This research assessed stress regimes and fields in eastern Iran using fault-slip data and
the tectonic events associated with these changes. Our stress analysis of the brittle …

This paper presents new findings that contribute to the understanding of the deformational
style of the Wadi Shueib Structure (WSS) and the Amman-Halabat Structure (AHS) and their …

A new approach for paleostress analysis, using the nine‐dimensional space fault slip
inversion method, was performed in the southeastern flank of the Jordan‐Dead Sea Fault …

Abstract Saudi Neom City is being constructed as an urban mega-project in the
northwestern part of the Arabian plate at the southeastern part of the NNE-oriented sinistral …

This study examines subsurface deformation at the northern end of the Wadi Araba Fault
(WAF), focusing on the Amman-Hallabat Fault (AHF) and the Wadi Shueib Fault (WSF) …

New structural data are presented and interpreted for the Cretaceous Hatay ophiolite, which
was emplaced onto the Arabian continental margin during latest Cretaceous (Maastrichtian) …

This study presents a structural analysis based on hundreds of striated small faults (fault-slip
data) in the Amman area east of the Dead Sea Transform System. Stress inversion of the …

This research derives paleostress tensors for deformation affecting late Cretaceous rocks
between Amman and Al-Hallabat, northern Jordan and reconstructs the region's tectonic …

Lineaments in the southeastern Jordan plateau are mapped using gravity data and field
studies in order to understand the tectonic origin of these lineaments, especially in relation …

Organic-rich mudrocks are of great importance to the petroleum industry, potentially acting
as source rocks, cap rocks or unconventional reservoirs. The analysis of natural fractures in …