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University of Graz Climate Change news 'Canaries in the Climate Change Coal Mine'
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Monday, 24 April 2023

'Canaries in the Climate Change Coal Mine'

What can we learn from Small Islands?

Talk by Prof. Simron Singh (University of Waterloo)

Projected to experience multiple interrelated risks at 1.5 °C of global warming, Small Island Developing States (SIDS) are often referred to as ‘canaries in the climate change coal mine’. The IPCC reports with high-to-medium confidence about the long-term risks of 1.5 °C of global warming on SIDS, with severe impacts on populations, livelihoods, and infrastructure, and critical resources such as food, energy, and water, that will limit adaptation opportunities as well. Enhanced understanding of what might constitute tipping points in the context of SIDS that lend to their vulnerability, therefore, remains crucial. This talk will introduce the concept of “socio-metabolic risk”, or systemic risk related to the availability and circulation of critical resources such as food, water, materials, and energy in a socio-economic system. Socio-metabolic risk is to islands as circulatory health problems are to humans – both constrain the entity’s ability to withstand significant shocks and changes. Maladaptive and climate insensitive development practices – such as coastal squeeze, high import dependency, and centralised energy systems – magnify islands climate vulnerability. Drawing on years of empirical research, this talk will highlight problematic patterns of increasing socio-metabolic risk in the Caribbean SIDS, that could potentially cascade into a metabolic collapse and tip the system to a point of no-return. These insights are crucial not only for small island economies, but also for humanity at large.

 

Simron Singh is a Professor in the Faculty of Environment, Enterprise and Development, University of Waterloo, Canada and currently visiting fellow at the Field of Excellence Climate Change Graz. Using small islands as a scope, he conducts socio-metabolic research to investigate the systemic links between material and energy use, infrastructure development, and associated risks to the human wellbeing and the economy. He has authored/co-edited 5 books, and published over 75 journal articles, book chapters, and reports. He is the founder and lead of the research program “Metabolism of Islands”, the Executive Secretary of the International Society for Industrial Ecology (ISIE), Chair of the inaugural board of Island Industrial Ecology within ISIE, and Co-chair of Risk-KAN, a global research and action network of Future Earth, Integrated Research on Disaster Risk (IRDR), the World Weather Research Program (WWRP), and the World Climate Research Programme (WCRP).

 

The guest lecture takes place on 1st of June 2023 16:30-18:00 at SR 15.13 at ReSoWi Building Universitätsstraße 15 Bauteil B, first floor.

 

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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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