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for in 2016 M 4.9 offshore of

classic left-lateral strike-slip earthquake along reactivated faults within the Gorda plate

read more: earthjay.com/?p=4320

read our paper on slip deficits calculated for megathrust and crustal faults in southern subduction zone & triple junction in northern

we used 3 geodetic datasets: GNSS, benchmark leveling, tide gage

doi.org/10.1785/0120230007

for in 2019 M7.2 in

onshore crustal strike-slip fault earthquake yet generated a modest
felt widely
potential for triggered landslides and induced liquefaction

read report here
earthjay.com/?p=8781

for i n 2018 M7.0 in

normal (extensional) earthquake in downgoing Pacific plate
felt broadly
caused significant ground failures

read report here:
earthjay.com/?p=8016

for 22 Nov '22 M7.0 offshore of

normal (extension) event in Australia plate
intensity MMI 8 felt
observed in
seismic waves observed on DART Buoy 55023

read more in the report
earthjay.com/?p=10586

for M6.1 in northern

probably a right-lateral strike-slip earthquake along the North Anatolia fault system

strong shaking in the Düzce region, close to the 1999 M7.2 temblor

read more in the report here
earthjay.com/?p=10569

M6.1 in

@USGS_Quakes models suggest low chance for lots of triggered landslides and moderate chance for widespread induced liquefaction

Read more in report from 2020: earthjay.com/?p=9288

earthquake.usgs.gov/earthquake

for M7.0 offshore of

@USGS_Quakes mechanism shows this to be in downgoing slab (probably?), not on meagthrust

Regional tectonics in 2017 report: earthjay.com/?p=5182

earthquake.usgs.gov/earthquake

for M7.0 offshore of

@USGS_Quakes models suggest modest chance for triggered landslides and high likelihood for induced liquefaction

Regional tectonics in 2017 report: earthjay.com/?p=5182

earthquake.usgs.gov/earthquakes/ev…

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