… address these models of fault growth, but most do make directly relevant geometrical
observations on displacement distributions on faults. Several papers directly address these …

Normal faults are the primary structures that accommodate extension of the brittle crust. This
volume provides an up-to-date overview of current research into the geometry and growth of …

… Normal fault systems often show intcrsectlng. opposcddipping faults or fault arrays, or …
To address these problems WC have analyzed conjugate normal faults in seismic reflection …

… Normal fault zones play a major role in the development of basins and in the migration and
… The mapping of normal fault systems using seismic data requires careful correlation of faults …

… of isolated faults and the interaction of such faults with each … is to examine the geometry of
normal faults and the kinematic … geometry of individual normal faults. Two features of isolated …

… -series fault displacement and length (DL) data, we demonstrate that both models are
applicable to the growth of normal faults, with each describing temporally distinct aspects of fault …

… In recent years the literature on normal faults … to fault development: (1) that normal faults
develop as linked systems of listric faults across the entire range of scales, (2) that normal faults …

… growth of normal fault arrays is examined in basins where sedimentation rates were higher
than fault displacement rates and where fault growth … of the growth history of normal faults for …

… to the fault. The nomenclature used is illustrated in Figure 1, which shows the essential
geometry of an ideal simple normal fault which does not intersect a free surface, ie a blind fault. …

… of the 3D geometry of ancient faults suggest that single, continuous normal faults have …
However, many examples of normal faults are not continuous, but consist of distinct, overstepping …