Since the discovery of Tupi in Brazil and Jubilee in Ghana, the search has been on to prove that discoveries on one side of the Atlantic can be mirrored across the ocean. But is a conjugate margin an analog?

Enhanced mega-regional hydrocarbon play and reservoir fairway maps in the Gulf of Mexico have resulted from improved tectonic restorations of its US and Mexican conjugate margins.

The discovery of an exhumed oil field in the central Lusitanian Basin in Portugal has significantly enhanced the hydrocarbon potential of Lusitanian and Peniche Basins and the conjugate Carson-Bonnition Basin in Newfoundland.

Up to 60% of the world’s conventional petroleum is reservoired in carbonate rocks – but they are often regarded with apprehension by the industry.

A proposed new tectonic model for the northern Algerian Alpine Region based on studies of the Internal Zone rejects the previous model and suggests ideas for new hydrocarbon traps and prospects.

Basin classification based on tectonic settings provides a framework not only for understanding the genesis and evolution of petroleum basins and their sedimentary fill but also process-based analogs for the exploration of frontier basins.

Geomechanics is the study of how subsurface rocks deform or fail in response to changes of stress, pressure and temperature and it is becoming increasingly important in oil and gas exploration.

Bringing world-class geological field locations into the classroom using virtual reality technology.

Integration of sediment provenance analytical techniques is yielding critical new insights for hydrocarbon explorers around the world.