Skip to main content

On 24 January 2025, Storm Éowyn struck Ireland, marking one of the most severe storms to hit the region in recent years. With winds exceeding 180 km/h, the storm left over 725,000 homes without power, forced the closure of schools, offices, and airports, and severely disrupted transport services.

Coastal areas endured the greatest impact, as authorities issued red weather alerts, urging residents to stay indoors to avoid the dangers posed by falling trees and flying debris.

Data Visualization: Storm Éowyn, Ireland
Storm Éowyn, Ireland. Credit: European Union, Copernicus Marine Service Data

This striking data visualization showcases wind patterns over the Atlantic Ocean at 08:00 UTC on 24 January 2025, as Storm Éowyn swept across Ireland. The image was created using data provided by the Copernicus Marine Service, illustrating the storm’s intensity in vivid detail.

Thanks to open-access data from the Copernicus Sentinel satellites, meteorologists and scientists can closely monitor extreme weather events like Storm Éowyn. This enhanced monitoring capacity supports better preparedness and response measures, ultimately reducing the impacts on affected communities.

Featured image credit: European Union, Copernicus Marine Service Data

Hottest year on record drives global water disasters
Severe drought
Hottest year on record drives global water disastersNews

Hottest year on record drives global water disasters

A year of unprecedented heat in 2024 disrupted global water systems, exacerbating floods, droughts, and storms worldwide. A report by The Australian National University (ANU),…
SourceSourceJanuary 6, 2025 Full article
Killer pesticides linked to alarming decline in America’s wild bees
Bee on a purple flower
Killer pesticides linked to alarming decline in America’s wild beesScience

Killer pesticides linked to alarming decline in America’s wild bees

A new study published in Nature Sustainability by a team of international researchers, including scientists from the University of Southern California (USC) Dornsife College, has…
Adrian AlexandreAdrian AlexandreAugust 28, 2024 Full article
Long-distance relationship revealed in the seemingly random behavior of bowhead whales
Bowhead whale and calf in the Arctic Ocean
Long-distance relationship revealed in the seemingly random behavior of bowhead whalesScience

Long-distance relationship revealed in the seemingly random behavior of bowhead whales

By Hokkaido University, Aarhus University & Greenland Institute of Natural Resources Applying chaos theory to the movement of iconic arctic whales uncovered a 24-hour diving…
SourceSourceAugust 11, 2024 Full article