Subsurface Geology Prograding Carbonate Platform Margin Great Bahama Bank: Results of the Bahamas Drilling Project
SEPM Members 40% Discount at Checkout
Go to SEPM Members Only at www.sepm.org to get your Member Discount Code.
For information on Online Access, visit our Support Page.
Attention Tax Exempt Customers: For information on placing tax exempt orders, please visit our Support Page.
Subsurface Geology Prograding Carbonate Platform Margin Great Bahama Bank: Results of the Bahamas Drilling Project
Robert N. Ginsburg
This volume will be of special interest to carbonate sedimentologists, geochemists, petroleum geologists, engineers, and seismologists. It addresses fundamental aspects of prograding carbonate platforms in a Neogene example from Great Bahama Bank.
PDF ebook file size: 57 mb
ISBN 978-1-56576-077-6
eISBN 978-1-56576-192-6
Title information
This volume will be of special interest to carbonate sedimentologists, geochemists, petroleum geologists, engineers, and seismologists. It addresses fundamental aspects of prograding carbonate platforms in a Neogene example from Great Bahama Bank. A remarkable seismic profile, which imaged the prograding margin, provided the seismic stratigraphic framework. Two continuouslycored and logged borings on the profile produced the ground truth for testing and characterizing processes: lithologies and ages of sequence boundaries; influence of sea level fluctuations on progradation, controls on impedance contrasts in carbonates; fluid flow through the submerged margin; log responses of different lithologies; and the origin, ages and depositional environments of the platform top and prograding clinothems. The new findings on diagenesis are of special interest, including complete mineral stabilization in seawater, early burial dolomitization related to sequence boundaries and how diagenesis controls sonic velocity and permeability.
PDF ebook file size: 57 mb