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Hi! I'm Ita, a physicist/geophysicist/seismologist/data scientist from Tenerife now living in England. I've barely been online this past year or so (mini-scientist keeps me busy!), but I'll try to be a bit more active here.
New satellite imaging of the Myanmar earthquake area confirms that the rupture was unusually long: ~500 km.
We discuss the data, the rupture, and the implications, in our latest post.
earthquakeinsights.substack.com/p/surface-ru...
New satellite imaging of the Myanmar earthquake area confirms that the rupture was unusually long: ~500 km.
We discuss the data, the rupture, and the implications, in our latest post.
earthquakeinsights.substack.com/p/surface-ru...
It extends far to the south, much further than initially thought. Suggests that large part of segment broken in 1930 (Pyu quake) broke again. In addition to 1839 one of course.
Congrats @zaxonlee.bsky.social for this work
#Copernicus
1. Rupture propagated from N to S
2. Max. offset >4m
3. Rupture length ~500km
It extends far to the south, much further than initially thought. Suggests that large part of segment broken in 1930 (Pyu quake) broke again. In addition to 1839 one of course.
Congrats @zaxonlee.bsky.social for this work
Two days after the M7.7 earthquake in Myanmar, what have we learned?
Rapid seismological analyses shared by scientists suggest that the rupture was both longer and faster than expected - two factors that could have increased damage.
Read more: earthquakeinsights.substack.com/p/updates-on...
Two days after the M7.7 earthquake in Myanmar, what have we learned?
Rapid seismological analyses shared by scientists suggest that the rupture was both longer and faster than expected - two factors that could have increased damage.
Read more: earthquakeinsights.substack.com/p/updates-on...
Two days after the M7.7 earthquake in Myanmar, what have we learned?
Rapid seismological analyses shared by scientists suggest that the rupture was both longer and faster than expected - two factors that could have increased damage.
Read more: earthquakeinsights.substack.com/p/updates-on...
Hearing about people's memories made me think of how incredibly different my own experience was, at least in the beginning.
A M7.3 earthquake recently struck the island nation of Vanuatu, causing significant damage: collapsed buildings, crushed cars, landslides, and a small tsunami. The UN reports that at least six people have been killed.
Why did this earthquake occur, and what made it so damaging?
Read more:
A M7.3 earthquake recently struck the island nation of Vanuatu, causing significant damage: collapsed buildings, crushed cars, landslides, and a small tsunami. The UN reports that at least six people have been killed.
Why did this earthquake occur, and what made it so damaging?
Read more:
www.ign.es/web/ign/p...
www.ign.es/web/ign/p...
"How the Earth works" (DK Books) takes inquisitive 7-9 year olds on a journey of discovery into the inner workings of our planet, and is now available for pre-order!
Links in my profile! #SciArt #geoscience #kidlit
"How the Earth works" (DK Books) takes inquisitive 7-9 year olds on a journey of discovery into the inner workings of our planet, and is now available for pre-order!
Links in my profile! #SciArt #geoscience #kidlit
Sixteen M5-6 earthquakes have rattled the subduction zone offshore the Aleutian Islands in the last day, 3 above M6.
What's going on, and what should we expect?
Read more on our blog: earthquakeinsights.substack.com/p/numerous-m...
Sixteen M5-6 earthquakes have rattled the subduction zone offshore the Aleutian Islands in the last day, 3 above M6.
What's going on, and what should we expect?
Read more on our blog: earthquakeinsights.substack.com/p/numerous-m...
earthquake.usgs.gov/earthquakes/...
earthquake.usgs.gov/earthquakes/...
www.youtube.com/watch?v=IDIl...
#eruption #geosciences
www.youtube.com/watch?v=IDIl...
#eruption #geosciences
right-lateral strike-slip earthquake on the Mendocino fault
generated small #Tsunami recorded at Arena Cove tide gage
initial poster and report (to be updated) here: earthjay.com?p=12120
right-lateral strike-slip earthquake on the Mendocino fault
generated small #Tsunami recorded at Arena Cove tide gage
initial poster and report (to be updated) here: earthjay.com?p=12120
Q1: Why didn’t this earthquake generate a tsunami?
A1: This earthquake moved the ground sideways. Underwater quakes where the ground moves up are the ones that usually generate tsunamis. This video explains.
(This is an older video so it sadly doesn’t have captions)
Q1: Why didn’t this earthquake generate a tsunami?
A1: This earthquake moved the ground sideways. Underwater quakes where the ground moves up are the ones that usually generate tsunamis. This video explains.
(This is an older video so it sadly doesn’t have captions)
At this spot, three tectonic plates come together, and since they're all moving in different directions and at different speeds, there's a lot of activity. This area has M6+ earthquakes more often than anywhere else in California.
At this spot, three tectonic plates come together, and since they're all moving in different directions and at different speeds, there's a lot of activity. This area has M6+ earthquakes more often than anywhere else in California.
At this spot, three tectonic plates come together, and since they're all moving in different directions and at different speeds, there's a lot of activity. This area has M6+ earthquakes more often than anywhere else in California.