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Thursday, 10 November 2022

Saving the world

Sunset, the continents in the background, people hand in hand in the foreground. Photo: pixabay

Global distributive justice and fundamental social change are key to ensuring the stability of our planet, shows a recent study by an international team of scientists. Photo: pixabay

Global social pact is the key to finding a way out of the climate crisis

How can everyone in the world live a life of dignity and meet their basic needs without collapsing the planet? In a study, an international team of scientists investigated the extent to which social goals, such as the eradication of poverty, can be reconciled with climate and environmental protection. The research found that global distributive justice, fundamental social change, and improvements in the global supply of water, food, infrastructure, and energy are key to ensuring the stability of our planet. One of the authors of the study, published in the journal Nature Sustainability, is Ilona M. Otto, a resource economist at the Wegener Center for Climate and Global Change at the University of Graz.

"While the 20th century was characterised by the phenomenon of great acceleration, the 21st century is becoming the age of great inequality. Reducing inequalities – both within countries and between states – is, however, a key prerequisite for tackling the climate crisis. We need a new global social pact to renegotiate the well-being of everyone on planet Earth," Ilona M. Otto demands.
In the study, the researchers calculated how high the additional pressure on the Earth system would have been in 2018 if all people worldwide had equitable access to food, water, energy and infrastructure. Their analyses found that greenhouse gas emissions would have increased by more than a quarter. Water and land use and nutrient pollution in water bodies would have increased by two to five percent. But the research also showed that these pressures, resulting from the poorest third of humanity's access to adequate resources, correspond exactly to the negative effects caused by the richest one to four percent of the world's population.
"The wealthy, who appropriate the majority of the Earth's resources and ecosystems, need to make a profound change to achieve social and environmental goals," Ilona M. Otto summarises. In the Climate Change Graz profile area at the University of Graz, the scientist is researching which measures can be used to drive this transformation of society forward most quickly and effectively.

The authors of the recently published study are members of the Earth Commission, an international team of scientists tasked with finding a safe and just way out of the climate crisis for humanity and our planet. Behind the Earth Commission is the international research program Future Earth.

Publication
Impacts of Meeting Minimum Access on Critical Earth Systems amidst the Great Inequality.
Crelis F. Rammelt, Joyeeta Gupta, Diana Liverman, Joeri Scholtens, Daniel Ciobanu, Jesse F. Abrams, Xuemei Bai, Lauren Gifford, Chris Gordon, Margot Hurlbert, Cristina Y. A. Inoue, Lisa Jacobson, Steven J. Lade, Timothy M. Lenton, David A. McKay, Nebojsa Nakicenovic, Chukwumerije Okereke, Ilona M. Otto, Laura Pereira, Klaudia Prodani, Johan Rockström, Ben Stewart-Koster, Peter H. Verburg, Caroline Zimm.
Nature Sustainability, doi: 10.31235/osf.io/tj2d3

created by Gudrun Pichler

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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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