Soil water balance modeling, evapotranspiration analysis, and groundwater recharge estimation
Impact assessment of conservation practices on agro-hydrological variables and soil organic carbon dynamics
Contributing to open-source tools like pyfao56 for agricultural water management
Web-based simulation tools developed for agricultural water management research and education
Comprehensive FAO-56 dual crop coefficient approach for evapotranspiration and soil water balance simulation
Launch AppSoil water balance model with soil organic carbon integration for climate-smart agriculture assessment
Launch AppConservation practice standards-based soil water balance model for evaluating NRCS practices
Launch AppField data synchronization and management tool for agricultural research workflows
Launch AppThree presentations: Water footprint of U.S. dairy feed, soil moisture assimilation in FAO-56, and FAO56-Studio platform
3 PresentationsPoster presentation on agricultural water management
PosterRevisiting potato evapotranspiration: Findings from continuous flux measurements
Two presentations on soil moisture assimilation and soil carbon impacts
Three presentations on OpenET deployment, soil water budgets, and irrigation management
Poster: How NRCS conservation practice standards impact agricultural water budgets?
View DetailsTwo oral presentations on soil organic carbon impacts
Poster & Oral: ETr to ETo ratios & soil carbon sequestration
View DetailsThorp, K. R., Gulati, D., Kukal, M., Ames, R., Pokoski, T., & DeJonge, K. C.
Version 1.4.0 - pyfao56: FAO-56 evapotranspiration in Python
Vanguard Award Winner 2025Thorp, K. R., DeJonge, K. C., Pokoski, T., Gulati, D., et al.
Version 1.3.0 pyfao56: FAO-56 evapotranspiration in Python
DOIGulati, D., Satpute, S., et al.
Estimation of potential recharge through direct seeded and transplanted rice fields
DOII'm always open to discussing research collaborations, consulting opportunities, or questions about my work.
Get in Touch Connect on LinkedIn