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Department of Earth Sciences

 
Read more at: Meet our new Head of Department: Professor Marie Edmonds

Meet our new Head of Department: Professor Marie Edmonds

30 September 2024

As the new academic year begins, we welcome Marie Edmonds in her new role as Head of Department. Marie is Professor of Volcanology and Petrology, and Ron Oxburgh Fellow in Earth Sciences at Queens’ College, Cambridge. She succeeds Professor Rich Harrison, who led our Department over the last five years; ensuring our...


Read more at: Highly-sensitive beaks could help albatrosses and penguins find their food

Highly-sensitive beaks could help albatrosses and penguins find their food

18 September 2024

Researchers have discovered that seabirds, including penguins and albatrosses, have highly-sensitive regions in their beaks that could be used to help them find food. This is the first time this ability has been identified in seabirds. An international team of researchers, led by the University of Cambridge, studied over...


Read more at: Exploring the fate of Antarctic echinoderms in meltwater-flooded oceans

Exploring the fate of Antarctic echinoderms in meltwater-flooded oceans

18 September 2024

Dive to the bottom of the icy ocean that envelops Antarctica and the critter you’re most likely to encounter are echinoderms: a family of marine animals that includes the star fish, sea urchin and the warty, vegetable-like sea cucumber. Many species of Antarctic echinoderm are unique to the region, having lived untouched...


Read more at: Dr Carrie Soderman’s short story receives ‘Heroines of Science’ award

Dr Carrie Soderman’s short story receives ‘Heroines of Science’ award

17 September 2024

Earlier this year, Cambridge’s Postdoc Academy asked women postdocs to submit short stories describing their scientific inspiration and what it means to them to be a woman in STEMM. The project is aimed at encouraging more young girls to study science. Participants submitted stories, aimed at 10-12 years old girls, about...


Read more at: Crystal-orientation analysis sheds light on the origin of granite megacrysts

Crystal-orientation analysis sheds light on the origin of granite megacrysts

17 September 2024

New evidence confirms that all but the final stages of megacryst formation occur in magma that is still relatively fluid, rather than a locked-up crystal mush. The Shap Granite of northwest England has gained celebrity status amongst Cambridge Earth Science students because it is one of the first rocks they see in...


Read more at: Cambridge researchers join expedition to take pulse of the Icelandic Mantle Plume

Cambridge researchers join expedition to take pulse of the Icelandic Mantle Plume

28 August 2024

The IMPULSE research expedition sailed from Hafnarfjörður, Iceland on Sunday 4 August. The international team are collecting detailed measurements of the seafloor near Iceland to better understand processes operating deep within the ‘Icelandic Mantle Plume’ — a giant fountain of slowly-creeping hot rock that rises from...


Read more at: Historic fires trapped in Antarctic ice yield key information for climate models

Historic fires trapped in Antarctic ice yield key information for climate models

7 August 2024

Pollutants preserved in Antarctic ice document historic fires in the Southern Hemisphere, offering a glimpse at how humans have impacted the landscape and providing data that could help scientists understand future climate change. Researchers from the University of Cambridge and British Antarctic Survey tracked fire...


Read more at: Listen to ancient air escaping from polar ice cores at Royal Society Summer Science Exhibition

Listen to ancient air escaping from polar ice cores at Royal Society Summer Science Exhibition

27 June 2024

Climate scientists from University of Cambridge and the British Antarctic Survey will be at the 2024 Royal Society Summer Science Exhibition , showcasing how they are using Antarctic ice cores to unlock the past and uncover clues to our planet’s future. The exhibit is one of 14 flagship exhibits at this year’s Summer...


Read more at: Underwater mountains have a big impact on ocean circulation

Underwater mountains have a big impact on ocean circulation

26 June 2024

Colossal undersea mountains, towering up to thousands of metres high, stir up deep sea currents: impacting how our ocean stores heat and carbon. An international team, led by the University of Cambridge, used numerical modelling to quantify how underwater turbulence around these mountains, called seamounts, influences...


Read more at: Marine CO₂ removal technologies could depend on the appetite of the ocean’s tiniest animals

Marine CO₂ removal technologies could depend on the appetite of the ocean’s tiniest animals

17 June 2024

Writing in The Conversation, Cambridge Earth Sciences' Professor Ali Mashayek, PhD candidate Sophie Meyjes and Tyler Rohr from the University of Tasmania discuss how tiny marine animals might decide the fate of attempts to capture and store CO2 in the oceans. As the world struggles to decarbonise, it’s becoming...