About This Item
- Full TextFull Text(subscription required)
- Pay-Per-View PurchasePay-Per-View
Purchase Options Explain
Share This Item
The AAPG/Datapages Combined Publications Database
AAPG Bulletin
Abstract
Volume:
Issue:
First Page:
Last Page:
Title: Fault
Geometries--A Sensitivity Analysis
Author(s):
Abstract:
Several workers have developed cross section balancing schemes for extensional structures. Using these geometric models, structural interpreters can predict normal-fault
geometries at depth by specifying the shape of a folded bed in the hanging wall of a normal
fault
, the deformation mechanism that accommodates the folding, the footwall counterpart of the folded hanging-wall bed, and the dip and location of the
fault
segment between the hanging-wall and footwall beds. We have systematically determined how uncertainties in these input parameters affect the prediction of normal-
fault
shape and detachment depth. Our sensitivity analysis shows that reasonable uncertainties in the fold shape near the normal
fault
, the deformation mechanism, the footwall correlation, and the fa
lt dip produce large uncertainties in the predicted
fault
geometry. Reasonable uncertainties in the fold shape far from the normal
fault
and the
fault
location, however, produce only small uncertainties in the predicted
fault
geometry. Our work suggests that if seismic and well data are lacking or of poor quality, then geometric models cannot provide unique answers to questions about the geometry of a normal
fault
at depth. Geometric models, however, can provide a range of possible
fault
geometries.
Pay-Per-View Purchase Options
The article is available through a document delivery service. Explain these Purchase Options.
Protected Document: $10 | |
Internal PDF Document: $14 | |
Open PDF Document: $24 |
AAPG Member?
Please login with your Member username and password.
Members of AAPG receive access to the full AAPG Bulletin Archives as part of their membership. For more information, contact the AAPG Membership Department at [email protected].