Smart and cost-effective solutions for joint processing and interpretation of geophysical and geotechnical data from renewable energy developments offshore
Geological storage of CO2 and hydrogen
Climate and human-induced methane emissions in the marine environment
PhD Thesis: Constraining ascent velocities of kimberlite magma using diffusion chronometry
Kimberlites are an enigmatic igneous rock sometimes containing diamonds. Kimberlite magmas are sourced from mantle depths and ascend rapidly due to their high volatile contents. Despite their scientific and economic importance, many aspects of kimberlite formation, ascent and eruption remain unknown. This project will examine the youngest and freshest kimberlites globally, the Igwisi Hills Volcanoes (IHV), Tanzania. Zoning patterns in olivine crystals and xenoliths will be examined to mechanically understand the evolution and ascent of kimberlite magma. Specifically, diffusion chronometry, primarily of Fe-Mg in olivine, and Li in olivine, will be used to constrain ascent velocities of kimberlite magmas.
