Nicola Scarselli, PhD, is lecturer at Royal Holloway University. He has over ten years of experience in industry-related research on deepwater passive margins. His expertise includes advanced seismic interpretation from regional studies to reservoir level, mapping of complex 3D structural and stratigraphic traps, calculation and interpretation of seismic attributes as well as post-stack seismic filtering. Dr. Scarselli routinely delivers training courses and lectures in seismic interpretation and petroleum geology to the industry and to postgrad & undergrad students. His research interests comprise structural geology, gravity-driven deformation, seismic geomorphology as well as igneous intrusions and seal bypass systems from analysis of seismic and well data. Dr. Jürgen Adam has 27 years of professional experience as researcher and lecturer in structural geology, salt tectonics, basin modelling, neotectonics, and geomechanics. Study areas include modern and ancient continental margins, fold-and-thrust belts, and related sedimentary basins. His research focuses on the mechanics of brittle continental deformation at basin-, fault- and fracture scales, on coupled tectonic, climate and sedimentation/erosion processes, on basin modelling and salt tectonics at passive margins, and on the development of innovative physical modelling methods and strain monitoring techniques to support petroleum exploration. He is a member of the Continental Margins Research Group at RHUL and his industry research projects are centered on the simulation of tectonics and sedimentary basin evolution to support hydrocarbon exploration in complex structured sedimentary basins of the North Sea, Atlantic and East Africa margin basins. Dr. Domenico Chiarella is a senior lecturer in sedimentary geology and Director of the MSc in Petroleum Geoscience at the Royal Holloway, University of London. He holds a Ph.D. in sedimentology from the University of Basilicata, Italy. He worked as senior geologist in Norwegian exploration and production companies for 5 years. His expertise is in clastic facies analysis and sedimentology. He has experience from international projects at appraisal, development, and production. His current research interests lies in the understanding of depositional systems and in applying this knowledge to reservoir characterization.

• 1. Regional geology and tectonics of sedimentary basins2. The Earth: Core, mantle and crust3. Age of the oceans4. Plate boundaries and driving mechanisms5. Plate kinematic reconstructions6. Resolving geological enigmas using plate tectonic reconstructions and mantle flow models7. Tectonostratigraphic megasequences and chronostratigraphy8. Fault classification, fault growth and displacement9. Thrust systems and contractional tectonics10. Inverted fault systems and inversion tectonic settings11. Salt- and shale-detached gravity-driven failure of continental margins12. Carbonate systems13. Lake systems and their economic importance14. Clastic shorelines and deltas15. Tidal straits: Basic criteria for recognizing ancient systems from the rock record16. Submarine landslides: Architecture, controlling factors and encironments17. Turbidites and turbidity currents18. Controls on reservoir distribution, architecture and stratigraphic trapping in slope settings19. Geological methods20. Regional tectonics and basin formation: The role of potential field studies - An application to the Mesozoic West and Central African Rift System21. Wide-angle refraction and reflection22. An introduction to seismic reflection data: Acquisition, processing and interpretation23. Sequence stratigraphy24. Concepts of conventional petroleum systems25. The accumulation of organic matter-rich rocks within an earth system's framework26. Modelling fluid flow and petroleum systems in sedimentary basins27. Tectonic and basin maps of the world

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Nicola Scarselli, PhD, is lecturer at Royal Holloway University. He has over ten years of experience in industry-related research on deepwater passive margins. His expertise includes advanced seismic interpretation from regional studies to reservoir level, mapping of complex 3D structural and stratigraphic traps, calculation and interpretation of seismic attributes as well as post-stack seismic filtering. Dr. Scarselli routinely delivers training courses and lectures in seismic interpretation and petroleum geology to the industry and to postgrad & undergrad students. His research interests comprise structural geology, gravity-driven deformation, seismic geomorphology as well as igneous intrusions and seal bypass systems from analysis of seismic and well data. Dr. Jürgen Adam has 27 years of professional experience as researcher and lecturer in structural geology, salt tectonics, basin modelling, neotectonics, and geomechanics. Study areas include modern and ancient continental margins, fold-and-thrust belts, and related sedimentary basins. His research focuses on the mechanics of brittle continental deformation at basin-, fault- and fracture scales, on coupled tectonic, climate and sedimentation/erosion processes, on basin modelling and salt tectonics at passive margins, and on the development of innovative physical modelling methods and strain monitoring techniques to support petroleum exploration. He is a member of the Continental Margins Research Group at RHUL and his industry research projects are centered on the simulation of tectonics and sedimentary basin evolution to support hydrocarbon exploration in complex structured sedimentary basins of the North Sea, Atlantic and East Africa margin basins. Dr. Domenico Chiarella is a senior lecturer in sedimentary geology and Director of the MSc in Petroleum Geoscience at the Royal Holloway, University of London. He holds a Ph.D. in sedimentology from the University of Basilicata, Italy. He worked as senior geologist in Norwegian exploration and production companies for 5 years. His expertise is in clastic facies analysis and sedimentology. He has experience from international projects at appraisal, development, and production. His current research interests lies in the understanding of depositional systems and in applying this knowledge to reservoir characterization.

• 1. Regional geology and tectonics of sedimentary basins2. The Earth: Core, mantle and crust3. Age of the oceans4. Plate boundaries and driving mechanisms5. Plate kinematic reconstructions6. Resolving geological enigmas using plate tectonic reconstructions and mantle flow models7. Tectonostratigraphic megasequences and chronostratigraphy8. Fault classification, fault growth and displacement9. Thrust systems and contractional tectonics10. Inverted fault systems and inversion tectonic settings11. Salt- and shale-detached gravity-driven failure of continental margins12. Carbonate systems13. Lake systems and their economic importance14. Clastic shorelines and deltas15. Tidal straits: Basic criteria for recognizing ancient systems from the rock record16. Submarine landslides: Architecture, controlling factors and encironments17. Turbidites and turbidity currents18. Controls on reservoir distribution, architecture and stratigraphic trapping in slope settings19. Geological methods20. Regional tectonics and basin formation: The role of potential field studies - An application to the Mesozoic West and Central African Rift System21. Wide-angle refraction and reflection22. An introduction to seismic reflection data: Acquisition, processing and interpretation23. Sequence stratigraphy24. Concepts of conventional petroleum systems25. The accumulation of organic matter-rich rocks within an earth system's framework26. Modelling fluid flow and petroleum systems in sedimentary basins27. Tectonic and basin maps of the world

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Nicola Scarselli, PhD, is lecturer at Royal Holloway University. He has over ten years of experience in industry-related research on deepwater passive margins. His expertise includes advanced seismic interpretation from regional studies to reservoir level, mapping of complex 3D structural and stratigraphic traps, calculation and interpretation of seismic attributes as well as post-stack seismic filtering. Dr. Scarselli routinely delivers training courses and lectures in seismic interpretation and petroleum geology to the industry and to postgrad & undergrad students. His research interests comprise structural geology, gravity-driven deformation, seismic geomorphology as well as igneous intrusions and seal bypass systems from analysis of seismic and well data. Dr. Jürgen Adam has 27 years of professional experience as researcher and lecturer in structural geology, salt tectonics, basin modelling, neotectonics, and geomechanics. Study areas include modern and ancient continental margins, fold-and-thrust belts, and related sedimentary basins. His research focuses on the mechanics of brittle continental deformation at basin-, fault- and fracture scales, on coupled tectonic, climate and sedimentation/erosion processes, on basin modelling and salt tectonics at passive margins, and on the development of innovative physical modelling methods and strain monitoring techniques to support petroleum exploration. He is a member of the Continental Margins Research Group at RHUL and his industry research projects are centered on the simulation of tectonics and sedimentary basin evolution to support hydrocarbon exploration in complex structured sedimentary basins of the North Sea, Atlantic and East Africa margin basins. Dr. Domenico Chiarella is a senior lecturer in sedimentary geology and Director of the MSc in Petroleum Geoscience at the Royal Holloway, University of London. He holds a Ph.D. in sedimentology from the University of Basilicata, Italy. He worked as senior geologist in Norwegian exploration and production companies for 5 years. His expertise is in clastic facies analysis and sedimentology. He has experience from international projects at appraisal, development, and production. His current research interests lies in the understanding of depositional systems and in applying this knowledge to reservoir characterization.

• 1. Regional geology and tectonics of sedimentary basins2. The Earth: Core, mantle and crust3. Age of the oceans4. Plate boundaries and driving mechanisms5. Plate kinematic reconstructions6. Resolving geological enigmas using plate tectonic reconstructions and mantle flow models7. Tectonostratigraphic megasequences and chronostratigraphy8. Fault classification, fault growth and displacement9. Thrust systems and contractional tectonics10. Inverted fault systems and inversion tectonic settings11. Salt- and shale-detached gravity-driven failure of continental margins12. Carbonate systems13. Lake systems and their economic importance14. Clastic shorelines and deltas15. Tidal straits: Basic criteria for recognizing ancient systems from the rock record16. Submarine landslides: Architecture, controlling factors and encironments17. Turbidites and turbidity currents18. Controls on reservoir distribution, architecture and stratigraphic trapping in slope settings19. Geological methods20. Regional tectonics and basin formation: The role of potential field studies - An application to the Mesozoic West and Central African Rift System21. Wide-angle refraction and reflection22. An introduction to seismic reflection data: Acquisition, processing and interpretation23. Sequence stratigraphy24. Concepts of conventional petroleum systems25. The accumulation of organic matter-rich rocks within an earth system's framework26. Modelling fluid flow and petroleum systems in sedimentary basins27. Tectonic and basin maps of the world

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