Charlotte L. Devitre

@cljdevitre.bsky.social

302 Followers 240 Following

Postdoctoral scholar at UC Berkeley | Volcanoes🌋 Spectroscopy ⚡, inclusions, aerosols, human health | B.S. Universidad de Costa Rica | PhD Cornell University | Volleyball🏐amateur photographer 📷❤️ hybrid human 🇨🇷 🇫🇷 🇮🇳 🇨🇦My views are my own

Map of the world showing median proportion of H2O exsolved from magmas. Red and orange locations are sufficiently low to apply this method (i.e., Galápagos, Cabo Verde, Canary Islands, Iceland, East African Rift, Hawaiʻi)
Main results from the simulation. Fluid inclusions were trapped at ~1-2 km depth, which corresponds with the well-constrained Halemaʻumaʻu magma reservoir.
Graph depicts the relationship between Pressure and Depth of fluid inclusion entrapment with CO2 density at different magmatically relevant temperatures. Increasing pressure and depth mean increasing density of CO2.
Map of the world showing median proportion of H2O exsolved from magmas. Red and orange locations are sufficiently low to apply this method (i.e., Galápagos, Cabo Verde, Canary Islands, Iceland, East African Rift, Hawaiʻi)
Main results from the simulation. Fluid inclusions were trapped at ~1-2 km depth, which corresponds with the well-constrained Halemaʻumaʻu magma reservoir.
Graph depicts the relationship between Pressure and depth of entrapment with CO2 density of a fluid inclusion at different magmatically relevant temperatures. Increasing pressure and depth mean increasing density of CO2.