Research at the Department

In all this, we understand freshwater ecosystems as links between the terrestrial catchment and the atmosphere, and as disproportionately important for biodiversity in need of conservation.

Owing to excellent research facilities, such as fully equipped laboratories for aquatic biogeochemistry, microbiology and organisms’ taxonomy, a high-elevation research station located at the shore of  Gossenköllesee, and an Alpine University research centre in Obergurgl, we offer unique opportunities for students and researchers to study Alpine aquatic ecosystems and the effects of global change.

In addition to the two LTSER sites in the Tyrolean Alps (Piburgersee and Gossenköllesee), our research groups are active in different parts of the world. Our research activities are well integrated into diverse international research projects with links to more than 20 countries. Our common epicenter of activity, however, are Alpine freshwater and cryospheric ecosystems – we are also  members of the largest research focus of the University of Innsbruck, Alpine Space - Man & Environment.

Our mission is to conduct leading research on basic and applied freshwater ecology at the national and international level and to provide knowledge to students, managers, and the general public including outreach activities with children.

Headed by Prof. Ulrike Tappeiner and composed of three interacting research groups, which collaborate in joint projects and publications, the research unit studies at the ecosystem scale how global changes affect the carbon, water and nutrient cycles as well as their interactions in mountain ecosystem, with an emphasis on trace gas and energy exchange between ecosystems and the atmosphere and how it is modulated by land management and changing climates.

At the landscape scale the research unit explores historical, current and future scenarios of projected land use and their consequences for biodiversity and multiple ecosystem services, and develops monitoring systems at local and regional scales in order to support sustainable decisions in human-environmental systems.

By contributing to several EU-projects, ESF programmes and COST Actions, the research unit is well integrated into international research activities and initiatives.

We combine traditional techniques such as morphometrics, environmental monitoring and behavioural assays with ecological-niche modelling, stable isotope analysis and molecular genetics, including next generation genomics.

The section, headed by Prof. Schlick-Steiner comprises the research group Molecular Ecology and the research area of successional change in glacial Alpine habitats (Rüdiger Kaufmann).