Student Theses
We are really glad to integrate students into our current research projects within the scope of bachelor theses, master's theses or study projects. You can contact directly the staff members working on your field of interest for inquiring or discussion about perspective topics.
GrüneGräben+: Investigating how the existing ditches can be rededicated so that they continue to drain flood water, but at the same time return surface water to the ground via ditch damming, intermediate retention and infiltration, where it can be used as water available to plants or to support groundwater recharge through percolation.
Kontakt: Dr. Karl Broich
Alpine Drought Prediction: Enhancing the Alps’ readiness to cope with drought and promote sustainable water management
Contact: Moritz Wirthensohn, M.Sc.
Revitalisierte Auwälder – Dynamik und Resilienz im Zeichen der Multifunktionalität: Das REGULUS Projekt A-DUR erforscht den Auwald entlang der Isar zwischen München und Landshut, um die Dynamiken und Prozesse von Auwäldern besser zu verstehen und damit ein effizientes Management dieses Ökosystems zu ermöglichen
Contact: Klara Höbenreich, M.Sc.
CLIMATE-SMART WATER ALLOCATION: Demonstrating a Next-Generation Decision Support System (DSS) for Climate-Resilient Management in Central Asia's Transboundary Rivers
Contact: Dr. Jingshui Huang, M.Sc. Timo Schaffhauser, M.Sc. Lucas Alcamo
UNMANNED AIRBORNE WATER OBSERVING SYSTEM: Airborne and contactless hydrometric sensing technology to inform climate change adaptation, flood risk assessment and surveillance/management of extreme hydrologic events in remote, hard-to-reach and poorly monitored rivers.
Contact: Prof. Dr. Markus Disse, Prof. Dr. Gabriele Chiogna, M.Sc. Fabian Merk
REsilienT water gOvernance Under climate CHange within the Water-Energy-Food-Ecosystems (WEFE) Nexus: Promotion of the Water-Energy-Food-Ecosystems (WEFE) Nexus as a multi-level and cross-sectoral approach that advocates the EU water economy and relies on ecological and social considerations.
Contact: Dr. Jingshui Huang, M.Sc. Nicole Tatjana Scherer
Impact of surface water management on groundwater quality in Alpine catchments: Investigates how surface water management in Alpine catchments are affected by strong anthropogenic impacts controls subsurface flow at multiple spatial and temporal scales.
Contact: Dr.-Ing Monica Basilio Hazas
Comparison of surface runoff, nutrient and material mobilization and erosion through heavy precipitation of agricultural areas: Designing an innovative, long-term, high-resolution measurement field at the Bavarian Agricultural Institute in Lower Bavaria.
Contact: M.Sc. Johannes Mitterer
