Climate

A flood of attention: extreme weather and digital media

Tim Middleton May 2, 2018

Seine river flooding near the Eiffel Tower in 2016. (Image Credit: Guilhem Vellut, Wikimedia Commons)

In June 2016, Paris was transformed. The River Seine burst its banks, submerging some of the nearby roads; floodwater lapped at the tops of street lamps and traffic lights. The event marked the the worst flooding in Paris for more than 30 years. When a flood event hits a major city, numerous researchers are keen to collect data for their work. However, Rosa Vicari, a PhD student at the the École d ...[Read More]

Geosciences Column: The science behind snow farming

Olivia Trani March 9, 2018

A layer of sawdust and wood chips hides a massive pile of snow in South Tyrol. The thick cover protects the snow from the summer heat. Winter sport destinations have been 'farming' snow as a way to guarantee white winters. Credit: Grünewald et al.

For roughly the last decade, some ski resorts and other winter sport facilities have been using a pretty unusual method to ensure white slopes in winter. It’s called snow farming. The practice involves collecting natural or artificially made snow towards the end of winter, then storing the frozen mass in bulk over the summer under a thick layer of sawdust, woodchips, mulch, or other insulating mat ...[Read More]

February GeoRoundUp: the best of the Earth sciences from across the web

Olivia Trani March 1, 2018

Drawing inspiration from popular stories on our social media channels, as well as unique and quirky research news, this monthly column aims to bring you the best of the Earth and planetary sciences from around the web. Major stories The biggest story in Europe right now is the bone-chilling cold snap sweeping across the continent. This so-called ‘Beast from the East’ sharply contrasts with the Arc ...[Read More]

Geosciences Column: How fast are Greenland’s glaciers melting into the sea?

Jon Fuhrmann February 9, 2018

The Greenland ice sheet is undergoing rapid change, and nowhere more so than at its margins, where large outlet glaciers reach sea level. Because these glaciers are fed by very large reservoirs of ice, they don’t just flow to the coast, but can extend many kilometres out into the ocean. Here, the ice – being lighter than water – will float, but remain connected to the ice on the mainland. This phe ...[Read More]