Charline Lormand

Email:<http://www.privatedaddy.com/?q=fzE1WidAb3J6d25cc1ZjZBJvQjJNe2ZPb3o-3D_684>
Mobile:+64 (021) 250 4084

Tertiary education

Masters Research

Sólheimajökull glacier, Iceland

2016: “A data-driven model for the 1974 low elevation on Mount Etna: a textural, morphological and rheological analysis”. Supervisors: Andrew Harris and Lucia Gurioli

2015: “Diffusion of Fe-Mg and Ni in olivine, Koko rift, O’ahu, Hawai’i”. Supervisors: Thomas Shea, Michael Garcia and Pierre Schiano

PhD Research

Title:

“Understanding magma ascent and eruptive processes at Tongariro volcano through microanalytical investigations of the tephra record”

Research objectives

So as to assess volcanic hazards associated with explosive eruptions in a highly active zone as the Central Volcanic Plateau of New Zealand, the aim of the research will be to estimate timescales of syneruptive magma ascent based on tephra record from Tongariro volcano. Using high resolution analysis combined with experimental element diffusion rates, we will focus on submicron diffusion geospeedometry and crystal-melt boundary layers. Thus, we will be able to undersand storage history and quantitavely determine rates and timing of events before the onset of explosive volcanic eruptions.

Methods

• Electron and ion microprobe analysis (Isotope Imaging Laboratory of the University of Hokkaido)
• Quantitative image processing
• Chemical element diffusion modelling of short length- and time-scales
• Characterisation of submicron melt boundary layers around growing and dissolving crystals
• CSD studies on orthopyroxene, plagioclase and clinopyroxene microlites

Photos

Tuff deposits resulting from Koko and Kahauloa hydromagmatic eruptions. Near Lāna‘i lookout, O‘ahu, Hawai’i

View on Lipari and Salina Islands on the way down from Vulcano, Aeolian Islands