The control of normal fault growth by preexisting basement structures is still a worldwide
matter of debate. The objectives of the present study are (i) to investigate where rift faults …

Preexisting shear zones in the basement may influence the formation of normal faults in rift
environments. However, the specific role and interaction between these preexisting shear …

Basement fault reactivation, and the growth, interaction, and linkage with new fault segments
are fundamentally three-dimensional and critical for understanding the evolution of fault …

From 2009 to 2017, parts of Central America experienced marked increase in the number of
small to moderate‐sized earthquakes. For example, three significant earthquakes (~ Mw 5) …

To better quantify how injection, prior seismicity, and fault properties control rupture growth
and propagation of induced earthquakes, we perform a finite‐fault slip inversion on a Mw 4.0 …

Closely interbedded mudstone and sandstone are rarely the focus of clay mineral diagenetic
studies; as such, it is not understood if these various rock types follow the same or different …

Interplay between marginal and intraplate late Paleozoic tectonics in southeastern Laurentia
is a subject of debate. In southern Laurentia, intraplate deformation has been attributed to …

The present study provides insights into the origin of siderite cementation in closely
interbedded bipartite mudstone to sandstone Pennsylvanian strata from the Anadarko Basin …

Abstract The Anadarko Basin of Oklahoma represents a major Paleozoic depocenter that
existed along the rifted margins of southwestern Laurentia. In its infancy it accumulated a …

Over the past decade, the seismicity rate in the state of Oklahoma has increased
significantly, which has been linked to industrial operations, such as saltwater injection and …