GeoLog

Imaggeo on Mondays: Tertiary Flying Saucers

Bernardo Cesare March 2, 2020

Polarized light photomicrograph of a thin section of a fossiliferous limestone from Lake Garda, Italy: Tertiary Flying Saucers. Credit: Bernardo Cesare (distributed via imaggeo.egu.eu)

Besides for the purposes of documenting my research, I like to take photos of rocks under the microscope also because of their aesthetic appeal. It’s an hidden, marvelous world. These flying-saucer-looking objects are in fact the fossil skeletons of a Nummulites (the larger) and a Discocyclina (the one on top left), both belong to the phylum of Foraminifera. These single-celled organisms occupyied ...[Read More]

GeoPolicy: How to become a Seconded National Expert for the European Commission

Chloe Hill February 28, 2020

Nicolas Sifakis, a scientist and former Seconded National Expert who is currently working for the European Research Council Executive Agency.

The European Seconded National Expert programme is a fantastic opportunity for scientists who are currently working in a national, regional or local public administration of an EU member state or an intergovernmental organisation to gain experience working within a European policy institution. In most cases, secondments are between six months and four years during which time the Seconded National ...[Read More]

Accessibility at EGU: Promoting inclusive language, an incomplete guide

Hazel Gibson February 26, 2020

Like all people, geoscientists can sometimes forget the importance of language. How scientists use language is important because it not only allows us to communicate effectively with different groups, from policymakers to concerned citizens and other researchers, but it can also influence how people respond on an emotional or personal level. The way we use language can even influence how much som ...[Read More]

Imaggeo on Mondays: The Tempest

Hazel Gibson February 24, 2020

The Tempest. Credit: Cyril Simon Wedlund (distributed via imaggeo.egu.eu)

Measuring the aurora. This picture was taken while doing an optical/radar coordinated campaign in Svalbard, Norway, near the settlement of Longyearbyen. In this campaign, we were measuring for the first time the polarisation of the auroral ‘red line’ of atomic oxygen with a photopolarimeter and were running the radars in order to have a better understanding of the state of the ionosphe ...[Read More]