Sophie Miocevich
@sophiemiocevich
PhD candidate @EarthSciCam | Love rocks | Particularly metamorphic rocks | Or rocks that are good to climb | Also outreach @chaosscience & @BeCambridge |She/Her
ID: 492551791
14-02-2012 21:10:32
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One of my favourite photos from the recent expedition to Patagonia. ⚒️ This is an ichthyosaur skeleton eroding out from the cliff. This trip was one of the most exhilarating experiences of my life. More exciting things to come. Thanks Judith Pardo-Pérez for leading a successful trip.
First day of the Sedbergh part of the 2nd Year Cambridge Earth Sciences fieldtrip. Great day looking at the many and varied rocks of Taythes Gill!
Lovely day for a mapping exercise near Coniston, as we come towards the end of the 2nd year Cambridge Earth Sciences Sedbergh fieldtrip.
Interesting in pursuing a PhD at UC Berkeley investigating volatiles/melt inclusions/sulfury-goodness in Hawaiian volcanoes, the Cascades, the Andes or whatever your fav SiO2<60 volcano is? Please get in touch! tinyurl.com/2dcxvbww 🧵
Ever wondered where the elements that make up your phone come from and what resources host them? Come check us out at the Natural History Museum today! Cambridge Earth Sciences
Had a great time at the Metamorphic Studies Group meeting with the Cambridge Earth Sciences team! Heard about so much cool research and presented my ongoing work on the Midlands Microcraton - including early outputs from geochronology, funded by Yorkshire Geological Society.
We wish everyone at @goldschmidt2023 a fab time! Tomorrow, our Sophie Miocevich will talk about her work on the mysterious Midlands Microcraton🏔️🔬 The ancient chunk of rock beneath central England is revealing processes happening deep below mountain ranges like the Himalayas.
Fantastic selection of presentations at the morning session of the Geologists' Association 2023 conference with Westmorland Geological Society at Brewery Arts
How can we map anomalies on the core-mantle boundary nearly 3000 km deep? Carl Martin presents a fresh Bayesian methodology and its application to the anomaly at the base of the Hawaiian mantle plume and a 2-part paper. Part 1: academic.oup.com/gji/advance-ar…