‘Deepwater Sedimentary Systems’: Science, Discovery and Applications

Why deepwater? In addition to expanding our knowledge on sedimentary systems that cover 70 percent of our planet, deepwater systems host promising resources and energy potential for the future. Their characteristic high-rate productivity also means fewer wells, which is good news for lower carbon emissions. Deepwater systems also benefit from the highest quality offshore 3-D and 4-D seismic. Thus, we see more clearly with ever-improving technology. Deepwater concepts and paradigms are rapidly evolving.

This 2022 book “Deepwater Sedimentary Systems” sets a firm and comprehensive foundation. Topics include history, architecture, sedimentology, source rocks, petroleum systems, crustal structure, passive margin fold belts, salt tectonics, deepwater sedimentary processes, units, environments, contourites, mass transport deposits, source-to-sink analysis, sequence stratigraphy, reservoir quality diagenesis, paleontology, ichnology, imaging, seismic rock physics, engineering advancements, economics, and future resource scenarios.

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Why deepwater? In addition to expanding our knowledge on sedimentary systems that cover 70 percent of our planet, deepwater systems host promising resources and energy potential for the future. Their characteristic high-rate productivity also means fewer wells, which is good news for lower carbon emissions. Deepwater systems also benefit from the highest quality offshore 3-D and 4-D seismic. Thus, we see more clearly with ever-improving technology. Deepwater concepts and paradigms are rapidly evolving.

This 2022 book “Deepwater Sedimentary Systems” sets a firm and comprehensive foundation. Topics include history, architecture, sedimentology, source rocks, petroleum systems, crustal structure, passive margin fold belts, salt tectonics, deepwater sedimentary processes, units, environments, contourites, mass transport deposits, source-to-sink analysis, sequence stratigraphy, reservoir quality diagenesis, paleontology, ichnology, imaging, seismic rock physics, engineering advancements, economics, and future resource scenarios.

This book is special in its comprehensiveness.

It was edited by Jon Rotzien, Cindy Yeilding, Richard Sears, F. Javier Hernandez-Molina and Octavian Catuneanu. Geoscientists will benefit from the thousands of hours the editors have saved them in bringing seminal research together in one 782-page tour de force publication on which many future scientific and energy discoveries will be built.

This book has impacted my own creative toolkit by providing hundreds of exceptionally well-illustrated analogs and examples. These analogs will help explorers and thought-leaders discover new energy and ideas. This volume – a collection of expert conversations – is an exceptional contribution to our global geoscience and energy community.

For more information on this landmark contribution to geoscience, visit Elsevier.com.

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