@zaxonlee.bsky.social
PhD. candidate at department of Geography @NTU_TW
Interest on geography, geodesy and geomorphology
Interest on geography, geodesy and geomorphology
Reposted
⚒️ 🧪
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...
Surface ruptures of the Myanmar M7.7 earthquake mapped from space
An extremely long rupture is confirmed
earthquakeinsights.substack.com
April 1, 2025 at 8:59 PM
⚒️ 🧪
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...
Update: Preliminary coseismic displacements of 2025 Myanmar earthquake from @CopernicusEU @ESA #Sentinel2 images by using #CosiCorr, processed by @NTU_TW GEOG
#Copernicus
1. Rupture propagated from N to S
2. Max. offset >4m
3. Rupture length ~500km
#Copernicus
1. Rupture propagated from N to S
2. Max. offset >4m
3. Rupture length ~500km
April 1, 2025 at 12:56 PM
Update: Preliminary coseismic displacements of 2025 Myanmar earthquake from @CopernicusEU @ESA #Sentinel2 images by using #CosiCorr, processed by @NTU_TW GEOG
#Copernicus
1. Rupture propagated from N to S
2. Max. offset >4m
3. Rupture length ~500km
#Copernicus
1. Rupture propagated from N to S
2. Max. offset >4m
3. Rupture length ~500km