Summary of Phase 7 Research Programme — Fluvial, Eolian & Shallow-Marine Research Group
- Theme 1: Development of quantitative facies models for fluvial, aeolian and shallow-water systems
- Theme 2: Analogue studies of subsurface architecture and facies heterogeneity
- Theme 3: Meta-analyses for assessing the importance of controls on sedimentary architecture
- Theme 4: Improved use of geophysical soft data for costraining clastic reservoir models
- Theme 5: Machine-learning approaches to interpretations of borehole data
- Theme 6: Generation of a training image library for MPS geocellular modelling
- Theme 7: Controls on the static connectivity of aeolian dune and interdune deposits
- Theme 8: Influence of sedimentary heterogeneity on the performance of lowenthalpy geothermal applications
- Theme 9: Impact of sedimentary architectures on carbon capture and underground storage
- Theme 10: Flow-based upscaling of aeolian sedimentary heterogeneity
- Theme 11: Upstream and intra-basinal controls on channel avulsion and resulting channel-body geometry and connectivity
- Theme 12: Sequence stratigraphy of fluvial systems in tectonically active basins
- Theme 13: Fluvial-aeolian interactions
- Theme 14: Geometry and static connectivity of lacustrine and marine architectural elements
- Theme 15: Relationships between facies heterogeneity, diagenetic processes and petrophysical characteristics
- Theme 16: Facies control on the thermal conductivity of fluvial successions used for shallow-geothermal operations
- Theme 17: Prediction of facies heterogeneity and brine migration pathways for CCS risk assessment around legacy wells
- Theme 18: Integrating fluvio-aeolian architecture and fault dynamics: 3D seabedto-subsurface modelling for secure CO2 storage
- Theme 19: Next-generation sequence stratigraphy models to better understand the nature of the sedimentary record