HYDRUS 2023 Presentations

Invited Keynote Presentations

1. Brunetti, G., J. Šimůnek, and R. Kodešová, Re-greening HYDRUS; Towards a unified physically-based soil-plant model.(pdf)*
2. Jacques, D., J. Šimůnek, H. Meeussen, and E. Laloy, Recent progress in the development of the HPx framework for reactive transport calculations. (pdf)
3. Lazarovitch, N., I. Kisekka, T. E. Oker, G. Brunetti, T. Wöhling, L. Xianyue, L. Yong, T. H. Skaggs, A. Furman, S. Sasidharan, I. Raij-Hoffman, and J. Šimůnek, Modeling of Irrigation and Related Processes with HYDRUS. (pdf)
4. Šimůnek, J., G. Brunetti, D. Jacques, T. Zhou, M. Šejna, and M. Th. van Genuchten, Recent developments and applications of the HYDRUS software packages.( pdf)

Abstracts for Oral Presentations

1. Biesek, B., A. Szymkiewicz, and J. Šimůnek, Modeling PFAS movement through the vadose zone with root water uptake and non-uniform organic carbon distribution. (pdf)
2. Brunetti, G., J. Šimůnek, T. Wöhling, and C. Stumpp, Towards a new calibration module for HYDRUS: Pitfalls and opportunities in the use of Markov-Chain Monte Carlo ensemble samplers. (pdf)
3. Chandel, A., D. Swami, and N. Joshi, Application of 2D dual-permeability approach for simulating solute transport through a layered medium.
4. Cséplő, A., I. Geresdi, and S. Czigány, The impact of soil properties on fog formation. (pdf)
5. Diamantopoulos, E., On the validity of Richards equation under dynamic flow conditions.
6. Doulgeris, C., Z. Kypritidou, V. Kinigopoulou, and E. Hatzigiannakis, Modeling of potassium availability by coupling HYDRUS-1D and PHREEQC in agricultural soils. (pdf)
7. Fér, M., R. Kodešová, O. Golovko, A. Nikodem, A. Klement, and R. Grabic, Using HYDRUS for simulating the transport of four pharmaceuticals in soil columns.
8. Iden, S., J. Šimůnek, and W. Durner, Coupled hydrothermal modeling of subsurface heating near power cables under atmospheric boundary conditions.
9. Jacques, D., J. Govaerts, and S. Liu, Implementation of geometries relevant for geological disposal of intermediate or high-level radio-active waste in HYDRUS 5.x and HPx.(pdf)
10. Jacques, D. L. Mosley, and J. Rahman, Modeling the effect of prolonged drought events on the acidification of acid sulfate soils. (pdf)
11. Jeřábek, J., and D. Zumr, Water flow distribution in tilled layered soil.
12. Maertens, M., I. Van Keer, I. Joris, J. Vos, G. Jacobs, and G. Van Gestel, Leaching-behavior and transport of PFAS: review and update of the Flemish methodology for dispersion risk assessment.
13. Miranda-Vélez, J. F., E. Diamantopoulos, and I. Vogeler, Does macropore flow in no-till systems bypass mobile soil nitrogen after harvest? (pdf)
14. Nikodem, A., R. Kodešová, M. Fér, A. Klement, V. Penížek, and T. Zádorová, The use of scaling factors for the interpretation of spatial variability of hydraulic properties in HYDRUS programs.
15. Ouředníček, P., B. Hudcová, L. Trakal, R. Kodešová, J. Diederik, and B. Luke, Transport of Zn and Pb through soil treated with biochar and its modification using laboratory columns: Investigation of a reactive transport modeling approach by Hydrus-1D.
16. Pawłowicz, M., B. Baliś, A. Szymkiewicz, and J. Šimůnek, Development of a coupling interface for Hydrus-1D and MODFLOW 2005. (pdf)
17. Polat, B., and D. Buyuktaş, Comparison of different lateral depths and irrigation scenarios in sorghum plant using HYDRUS-2D. (pdf)
18. Ramos, T. B., M. Liu, P. Paredes, H. Shi, Z. Feng, H. Lei, and L. S. Pereira, Salts dynamics in maize irrigation using static water table lysimeters and HYDRUS-1D with focus on the autumn leaching. (pdf)
19. Salvi-Taga, R. G., R. Meffe, V. Martínez-Hernández, and I. de Bustamante, Application of soil amendments to enhance ketoprofen attenuation in vegetation filters: Lab-scale experiments and reactive transport modeling. (pdf)
20. Scheiffele, L. M., M. Munz, T. Francke, G. Baroni, S. E. Oswald, and K. Dimitrova-Petrova, Constraining groundwater recharge estimates at the field scale using soil hydrologic modeling and measured root zone soil moisture: How to deal with the vertical sensitivity of cosmic-ray measurements.(pdf)
21. Surendran, S., and D. Jaiswal, Impact of climate change on soil water dynamics due changes in plant bio-physio-chemical processes. (online)
22. Weber, T. K. D., and E. Diamantopoulos, Neglecting non-capillarity in soil hydraulic property characterization in soil-vegetation models causes biased root water uptake.
23. Wutzler, B., S. Oswald, M. Munz, C.-G. Bannick, A. Kerndorff, and K. Dimitrova-Petrova, Microplastic displacement in soil: Simulating water percolation and associated microplastic transport with Hydrus-1D based on a lysimeter experiment.
24. Zhuang, L., H. Zhu, M. Th. van Genuchten, Q. Zhang, K. Lin, Analysis of soil water dynamics and root water uptake for various vegetation covers. (online)

Abstracts for Poster Presentations

1. Antunes, J., A. Paz, N. Castanheira, M. Gonçalves, A. Chanson, I. Gould, A. Almås, and M. Goddard, Can the plant's tolerance to soil salinity be increased by pre-adapting soil's microbiome? Using HYDRUS to model the effect of soil salinity in root water uptake for different irrigation treatments.
2. Brunetti, G., R. Kodešová, H. Švecová, M. Fér, A. Nikodem, A. Klement, R. Grabic, and J. Šimůnek, Using HYDRUS for simulating behavior of six pharmaceuticals in soil columns with green pea plants.
3. De Matteis, A., A. E. Berns, N. Siebers, and L. Weihermüller, Colloid-facilitated nutrient transport in a forest ecosystem.
4. Diongue, D. M. L., G. Brunetti, C. Stumpp, F. C. Do, O. Roupsard, D. Orange, W. Faye, S. Sow, C. Jourdan, and S. Faye, Probabilistic inference of the hydrological impact of Faidherbia Albida in an arid area of Senegal.
5. Diongue, D. M. L., F. C. Do, C. Stumpp, D. Orange, C. Jourdan, S. Sow, S. Faye, and O. Roupsard, Evaluation of parameterization approaches for estimating soil hydraulic parameters with HYDRUS-1D in the Groundnut Basin of Senegal.
6. Gumuła-Kawęcka, A., B. Jaworska-Szulc, A. Szymkiewicz, W. Gorczewska-Langner, R. Angulo-Jaramillo, and J. Šimůnek, Using the HYDRUS-1D model to simulate climate change impact on vadose zone and shallow groundwater. (pdf)
7. Jacques, D., and M. Gedeon, HPx as a numerical solver in MT3D-USGS.
8. Maqbool, A. and M. Saeed, Links between cotton sowing practices and groundwater recharge under climate change.
9. Nikodem, A., R. Kodešová, M. Fér, and A. Klement, Description of the spatial and temporal variability of soil hydraulic properties using the scaling factors and their utilization in modeling with HYDRUS programs.
10. Oad, V. K., T. Berezowski, A. Gumuła Kawęcka, and A. Szymkiewicz, Comparative analysis of Hydrus and HydroGeoSphere vadose zone models.

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