GeoLog | News

Living in a new Age

Robert Emberson September 14, 2018

The International Commission on Stratigraphy (ICS) has updated the timeline for Earth’s full geologic history, dividing the Holocene into three distinct periods. What does that mean for the Anthropocene? (Photo: East Khasi Hills in Megahalaya, India. The state is the namesake of the new geological age. Credit: Sai Avinash via Wikimedia Commons)

If you were suddenly told you were living in a different time period, what would your immediate reaction be? Changes in the calendar – even if it’s just terminology – have proven emotive in the past. In 1752, when England shifted from the Julian to Gregorian calendars, and 11 days were cut from 1752 to catch up, there are suggestions that civil unrest ensued. Once again, the name of the period in ...[Read More]

Imaggeo on Mondays: Getting involved with EGU!

Olivia Trani August 13, 2018

EGU17 - Walkway to Entrance. Credit: Kai Boggild (distributed via imaggeo.egu.eu)

Today’s featured photo comes from the 2017 General Assembly. Did you enjoy this year’s 666 unique scientific sessions, 68 short courses and 294 side events? Did you know that EGU members and conference attendees can play an active role in shaping the scientific programme of the conference? It’s super easy! You can suggest a session (with conveners and description), and/or modific ...[Read More]

July GeoRoundUp: the best of the Earth sciences from around the web

Olivia Trani August 1, 2018

The Mars Express spacecraft probing the southern hemisphere of Mars. Credit: ESA/INAF/Davide Coero Borga.

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 Signs of water 55 million kilometres away Last week scientists announced that they have found signs of existing water on Mars, offering new hope to the possibility o ...[Read More]

NASA’s Juno mission reveals Jupiter’s magnetic field greatly differs from Earth’s

Keri McNamara July 18, 2018

The Juno probe flew 2.8 billion kilometres between its launch from earth and insertion into orbit around Jupiter. Image: NASA/JPL-Caltech

NASA scientists have revealed surprising new information about Jupiter’s magnetic field from data gathered by their space probe, Juno. Unlike earth’s magnetic field, which is symmetrical in the North and South Poles, Jupiter’s magnetic field has startlingly different magnetic signatures at the two poles. The information has been collected as part of the Juno program, NASA’s latest mission to unrav ...[Read More]