EvapotranspirationWeb app
Web applications and open-source packages for agricultural water management research and teaching.
An interactive, no-code web platform for simulating FAO-56 based soil water budgets with the dual crop coefficient approach.
FAO-56EvapotranspirationWeb app
Open-source Python package for FAO-56 evapotranspiration and soil water balance. Recipient of the Irrigation Association's 2025 Vanguard Award.
PythonFAO-56Open source
Cooperator portal that automates eddy covariance data delivery and visualization for research partners.
FlaskEddy covarianceData portal
Soil water balance model with soil organic carbon effects, for assessing climate-smart agriculture practices.
Soil organic carbonWater balance
Soil water balance model built on NRCS conservation practice standards, for evaluating how those practices change agricultural water budgets.
NRCSConservation practicesWater balance