Dr Catherine Rose
My research involves pairing sedimentary stratigraphic data with a range of geochemical proxies to explore key Earth history events, such as large perturbations to the global carbon cycle and changes in climate. This work relies on making original field observations at a range of scales from rock outcrops to thin sections. I am currently investigating the impact sedimentology has on isotopic signatures preserved in modern and ancient settings. In particular, I am working to characterise the localisation of different sulphur species within complex carbonate facies at the micron-scale using synchrotron facilities. This research aims to decipher the spatial variability of sulphur isotopes at a scale previously unobtainable, and so eliminating much of the uncertainty of chemostratigraphic records generated using bulk samples.
2 (of 2 published available) for cvr with keyword diagenesis clear keyword filter. (source: University of St Andrews PURE)
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Earth and Planetary Science Letters
Anne-Sofie Ahms, Adam Maloof, Francis Macdonald, Paul Hoffman, Christian Bjerrum, Uyanga Bold, Catherine Victoria Rose, Justin Strauss, John Higgins
Keywords: Cap carbonate, Snowball Earth, Ca istopes, Mg isotopes, DiagenesisGeophysics, Geochemistry and Petrology, Earth and Planetary Sciences (miscellaneous), Space and Planetary Science
Geochimica et Cosmochimica Acta
Catherine Victoria Rose, W.W. Fischer, S Finnegan, D.A. Fike