Statistical tools for fitting and evaluating soil water infiltration models in R
Interactive simulator of 1D soil water flow and root water uptake
Reproducible time-conditioned U-Net surrogate for two-dimensional Richards-equation soil infiltration, with a qualified numerical reference, a 208-scenario corpus, locked evaluation, and portable inference.
Calibrate TDR and capacitance probes to volumetric water content. Harbor-format benchmark task (Science / Soil Physics) authored for AfterQuery Experts.
This project implements the Green-Ampt Infiltration Model, a physically-based hydrological model used to estimate water infiltration into soil over time. The model is widely used in soil science, irrigation engineering, and hydrology because it provides a balance between physical realism and computational simplicity.
Pure Rust precision agriculture — FAO-56 evapotranspiration, Richards equation soil physics, irrigation scheduling. GPU-accelerated. AGPL-3.0
Results of 10,190 Daisy soil-plant-atmosphere simulations: how precision irrigation and evaporation-control mulching jointly shape soil water fluxes, pore-structure-mediated dynamics, yield and nitrate leaching.
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