Begin of page section:
Page sections:

  • Go to contents (Accesskey 1)
  • Go to position marker (Accesskey 2)
  • Go to main navigation (Accesskey 3)
  • Go to sub navigation (Accesskey 4)
  • Go to additional information (Accesskey 5)
  • Go to page settings (user/language) (Accesskey 8)
  • Go to search (Accesskey 9)

End of this page section. Go to overview of page sections

Begin of page section:
Page settings:

English en
Deutsch de
Search
Login

End of this page section. Go to overview of page sections

Begin of page section:
Search:

Search for details about Uni Graz
Close

End of this page section. Go to overview of page sections


Search

Begin of page section:
Main navigation:

Page navigation:

  • University

    University
    • About the University
    • Organisation
    • Faculties
    • Library
    • Working at University of Graz
    • Campus
    Developing solutions for the world of tomorrow - that is our mission. Our students and our researchers take on the great challenges of society and carry the knowledge out.
  • Research Profile

    Research Profile
    • Our Expertise
    • Research Questions
    • Research Portal
    • Promoting Research
    • Research Transfer
    • Ethics in Research
    Scientific excellence and the courage to break new ground. Research at the University of Graz creates the foundations for making the future worth living.
  • Studies

    Studies
    • Prospective Students
    • Students
    • Welcome Weeks for First Year Students
  • Community

    Community
    • International
    • Location
    • Research and Business
    • Alumni
    The University of Graz is a hub for international research and brings together scientists and business experts. Moreover, it fosters the exchange and cooperation in study and teaching.
  • Spotlight
Topics
  • Sustainable University
  • Researchers answer
  • Work for us
Close menu

End of this page section. Go to overview of page sections

Begin of page section:
You are here:

University of Graz News Preserving natural heritage: International student group learns in open-air laboratory

End of this page section. Go to overview of page sections

Tuesday, 30 September 2025

Preserving natural heritage: International student group learns in open-air laboratory

Group of students – around 50 people – in a valley, with a mountain backdrop, in the Gesäuse National Park ©Gesäuse National Park

Around 50 students from Austria, Germany and Italy took part in BestNature Field Week 2025. Photo: Gesäuse National Park

How can the age of trees be determined? Which plants grow where, and how do satellites and remote sensing sensors help with mapping? How are birdsong and forest structure related? How can I collect environmental DNA to learn about biodiversity? Students from Austria, Germany and Italy explored these and other questions last week in the Gesäuse and Kalkalpen National Parks. They collected data, evaluated it and documented the results in reports. Experts from the participating universities and national parks accompanied them.


From climate change and environmental toxins to land development, nature is exposed to many changes and threats. This makes protected areas, where humans give nature free rein, all the more important. These areas are also of interest to researchers because they allow them to observe relationships, such as those between climate change and the biodiversity of flora and fauna, ‘undisturbed’. For this reason, the University of Graz entered into a partnership with the Gesäuse National Park in Styria a little over a year ago. An international group of students has now also benefited from this collaboration. Out in the wilderness, they learned what is needed for the sustainable management of natural heritage and how management and monitoring work in protected areas.

One destination during the week-long excursion was the Johnsbach Valley, which has been the focus of intensive research for years. A dense network of measuring stations – part of the WegenerNet of the University of Graz – documents temperature, precipitation, snow and water levels there. The measurements provide an important data basis for climate research. At the same time, long-term monitoring of the biodiversity of forests, alpine pastures and water bodies is taking place in the Johnsbach Valley and the Gesäuse, supported by state-of-the-art remote sensing, for example via satellites. In addition, research is being conducted on groundwater structures and sediments, as well as studies on natural hazards such as avalanches and torrents. Furthermore, historical and current land use in the Eisenwurzen region and its influence on the population are being investigated.

BestNature educational project
The excursion took place as part of the “BestNature” educational project, funded by the ERASMUS+ programme. “We want to give young people a better understanding of the complexity of socio-ecological relationships directly on site. That's why it's so important for experts from different research areas to work together,” explains project and excursion leader Manuela Hirschmugl, remote sensing specialist at the Department of Geography and Regional Science at the University of Graz.

The BestNature Field Week 2025 was very well received by the students: “It was definitely a highlight of our studies,” says Moritz Thomaser. “We were able to try out many different methods of geography and biology. In addition to the technical content, it was above all the personal conversations and the cultural, international exchange that made the fieldwork week an unforgettable experience.” In addition to the excursion leader, scientific input from the University of Graz was provided by geographer Harald Zandler, biodiversity expert Christian Sturmbauer and hydrologists Martin Masten and Jasper Lammers.

The visit by the international study group also underlines the importance of protected areas as a space for research and learning. “I am particularly pleased that the cooperation between the University of Graz and the Gesäuse National Park has also led to an international exchange,” emphasises Alexander Maringer, head of research at the Gesäuse National Park.

 

Anyone interested in nature, our environment and the interrelationships in ecosystems has a choice of several exciting studies at the University of Graz – from Biology to Earth Sciences and Environmental Systems Sciences to Geography.

Group of students in the forest, one person showing the others something on a tablet ©Marco Kirchmair
©Marco Kirchmair
The tablet shows what various remote sensing sensors are displaying at this location. This information is then compared with the reality on site.
Two young women in the forest next to a tree trunk lying on the ground, one student measures with a tape measure, the other notes the result on a piece of paper. ©Daniela Torres
©Daniela Torres
Every tree in the forest is measured and recorded. Deadwood is important for biodiversity and therefore receives special attention.
Students squat on the gravel ground, bent over two plastic bowls containing a little water that they have scooped from the river with buckets. Using tweezers, they examine the water samples to see what small creatures or other things they contain. ©Elisabeth Book
©Elisabeth Book
Small aquatic organisms are identified and categorised in order to determine the biodiversity of the Johnsbach stream.
created by Gudrun Pichler

Related news

Survival yesterday and today: exhibition at the University of Graz makes poverty audible

What connects Anna from Styria, who lost her job two years ago due to illness, with the blacksmith Giulio, who worked in Bologna almost 500 years ago? Both are afraid of no longer being able to pay their rent. And what does the medieval Nuremberg begging ordinance have to do with current regulations in Graz? In both cases, the aim is to prevent too many people from begging for alms in the city. How do people cope with existential worries? To what extent are such experiences the same today as they were then? From 5 to 31 March 2026, an exhibition at the University of Graz will bring poverty in the present and the Middle Ages to life.

New AI Method Revolutionises the Design of Enzymes

Researchers at TU Graz and the University of Graz can use the technology to construct artificial biocatalysts. These new enzymes are significantly faster, more stable and more versatile than previous artificial biocatalysts.

The dark side of life: new method developed to identify soil organisms

A large number of soil animals are smaller than one millimetre and are therefore difficult to study scientifically. Biologists from the University of Graz have now developed a method to determine both the shape and the DNA of the organisms. The results have been published in the journal Geoderma.

How does peace succeed? Maximilian Lakitsch drives research forward

Donald Trump is rattling his proverbial sabre ever louder, unrest in the Middle East is escalating and the war in Ukraine continues to rage. Maximilian Lakitsch knows what political measures could contribute to reconciliation. He is the coordinator of an EU-wide initiative to strengthen peace research.

Begin of page section:
Additional information:

University of Graz
Universitaetsplatz 3
8010 Graz
Austria
  • Contact
  • Web Editors
  • Moodle
  • UNIGRAZonline
  • Imprint
  • Data Protection Declaration
  • Accessibility Declaration
Weatherstation
Uni Graz

End of this page section. Go to overview of page sections

End of this page section. Go to overview of page sections

Begin of page section:

End of this page section. Go to overview of page sections