🛢️ He spent over ten years with Shell — in oil and gas industry in the North Sea, in the Netherland and Aberdeen. Then he walked away from it all to join the University of Geneva.

In this episode of WE ROCK GeoCareers, Andrea Moscariello, Full Professor of Sedimentary Geology and Geo-energy at UNIGE, shares the story of a career built on chance, opportunity, and a few difficult choices.

From glacial deposits in the Dolomites to oil reservoirs in Algeria, Libya and Saudi Arabia. From Shell to SGS. From consulting back to the lecture hall. And now — geothermal energy in Geneva, and the geology of the future CERN tunnel.

He also answers the WE ROCK signature questions — including which rock he most resembles. His answer: a diamicton. Heterogeneous, different origins, solid matrix — but add a little water, and it trembles.

🎙️ WE ROCK GeoCareers — Where Earth Sciences Meet Society.

📺 Also available on YouTube: @werockgeomedia
📸 Instagram: @werockgeomedia
💼 LinkedIn: WE ROCK Geomedia
✉️ Contact: werock.geomedia@gmail.com
🔗 Linktree: linktr.ee/werock.geomedia

In this episode of WE ROCK GeoCareers, Andrea Moscariello, Full Professor of Sedimentary Geology and Geo-energy at UNIGE, shares the story of a career built on chance, opportunity, and a few difficult choices.

From glacial deposits in the Dolomites to oil reservoirs in Algeria, Libya and Saudi Arabia. From Shell to SGS. From consulting back to the lecture hall. And now — geothermal energy in Geneva, and the geology of the future CERN tunnel.

He also answers the WE ROCK signature questions — including which rock he most resembles. His answer: a diamicton. Heterogeneous, different origins, solid matrix — but add a little water, and it trembles.

🎙️ WE ROCK GeoCareers — Where Earth Sciences Meet Society.

📺 Also available on YouTube: @werock-geomedia
📸 Instagram: @werockgeomedia
💼 LinkedIn: WE ROCK Geomedia
✉️ Contact: werock.geomedia@gmail.com
🔗 Linktree: linktr.ee/werock.geomedia

If a dinosaur ever stepped into the water, she could tell you the exact temperature of that water — 150 million years later.

In this second episode of WE ROCK GeoCareers, Sam-Bien Sogle sits down with Clémentine Colpaert, micropalaeontologist at the University of Geneva.

Her field of study: microscopic fossils called foraminifera, sometimes smaller than a grain of sand, that recorded the exact ocean temperatures from the age of the dinosaurs in their shells. Her path: a degree in France, a PhD completed in Russian in Siberia, a postdoc in China, another in Germany — and now, Geneva.

In this episode:
— Her journey: from Lille to Siberia, from China to Germany, to Geneva
— Micropalaeontology explained simply
— How a microscopic fossil tells the story of the climate 150 million years ago
— Her work on foraminifera from Normandy and Tibet
— The real cost of international mobility in research
— The truth about academic careers
— The WE ROCK signature question: which foraminifera species feels most like her?

━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

WE ROCK GeoCareers — Where Earth Sciences Meet Society.

Find us everywhere:
YouTube: @werock-geomedia
Instagram: @werockgeomedia
TikTok: @werockgeomedia
LinkedIn: WE ROCK Geomedia
Facebook: WE ROCK Geomedia
Email: werock.geomedia@gmail.com

━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

Host, producer & editor: Sam-Bien Sogle

#GeoCareers #WERock #Micropaleontology #EarthSciences #Geology #Podcast

"FIND ANCIENT OCEAN TEMPERATURES FROM MICROFOSSILS"

Clémentine Colpaert | Micropaléontologue | Maître assistante, Université de Genève

Dans ce deuxième épisode de WE ROCK GeoCareers, je reçois Clémentine Colpaert, micropaléontologue à l'Université de Genève.

Son terrain de jeu : des fossiles microscopiques appelés foraminifères, parfois plus petits qu'un grain de sable, qui ont enregistré dans leur coquille la température exacte des océans à l'époque des dinosaures. Son parcours : une licence en France, un doctorat en Sibérie rédigé en russe, un postdoc en Chine, un autre en Allemagne — et aujourd'hui, Genève.

Dans cet épisode :
— Son parcours : de Lille à la Sibérie, de la Chine à l'Allemagne, jusqu'à Genève
— La micropaléontologie expliquée simplement
— Comment un fossile microscopique raconte le climat d'il y a 150 millions d'années
— Son travail sur les foraminifères de Normandie et du Tibet
— Le prix de la mobilité internationale en recherche
— La vérité sur les carrières académiques
— La question signature WE ROCK : quel foraminifère lui ressemble le plus ?

Les plus grands gisements de cuivre du monde sont des volcans qui n'ont pas explosé. Luca Caricchi | Professeur de volcanologie | Chef du Département des Sciences de la Terre, UNIGE