Aktuell
Record-breaking sediment core may help predict Antarctic ice loss
An international research team has recovered the longest sediment core ever drilled from beneath an ice sheet. The core preserves evidence of climate changes spanning millions of years and will help improve predictions of how the West Antarctic Ice Sheet may respond to ongoing global warming.
Image: NSF/Josh Landis, National Science Foundation
NCCR Clim+: New Centre of Competence in Research
NCCR CLIM+ and the new Center for Climate Extremes and Resilience in Swiss Society (CERESS) will unite expertise from both the natural and social sciences through truly innovative inter- and transdisciplinary research. Together, NCCR CLIM+ and CERESS will inform Swiss policymakers and the public about physical climate risks and develop adaptation solutions that account for societal trade-offs and co-benefits across key sectors. With its unique research consortium, NCCR CLIM+ will support Switzerland's effective transformation towards a more resilient and safer future.
Image: NCCR CLIM+
BergAb
Auf der interaktiven Plattform «BergAb» können Sie sich über den Einfluss des Klimawandels auf Naturgefahren im Alpenraum informieren, inklusive anschaulicher visueller Darstellung der Events.
Image: BergAbClimate CH2025: The climate future of Switzerland
More extreme heat in summer, drier summers, less snow in winter, and increasingly frequent heavy precipitation: the consequences of climate change are becoming more severe and progressing rapidly. Swiss climate scenarios illustrate how and in which regions these developments are having an impact, and provide a more detailed look at the future climate of our country.
Image: MeteoSchweiz
