Doctoral theses

Ongoing doctoral theses

Name Topic
Sharif Ibne Ibrahim Effective contaminant source geometries and their implications for final plume extension
Florian Kurzius Reproducible and selective determination of migration parameters for groundwater from experimental results
Tamara Leins Subsurface Stormflow (SSF) Model Benchmarking: Towards a robust parameterization of SSF in lumped hydrological models at the catchment scale(FOR 5288 project)
Nurlan Ongdas Investigation of groundwater and surface water formation in the headwaters of a lowland river in the steppe zone: Case study of the Yesil River, Kazakhstan
Kübra Özdemir Calli Modeling solute mixing and transport processes in karst vadose zone(ROCKAT project)
Eklavyya Popat Quantifying Hydrological Droughts: Analyzing Drought Severity and Groundwater Drought Recovery
Max Rudolph Using Environmental Tracer Data to Better Constrain Numerical Groundwater Model Parameters During Inversion
Nane Weber Carpintier Global water stress assessment for karst regions in a changing world(DBU scholarship)
Yining Zang The Value of Stable Water Isotopes for Improving Karst Groundwater Models

Completed doctoral theses

Thesis name Topic
Tunde Olarinoye
(Albert-Ludwigs-University Freiburg)		 Unraveling the hydrodynamic behavior of karst systems through comparative hydrology
Romane Berthelin
(University of Freiburg)

Characterizing the spatio-temporal dynamics of groundwater recharge in karst systems in different climate zones and for different land cover types
Fritz Florian Kalwa

The suitability of Vadoze zone wells for artificial groundwater recharge with low-quality waters. An evaluation of hydraulic potential, biodegradability and colmatization
Aparna Chandrasekar Transport of Enterococcus faecalis JH2-2 through sandy sediments - a combined experimental and modeling approach
Patricia Stock Methodical contribution to the process identification of nitrogen transformation processes in polluted aquifers using stable isotopes
Christian Engelmann Towards a better understanding of DNAPL source zone formation to improve the assessment of contaminated sites: A critical assessment at laboratory scale
Miguel Alonzo Moreno Gómez Development of an integrated methodology to assess groundwater vulnerability to pollution in karst areas
Thomas Fichtner Optimization of the location and operating parameters of infiltration basins for artificial groundwater recharge with regard to quantitative and qualitative efficiency
Martin Ortwin Binder Tracking of precipitation water in porous media using δ2H/δ18O stable isotope signatures and electrical conductivity - A critical evaluation
Jana Sallwey Advances in the use of geographic information systems, numerical and physical models in the design of artificial groundwater recharge systems
Felix Barquero Kamrath Evaluation of the infiltration capacity of groundwater recharge basins under variable climatic conditions
Felix Tritschler Assessment and collection of precipitation for use as an active and mineralization inverse groundwater tracer
Lydia Kwoyiga Institutions, groundwater resources and adaptation to climate change in Northern Ghana
Jana Glaß New advances in the assessment of artificial groundwater recharge through modeling
José Pablo Bonilla Valverde Evaluation of artificial groundwater recharge to overcome water scarcity during the dry season in Costa Rica
Muhammad Usman Performance evaluation and management of groundwater in an irrigation system by coupling remote sensing data and numerical modeling approaches
Jinxing Guo Stability analysis of earth dams and dikes under the influence of precipitation and vegetation
Marc Walther Flow processes with variable density in porous media on small, medium and regional scales
Falk Händel Evaluation of near-surface groundwater recharge via aquifer storage and recovery considering aquifer heterogeneity and alternative infiltration methods
Prabhas Kumar Yadav Analytical models for plume length estimation

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Last modified: Jul 01, 2024