Welcome to the Chair of Hydrology and River Basin Management

A cordial welcome to the website of the Chair of Hydrology and River Basin Management (HRBM) at the Technical University of Munich (TUM)!

The mission of the chair is the analysis of hydrological data and processes and the development of applied hydrological models for the sustainable management of water resources in Bavaria, Germany and worldwide.

Efforts in this direction have been made through research in various areas during the past 7 years. We have been focusing on hydrological extremes (floods and droughts), integrated water resources management, alpine hydrology, urban hydrology, groundwater mixing processes, water quality, remote sensing and hydrological digitalization.

The internationalization has become one of the strengths of our Chair. Research staff from around the world contribute to our team here in Munich. This provides us with valuable experience that we also use in the guidance of our students in the field of environmental engineering.

You can find more information about our Chair, our research, and our teaching activities on this website; feel free to explore it. We highly appreciate your visit.

Current Issues

Events | SS 2021/2022

27.06.2022 | PhD Seminar 

Jan Seibert, Prof. Dr. 
Department of Geography | University of Zürich
„A few hundred catchments later - Lessons from modeling large samples of catchments around the globe

In person presentation: 11:30 - 13:00 in Room 2601  

See the schedule of our events here

Press Release | Three years long activities on establishing the transnational strategy for attenuating the emerging contaminants in drinking water are getting to an end

[2022.04.07] The boDEREC-CE project was aimed to define an integrated management strategy for waterworks that guarantees the increased quality of drinking water

Fieldtrip to the Adige River Basin, Italy | Information meeting and registration

Water Management at the Catchment Scale

To all interested master's students, we invite you to the information meeting about the Field Trip to the Adige River Basin in the Italian Alps.

The field trip is part of the seminar Water Management at the Catchment Scale offered in the Summer Semester, and it is worth 3 ECTS. The field trip, together with the seminar, will take place from the 28th to the 30th of September 2022, and it has a cost of 75 €

The informative meeting will be held on May 3rd, 2022 at 13:00 in Room 2601. We will cover information regarding the activities and program of the trip, as well as scientific topics and assignments for the participants.

Registration and payment for the field trip will be possible right after the meeting. Since the seminar is an elective of the Master in Environmental Engineering in the Field of Study 2 (Water Resources Management), students of this program will have priority.

Further information:
gabriele.chiogna@tum.de
monica.basilio@tum.de

Tag der Hydrologie 2022

Im Wandel – Klima, Wasser und Gesellschaft Prozesse – Methoden – Kommunikation

Die rasch fortschreitenden klimatischen Veränderungen zeigen besonders anhand der Extrem­ereignisse der letzten Jahre, vor welchen neuen Herausforderungen die hydrologische Forschung und Praxis steht. In diesem Zusammenhang widmet sich der Tag der Hydrologie 2022 den neuesten Erkenntnissen aus der hydrologischen Prozessforschung und informiert über methodische Fortschritte im Bereich des hydrologischen Monitorings und der Modellierung. Im Fokus stehen auch neue Wege der Kommunikation, mit der die Schnittstelle von hydrologischer Wissenschaft zu Praxis, Politik und Gesellschaft effizienter und effektiver gestaltet wird.

Programmübersicht hier!

Press release | FLOODPLAIN MANAGEMENT CONCEPTS HAVE BEEN DEVELOPED TO MITIGATE CLIMATE EXTREMES

[2021.12.10] Interreg Danube Floodplain project closed this November 2021

Bucharest, 4 December 2021 - The Danube Floodplain project, which was launched to examine how to reduce flood risk with the restoration of floodplains in the Danube River Basin, came to an end this November. The project partners presented the results of the project at a closing conference which was held online on 3-4 November 2021.

More details here.

Handover of expert opinion on water

[2021.10.21]

The water expert commission set up by the state government has submitted its final report to Bavaria's Environment Minister Thorsten Glauber. The core of the report are scientific evaluations and suggestions for the future water supply in Bavaria. 

The expert commission consists of the following eight members: Prof. Dr.-Ing. Jörg Drewes, Prof. Dr. agr. Karl Auerswald, Prof. Dr.-Ing. Markus Disse, Prof. Dr. rer. silv. Annette Menzel, Prof. Dr.-Ing. Stephan Pauleit, Prof. Dr. sc. tech. Peter Rutschmann, Prof. Dr.-Ing. Theodor Strobl, Prof. Dr.-Ing. Silke Wieprecht.

More info here!.

Successful doctoral defense of Mr. Michael Neumayer

Congratulations to Michael Neumayer for the successful defense of his doctoral thesis entitled „Gebietsübergreifende Retentionspotenzialanalyse einer naturnahen Gewässer- und Auengestaltung als Beitrag zum dezentralen Hochwasserrückhalt“ on July 27, 2021. Dr.-Ing. Michael Neumayer passed the dissertation examination with distinction.

The PhD project was supervised by Prof. Dr.-Ing. Markus Disse and Prof. Dr. Gabriele Chiogna (both TUM) and Prof. Dr. Robert Jüpner (TU Kaiserslautern).

 

Declining glaciers endanger sustainable development of the oases along the Aksu-Tarim River (Central Asia)

Tobias Bolch, Doris Duethmann, Michel Wortmann, Shiyin Liu & Markus Disse (2021) 

Tarim River basin is the largest endorheic river basin in China. Due to the extremely arid climate the water supply solely depends on water originating from the glacierised mountains with about 75% stemming from the transboundary Aksu River. The water demand is linked to anthropogenic (specifically agriculture) and natural ecosystems, both competing for water. Ongoing climate change significantly impacts the cryosphere. The mass balance of the glaciers in Aksu River basin was clearly negative since 1975. The discharge of the Aksu headwaters has been increasing over the last decades mainly due to the glacier contribution. The average glacier melt contribution to total runoff is 30–37% with an estimated glacier imbalance contribution of 8–16%. Modelling using future climate scenarios indicate a glacier area loss of at least 50% until 2100. River discharge will first increase concomitant with glacier shrinkage until about 2050, but likely decline thereafter. The irrigated area doubled in the Aksu region between the early 1990s and 2020, causing at least a doubling of water demand. The current water surplus is comparable to the glacial runoff. Hence, even if the water demand will not grow further in the future a significant water shortage can be expected with declining glacial runoff. However, with the further expansion of irrigated agriculture and related industries, the water demand is expected to even further increase. Both improved discharge projections and planning of efficient and sustainable water use are necessary for further socioeconomic development in the region along with the preservation of natural ecosystems.

Successful doctoral defense of Ms. Sonja Teschemacher

Congratulations to Sonja Teschemacher for the successful defense on April 27, 2021 of her doctoral thesis entitled "Gebietsübergreifende Retentionspotenzialanalyse agrarwirtschaftlicher und konstruktiver Maßnahmen des dezentralen Hochwasserrückhalts"!

KliMoBay - Potentials of climate protection and adaption in Bavarian peatlands

A website of our Project “KliMoBay - Potentials of climate protection and adaption in Bavarian peatlands” is available now (in German). An English version will be released soon. www.klimobay.de

 

New Publication!: Sustainable Management of River Oases along the Tarim River/China (SuMaRiO)

By Bernd Cyffka; Markus Disse and Florian Betz (2021)

This book discusses approaches to sustainable management of river oases along the Tarim River located in Xinjiang (northwest China).

The Tarim Basin is one of the most arid regions in the world. Surrounded by the high mountain of Tian Shan, Kunlun and Pamir, the Taklamakan Desert dominates the landscape. The Tarim River originating from the snow and glacier melt in the mountains is the only relevant source of freshwater in this extreme environment – both for anthropogenic needs in agriculture Sustainable Management of River Oases and urban areas and the natural ecosystems of the Tarim River floodplains.

Since the 1960s, the Chinese government has been promoting the development of the western provinces of China. Demographic development and socio-economic changes led to a rapid change of land use, which has substantially affected the quantity and quality of arable land, surface and ground water and impaired natural ecosystems and their ability to provide relevant ecosystem services. In particular, presently there is a conflict between water demand for agricultural irrigation and natural riparian vegetation – a conflict that might intensify in future due to climate change.

Against this background, 11 German and 6 Chinese universities and research institutes have formed the SuMaRiO consortium (Sustainable Management of River Oases along the Tarim River) to investigate sustainable water- and land-management strategies for the region.

Here, the authors of the SuMaRiO project summarize the key results of 5 years of interdisciplinary research conducted by this consortium within the ‘Sustainable Land Management’ program of the German Federal Ministry of Education and Research. They present specific results from the different work packages on climatology, hydrology, ecology, agricultural sciences, social sciences and economics. Furthermore, this book introduces the interdisciplinary research approach of the entire consortium, which has resulted in comprehensive policy recommendations for sustainable water- and land management and a decision support system, which is based on the results of the study. The authors present an example of how interdisciplinary aspects and international cooperation are able to contribute to sustainable development in complex socio-ecological environments.


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