I'm thrilled to share our latest research published in Nature Communications! 😍 🎉 🌋
Our study demonstrates how superheating in mafic magmas controls clinopyroxene nucleation delay and magma ascent dynamics 👇
doi.org/10.1038/s41467…
@4Dvolc
@MarghePolacci
@MikeBurton_Volc
Our study demonstrates how superheating in mafic magmas controls clinopyroxene nucleation delay and magma ascent dynamics 👇
doi.org/10.1038/s41467…
@4Dvolc
@MarghePolacci
@MikeBurton_Volc
www.nature.com Superheating in mafic magmas controls clinopyroxene nucleation delay and magma ascent dynamics Nature Communications - This study shows that heating magma above its crystallisation temperature delays crystal formation, reducing crystal content during ascent and controlling volcanic eruption... 
