Much of the TRG programme is conducted through PhD studentships - based in Leeds, UCD (Ireland), Camerino (Italy), Milan (Italy) and Pavia (Italy) and supervised by combinations of Leeds-based staff and external co-workers. We aim to start at least one studentship per year.
- Damilola Adekanye (Leeds) - Massively Parallelized Models of Fluid-Solid Multiphase Flow.
- Paul Allen (Leeds) - Transitional multiphase flow: the enigmatic behaviour of seafloor landslides.
- Marco Carnevale (Milano, Italy) - Short length scale hybrid event bed heterogeneity: characterisation and impacts on flow modelling.
- Adriana Crisostomo Figueroa (Leeds) - Predicting stratigraphic trap integrity in deepwater settings.
- Sophie Cullis (Leeds) - Quantitative characterisation and prediction of deep-marine sedimentary architecture and facies heterogeneity through relational databasing.
- Isabel de Cala (Leeds) - Dune cross-stratification in turbidite systems.
- Neal Gunn (Leeds) - The role of contourites in generating long run-out debris flows. An example, offshore Uruguay.
- Rob Kelly (Leeds) - Channel sinuosity control on submarine-fan evolution.
- Roman Soltan (Leeds, jointly funded TRG/FRG/BSG) - Integrated basin studies: the Carboniferous of NE England.
- Dan Stokes (UCD, Nexen funded) - Hybrid event beds in slope channel settings - Flow processes during deep water slope incision and backfilling.
- Dan Tek (Leeds) - Autogenic versus allogenic controls on deep-sea channel evolution.
- Fully TRG funded
- Part TRG and part industry-funded
- Fully industry funded
- Research council funded
- Self funded
- Scholarship funded - Leeds. The University has separate scholarship schemes for UK/EU students, and also "international" (non EU) students
- Scholarship funded - non Leeds.
(Hover mouse over titles for description)
- Controls on hybrid event beds occurrence in deep marine settings: implications for facies and facies architecture prediction
- Scale constraints on the transport of cohesive sediments
- Database and outcrop-based evaluation of mass transport deposit occurrence
- Palaeo-seafloor reconstruction and environmental change
- Pinch-out stratigraphic traps: predicting unconventional trapping mechanisms
- Quantifying the anatomy of clastic deep-marine deposits