000			01451nab a2200181 4500
005			20260520000250.0
008			260224s xxu
245	0	0	_aReactivation of pressure-solution seams by a strike-slip fault-sequential, dilational jog formation and fluid flow
270			_a12/09/06 ; 05/09/2006
300			_a14 p.
520			_aThis work examines how older pressure-solution seams become sheared or reactivated by slip because of movement on a younger fault segment. The reactivation then leads to the creation of secondary structures. These are followed by further changes in the local stress-strain field that result in slip reactivation on the secondary structures and in the creation of third-order structures. This sequence of deformation reflects and reveals transient changes in the stress-strain field along the margins of the fault during active slip on the fault. The reactivation may lead to enhanced rock permeability and/or porosity that allow for temporary periods of fluid movement. Thus, we believe that this serves as an important model to contribute to the understanding of movement of fluids such as oil and gas around active faults
773	0		_tAAPG Bulletin _gVol. 90, no. 8 (agos. 2006) ; p. 1187-1200
942			_cARTICULO
100	1		_aWatkinson, John A. _949238
100	1		_aGeraghty Ward, E.M. _949239
650		0	_aTrampas estructurales. Fallas y pliegues _91790
999			_c180508 _d180508