Responsible for carbonate studies mainly applied to exploration programs involving sequence stratigraphy, core logging, microfacies and diagenetic studies and external training.
Experience in software includes Petrel, CoreCAD and Petrog.
Carbonate exploration experience covers the whole range of Palaeozoic, Mesozoic and Tertiary carbonate systems using thin section, core, wireline log, outcrop, to seismic-scale data. These studies have been aimed at assessing new venture opportunities, the assessment of acreage using outcrop and sub-surface data and the study of outcrops as play analogues to analyse different elements of geological risk in play types.
Assistant geologist working with the directors on proprietary and multi-client projects.
Experience of clastic sedimentological, petrographic and diagenetic studies mainly from North Sea reservoirs of Permian and Jurassic age. Understanding of Rotliegend aeolian reservoirs supported by field trip to the Namib desert.
Since joining Cambridge Carbonates Julia has assisted in the preparation of the Microfacies Atlas of Finnmark Platform wells: 7128/4-1, 7128/6-1 and 7229/11-1. She has also provided support for work on the Precambrian of N. Iraq, Carboniferous collapse breccias of the central Spitzbergen Billefjorden area, and Jurassic Marrat and Gothnia-Hith reservoirs.
She has been involved in studies from Mexico, Papua New Guinea and the Circum-Adriatic.
Closer to home, she helped organise parts of the Bathurst 2015 field trips to Derbyshire and the southern Lake District to study carbonate platform deposition.
Consultant geologist working on industry research projects.
Responsible for Basin analysis in Rift-to-drift Conjugate Margins project: investigating the tectono-stratigraphic evolution of the North Atlantic Conjugate Margins (East Coast Canada, UK/Ireland, Iberia).
Research into rift-to-drift margin evolution theory and developing regional exploration workflows. Focus on basin analysis integration in conjugate margin studies.
Experience in varied disciplines such as plate tectonics, dynamic topography, subsidence analysis, source-to-sink, palaeo-drainage and heatflow modeling.