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University of Graz Climate Change news Growing strong
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Wednesday, 02 August 2023

Growing strong

Studierende mit Fahrrädern

Studierende mit dem Fahrrad vor dem RESOWI-Zentrum Uni Graz/Kanizaj

Field of Excellence welcomes Nina Hampl and Thomas Bruderman as newest members

 

Climate Change Graz recently welcomed two more full members, Nina Hampl and Thomas Brudermann:

Nina Hampl (Institute of Environmental Systems Science) works on active mobility as an inter- and transdisciplinary field of research. "Our research should lead to a better understanding of the preconditions and barriers that bring about a change in mobility behavior and the push for active and combined forms of mobility." Both urban and rural areas will be considered. At the inter-university Center for Active Mobility, new scientific findings, decision-making principles and solutions for active mobility in the cross-field context of climate and environment, space, health and economy will be developed.

Thomas Brudermann (Institute of Environmental Systems Science) focuses on topics in environmental and climate psychology, economic psychology, behavioral economics, and sustainability research with a focus on decision behavior. The associate professor of innovation and sustainability research is concerned with mechanisms by which we so often deceive ourselves instead of living more climate-friendly lives. He shows popular excuses in the book "Die Kunst der Ausrede" and at https://www.klimapsychologie.com/wp/  both illustrated by Annechien Hoeben (Institute of Environmental Systems Science). This commitment won the first prize of the Eunice Foote Award for Climate Communication.

 

Related news

Human Rights, Security and National Adaptation Plans Nexus

A Holistic Approach to Women and Human Mobility on Monday, June 28th 16:00-17:30 online

Circular Bioengineering: FWF Cluster of Excellence aims to revolutionise the product cycle

Take a renewable raw material from nature – wood, for example – break it down into its building blocks and use them to create a functional material, such as a water-repellent surface coating, with the help of green chemistry. Once this has served its purpose, break it down again into its chemical components and use them to build something new. This idea is set to revolutionise the production and life cycle of materials and goods. The Cluster of Excellence "Circular Bioengineering", funded by the Austrian Science Fund FWF, is researching how to produce products from biomass, develop sustainable methods for the production process, and open options for returning products that have reached the end of their lifetime back into a cycle. The University of Graz is a partner in this Cluster of Excellence, for which the FWF is providing 18 million euros. Including its own funds, the total volume of the project is 27 million euros. The lead is with the BOKU University in Vienna.

Climate change update: ClimateTracer of the University of Graz provides reliable data

Yesterday, the Copernicus Climate Change Service of the European Union published its data on global warming up to end of November 2024. These confirm that this year will see the 1.5 °C threshold clearly exceeded for the first time. The Wegener Center at the University of Graz already computed an accurate full-year prediction: the global near-surface air temperature in 2024 will rise by 1.62 °C – plus/minus 0.05 °C standard deviation – compared to the pre-industrial level. Such latest predictions for 2024 and other essential data on climate change are provided by the scientists via the Graz Climate Change Indicators (GCCI) portal.

Novel Methods of Semiconductor Manufacturing: University of Graz is partner in EU project

How can technological innovations be aligned with principles of sustainability and circularity? This is a challenge being tackled by researchers at the Department of Environmental Systems Sciences at the University of Graz. As a partner in a new EU project, the team, led by Rupert Baumgartner, is contributing its expertise in sustainability assessment for the semiconductor manufacturing process. The focus of the research project “HaloFreeEtch” is on developing innovative, environmentally friendly etching methods for semiconductors.

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