GeoLog

Women claim their space in science and encourage you to do the same!

Gillian D'Souza February 17, 2023

Credit: Teresa Gimeno (from imaggeo.egu.eu)

The world we live in today has innumerably more career options than our parents and their parents did. But women and young girls continue to be a minority when it comes to careers in science. Experts call this the “STEM Gap”, where STEM stands for Science, Technology, Engineering and Mathematics. According to a UNESCO report, women still only make up 28% of the STEM workforce. Two of the leading r ...[Read More]

Exceptional and diverse women tell us their science stories!

Gillian D'Souza February 10, 2023

Credit: Filippo Dallosso (from imaggeo.egu.eu)

About a decade ago, I wrestled with a dilemma no one seemed to relate to: I loved science with all my heart, but what if I didn’t want to be a scientist all my life? Was there room in the world for me to pursue another career while still being in the scientific field? What were my options? Who would I turn to? But more importantly, who could I become? Today, I am the Media and Communications Offic ...[Read More]

GeoPolicy: Exploring life inside the European Parliament

Chloe Hill February 8, 2023

Inside the European Parliament. Credit: Elias Symeonakis

The EGU’s annual Science-Policy Pairing Scheme connects a selected EGU member with a Member of the European Parliament to promote evidence-informed policymaking and encourage stronger science-policy partnerships! In November 2022, EGU Member of Manchester Metropolitan University Elias Symeonakis was paired with the selected Member of the European Parliament, Norbert Lins, an MEP representing Germa ...[Read More]

Imaggeo On Monday: Wannabe cubic calcite

Joanna Dziadkowiec February 6, 2023

Wannabe cubic calcite. Credit: Joanna Dziadkowiec (distributed via imaggeo.egu.eu)

This imperfect cube of calcite was formed on the gold surface during the electrochemically assisted scaling process. Once negative electrochemical potential is applied to the gold surface, the oxygen dissolved in water undergoes reduction, yielding hydroxide anions. These anions accumulate at the gold-solution interface, forming a high pH layer. As calcite becomes less soluble with the increasing ...[Read More]