I have been lucky to have worked with wonderful people who inspire me and encourage me to think further. The students I have have been actively working with in the past are listed below. Please contact me, if you consider working with me!
PhD Students
| Name | Institution | Title | Date |
|---|---|---|---|
| Philipp Selzer | U of Tübingen | Particle Tracking | pending |
| Bo Xiao | U of Tübingen | Realistic Spatial Dependence Structures of Aquifer Parameters: Modelling and Impact Assessment | pending |
| Carolin Thesenvitz | U of Tübingen | Solute transport characteristics on catchment scale under changing climatic conditions | pending |
| Jeremy Bennett | U of Tübingen | Solute Transport Characteristics in Hierarchical Sediment Structures | 2018 |
| Shanghua Li | U of Tübingen | Vegetation-hydyology Feedbacks | 2020 |
| Emilio Sánchez | U of Tübingen | High-resolution Aquifer Characterization With a Coupled Inversion of Hydraulic and Tracer Tomographic Field Data | 2018 |
| Diane von Gunten | U of Tübingen | Groundwater Recharge under Climate and Land-Use Change | 2015 |
Dipl.-Ing. & M.Sc. Students
| Name | Institution | Title | Date |
|---|---|---|---|
| Alena Wentges | U of Stuttgart | Entwicklung eines Bestimmungsverfahrens zur summarischen Erfassung von Organofluorverbindungen aus Bodenproben | 2022 |
| Sarah Heilemann | U of Stuttgart | Untersuchung der Sorptionskinetik von organischen Schadstoffen im Infinite-Sink-Verfahren | 2022 |
| Sofia Engelmeier | U of Stuttgart | Experimental Investigations on Surfactant-Enhanced In-Situ Chemical Oxidation (S-ISCO) Using a 2D Model Approach | 2022 |
| Tianyunxin Guo | U of Stuttgart | Application and Evaluation of Infinite-Sink Experiments as a Method to Characterize the Efficiency of Immobilisation Methods of PFAS in Treated Soils | 2021 |
| Radhakrishna Bangalore Lakshmiprasad | U of Stuttgart | Temperature and Moisture Transport From Ground Surfaceto Water Supply Pipes (with rbs.wave) | 2021 |
| Louise Katherine Pulido Montoya | U of Stuttgart | Calibration Methodology of TDR Signals Under Non-Isothermal and Varying Soil Moisture Conditions | 2020 |
| Yichen Xu | U of Stuttgart | Heat and Energy Balances of Thermal Remediation Systems (with ZUT) | 2020 |
| Hue Nguyen | U of Stuttgart | Modelling of Saturated and Variably Saturated PFAS Column Experiments | 2019 |
| Simone Vogel | U of Tübingen | Input Signals and Output Signals in Hydrological Models | 2018 |
| Boling Jiang | U of Hohenheim | Multivariate Statistical Analysis of Crop and Soil Data from Precision Farming | 2018 |
| Max Allmendinger | U of Tübingen | Interpolation of a Primary Variable Using Categorical and Real-Valued Secondary Variables With Multivariate Gaussian Copulas Based on Groundwater Quality in Baden-Württemberg | 2017 |
| Philipp Selzer | U of Tübingen | Particle Tracking on Finite Elements for Groundwater Flow | 2017 |
| Sebastian Gnann | U of Tübingen | Spatial Interpolation With Hard Non-exhaustive Secondary Information | 2016 |
| Anzhela Tamazashvili | U of Tübingen | "Including Censored Measurements in Temporal and Spatial Multivariate Environmental Models" | 2016 |
| Emilio Sánchez | U of Tübingen | “Inversion of Collected Transient Pumping Test Data Using HydroGeoSphere and PEST. Case Study: Lauswiesen Test Site, Germany” | 2013 |
| Theresia Heißerer | U of Stuttgart | “Interpolation von Grundwasser-Qualitätsparametern mit Hilfe von Copulas unter der Einbeziehung von Sekundärinformationen und zensierten Messwerten” | 2012 |
| Luise Mensch | U of Stuttgart | “Geostatistical Analyses of Hydraulic Conductivity Data-Sets Using Copulas” | 2012 |
| Philipp Guthke | U of Stuttgart | “Effects of Non-Gaussian Spatial Dependence of Hydraulic Conductivity Fields on Hydrodynamic Macrodispersion” | 2011 |
| Markus Rau | U of Stuttgart | “Geostatistical Analysis of Three-Dimensional Hydraulic Conductivity Fields by Means of Maximum Gauss Copula” | 2011 |