JMU

JULIUS-MAXIMILIANS-UNIVERSITAT WURZBURG

Institut für Geographie und Geologie, Am Hubland, 97074 Würzburg, Germany

www.geographie.uni-wuerzburg.de

The JMU is a university with international reputation and well-known for delivering excellent research with global impact. It is home to many outstanding researchers from various fields and is commited to deliver reserach excellence along with high quality teaching. The University of Würzburg enjoys a long tradition in research and education, being founded in 1402 and 1582, respectively. It is among the larger universities in Germany with more than 29,000 students, 435 professors and 249 degree courses. The 10 faculties offer a broad spectrum of courses and are characterized by manifold, partly multidisciplinary research activities across all traditional fields of science, except for engineering sciences.

The JMU is part of the Work-Pacakge ‘ WP 2: ​Water Availability Assessment under Present Conditions, Climate Change Projections and Future Allocation Strategies’.

We are deidcated to providing high-quality high-resolution climatic and meterorological boundry conditions for all purposes required in the We-Act project.​

We are deidcated to providing high-quality high-resolution climatic and meterorological boundry conditions for all purposes required in the We-Act project.​

Get to Know Our Partners

Led by Technical University of Munich, the WE-ACT project brings together leaders from industry, policy, government, research, academia, and science across Europe and Central Asia to collaborate on the next generation of climate-sensitive water resource allocation planning and management. The consortium encompasses a diverse range of European (Spain, Germany, the Netherlands, Belgium) and non-EU countries (Uzbekistan, Kyrgyzstan, Switzerland, United Kingdom, and Serbia), providing broad representation of different cultural realities and geographical contexts. Our two local partners boast strong networks with river basin management authorities, governmental bodies, and the agricultural and energy sectors in the two demonstration catchments in both countries. The results of the project will be invaluable in enhancing digitalization processes for water management sectors in Central Asian transboundary river basins, and have the potential to extend to the EU as well.