McDonnell Department of Forest Engineering, Oregon State University, Corvallis, USAĪbstract Hopp_AGU07_abstract.pdf (19 kB), Read more about the project: Hoop_AGU07.pdf (4.4 MB) Virtual Experiments to Explore Non-Linear Soil Moisture-Hydrology Interactions at the Hillslope Scale Karatzas, A Review of HYDRUS 2D/3D applications for simulations of water dynamics, root uptake and solute transport in tree crops under drip irrigation, Water, 15, 741, 23 p., doi: 10.3390/w15040741, 2023.ĭear HYDRUS users, we would like to encourage you to publish here your projects. Chakma, A bibliometric and visual analysis of contaminant transport modeling in the groundwater system: current trends, hotspots, and future directions, Environmental Science and Pollution Research, 20 p., doi: 10.1007/s11350-1, 2022. “Software Spotlight (Review of Hydrus-2D)”. Evaluation of Computer Models for Predicting the Fate and Transport of Salt in Soil and Groundwater, Phase I Report. “Review of Hydrus-1D.” Southwest Hydrology, 3(4):37. “Review of Hydrus-2D.” Southwest Hydrology, 3(6):37. McCray, J., HYDRUS – Software Review, Southwest Hydrology, 6(1), 41, 2007.Zheng, HYDRUS: Software for Flow and Transport Modeling in Variably Saturated Media, Software Spotlight, Ground Water, 48(6), 787-791, 2010.
Outside reviews of the HYDRUS software packages
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