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TU Graz Researchers Identify Chemical Processes as Key to Understanding Landslides

 E-Mail IMAGE: Mass movements (like a landslide in the picture) cause considerable damage year after year. A study by TU Graz now identifies the triggers of such events. view more  Credit: © Kieffer - TU Graz/DCNA Mass movements such as landslides and hill-slope debris flows cause billions of euros in economic damage around the world every year. Between 20 and 80 million euros are spent annually from the disaster fund to repair disaster damage in Austria, 15 to 50 percent of which is attributable to mud flows and landslides. Now, a team of geologists from Graz University of Technology (TU Graz), in cooperation with the Burgenland state road administration, identified for the first time the chemical influencing factors and triggers for recurrent mass movements in fine-grained sediments. From results published in the journal Science of the Total Environment, preventive measures and strategies can be derived to guard against such events.

gov ie - Minister Harris announces €193 million investment in five world- leading SFI Research Centres

Minister Harris announces €193 million investment in five world- leading SFI Research Centres   Minister for Further and Higher Education, Research, Innovation and Science, Simon Harris TD today announced an investment of €193 million in five Science Foundation Ireland Research Centres for six years. The five centres will carry out research into smart medical devices, e-health, telecommunications networks, cybersecurity, smart cities, artificial intelligence, ethics and data privacy, as well as applied geosciences, energy security and marine resources. Speaking today, Minister Harris said: I am delighted to announce this significant government investment in five SFI Research Centres, which reflects Ireland’s position as a world leader in research and innovation.

Limerick-based research centre launches competition for budding young scientists

New path to rare earth mineral formation has implications for green energy and smart tech

 E-Mail IMAGE: First author Adrienn Maria Szucs with Professor Juan Diego Rodriguez-Blanco in Trinity s Museum Building view more  Credit: Trinity College Dublin Researchers from Trinity College Dublin have shed new light on the formation mechanisms of a rare earth-bearing mineral that is in increasingly high demand across the globe for its use in the green energy and tech industries. Their discovery has important economic implications because there are no substitute alternatives to these rare earth elements (REEs), which are indispensable due to their ability to form small and very powerful magnets essential for smart devices and low-carbon energy generation (e.g., electronics, wind turbines, hybrid cars).

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