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26-10-2020 | © istockphotos.com
By the end of the 21st century, sea levels are estimated to rise between 40 and 60 centimetres worldwide. Coping with this will be a major challenge for many European coastal communities. ERC grantee Jadranka Šepić at the University of Split in Croatia is investigating how climate change will affect the strength and frequency of tsunami-like flooding events along European coastlines. Her research could help coastal communities prepare better for future challenges.
09-10-2020 | @ Matthias Alberti (distributed via imaggeo.egu.eu)
05-06-2020 | © Tali Mass
Corals are one of the most beautiful and fascinating ecosystems in the world. However, due to rising sea temperatures, pollution and ocean acidification, they are also one of the most threatened. Pioneering work of ERC grantee Tali Mass shows that corals might be less vulnerable to some of these changes in their environment than previously thought, bringing new hope for their conservation.
20-05-2020 | © Stephan Tillo
The liveliest of our feathered garden visitors, the little acrobatic blue tit, and her close cousin the great tit, can tell us a lot about how birds adapt to climate change, urbanisation and other changes in their environment. To mark this year’s International Day for Biological Diversity, we bring you the story of ERC grantee Anne Charmantier who studies how these songbirds are adapting to their fast-changing habitat and what that could mean for their long-term survival.
19-05-2020 | © badwiser, #343077244 source:stock.adobe.com 2020
13-05-2020 | © picture
During 2019, many ERC-funded projects led to scientific breakthroughs, important discoveries and exciting results. Here we showcase a few of these examples. Read more: Annual report on the ERC activities and achievements in 2019
13-03-2020 | © MARCAN. 3D map of the Canterbury Basin showing location of discovered offshore freshwater system.
14-02-2020 | @Juan José Gaitán, INTA (Argentina) - Dryland ecosystem in the Argentinean Patagonia
A study published in Science by ERC grantee Dr Fernando T. Maestre shows how increases in aridity such as those forecasted under climate change lead to abrupt shifts in dryland ecosystems worldwide, limiting their capacity to sustain life and provide essential ecosystem services to more than 2 billion people.