In this paper, we illustrate some of the current methods for the exploitation of data from Earth
Observing satellites to measure and understand earthquakes and shallow crustal tectonics …

We generated dense, high‐resolution 3‐D ground displacement maps for the 2016 MW 7.8
Kaikōura, New Zealand earthquake—the most geometrically and kinematically complex …

Numerous fault slip models for several large strike-slip earthquakes indicate a reduction of
slip along the uppermost part of the fault (Shallow Slip Deficit, SSD). In this paper, we …

Observations of surface deformation within 1–2 km of a surface rupture contain invaluable
information about the coseismic behavior of the shallow crust. We investigate the oblique …

Variations in fault zone maturity have intermittently been invoked to explain variations in
some seismological observations for large earthquakes. However, the lack of a unified …

Geodetic and seismological data are crucial for examining the kinematics and active
tectonics in structural zones. The current tectonic stress field can be inferred from the focal …

Abstract The 2018 M w 7.5 Palu earthquake is one of the most geometrically complex events
ever recorded on Central Sulawesi Island. It caused devastating tsunamis and landslides …

ABSTRACT The 15 May 2020 M w 6.5 Monte Cristo Range earthquake (MCRE) in Nevada,
United States, is the largest instrumental event in the Mina deflection—a zone of east …

Abstract The 2013 Mw 7.7 Balochistan earthquake ruptured the Hoshab fault (Pakistan) over
200 km. It was dominated by left‐lateral slip, with a secondary reverse component. By …

SUMMARY We study the 2016 January 21 (5.9) and 2022 January 8 (6.7) earthquake
sequence that struck the Menyuan region in northwest China's Qinghai province. These two …