Maxar #satellite görüntüleri. #Turkey #Earthquake

No aftershock of the M6.9 Morocco earthquake has (as of yet) exceeded a magnitude 5. Most aftershocks (purple stars) are located in a cluster towards the NE from the mainshock epicenter.

🔔#SAR Twitter🔔 Traveling to ESA Earth Observation #FRINGE 2023 conference at the University of Leeds. I am looking forward to an awesome week filled with the latest & greatest in SAR & #InSAR 🥳. Say hi if you are there also! #GoldenAgeOfSAR 💻: fringe2023.esa.int

LiCSAR InSAR data (unreviewed) for Mw6.8 earthquake. Morocco. 2023-09-08 22:11:02 (UTC). comet.nerc.ac.uk/earthquakes/us… #Earthquake #Sentinel1 #COMET

Sentinel-1 data now processed by COMET Datasets & Services LiCSAR system for recent Morocco earthquake. Data available for download and analysis from the event page at comet.nerc.ac.uk/earthquakes/us…

Satellite data confirms that the fault that generated the M6.9 Morocco earthquake is a north-dipping NE-SW striking reverse fault, with the rupture not reaching the surface. This is consistent with the focal mechanism and aftershock locations.

As a service to global researchers working on the 8 Sept 2023 M6.8 earthquake sequence in Morocco, SSA has created a short list of #BSSA and #SRL papers related to the region that will be FREELY available until 1 October 2023. pubs.geoscienceworld.org/bssa/pages/sep…

Morocco Mw6.8-6.9 #earthquake: rapid comparison of InSar (from COMET Datasets & Services) and geology. Probable source: fault belonging to Tizi n'Test fault zone (trace in red) = the steep N-dipping plane on MT solutions. Rupture mostly blind as fringes seem uninterrupted. 1/2

Here is the N260° subvertical (!) thrust of the 2023 Morocco earthquake (Sentinel-1/COMET)

On Sept. 8, 2023, just after 11 p.m. local time, a M6.8 earthquake ripped through a mountainous area about 75 km SE of Marrakech, Morocco. José Peláez, professor Universidad de Jaén wrote up his assessment of the event for temblor (1/n) temblor.net/temblor/2023-m…

#ImageOfTheDay #StormDaniel causes severe floods in #Libya 🇱🇾 ➡️At least 5,200 casualties have been reported and 8,000 people are still missing The flooded areas🟦after Daniel's passage through the Libyan desert are visible when comparing the #Sentinel2 images of↙️2 &↘️12 Sept

The EPOS Satellite Data thematic core service is contributing to shed new light on dramatic phenomena like the earthquake in Morocco. The services implemented are providing valuable scientific insight to both scientists and hazard prevention activities👇 epos-eu.org/communication/…

#latestpaper 📢#SatelliteImagery for Rapid Detection of Liquefaction Surface Manifestations: The Case Study of Türkiye–Syria 2023 #Earthquakes by Maria Taftsoglou, Sotiris Valkaniotis et al 👉 Read the full article: mdpi.com/2072-4292/15/1…

Following the devastating #moroccoearthquake, @copernicusEU #Sentinel1 radar acquisitions from 30 August 2023 and 11 September have been combined to produce this interferogram, which is used to analyse how the ground has shifted as a result of the quake: esa.int/Applications/O…

The #Sentinel1 co-seismic interferograms of the recent seismic crisis in #Afghanistan (3 earthquakes with Mw 6.3), You can find this and other DInSAR co-seismic products on the EPOS geoportal CNR-IREA Francesco Casu Claudio de luca Simone Atzori Michele Manunta

#CopernicusAtmosphere regional ensemble forecast for dust concentration at the surface initialized 20 October 00 UTC #SaharanDust

Call for Contributions to Special Issue: "Multiplatform Remote Sensing Techniques for Active Tectonics, Seismotectonics, and Volcanic Hazard Assessment" mdpi.com/si/188191 #mdpiremotesensing via Remote Sensing MDPI #earthquakes #seismotectonics #Volcano #remotesensing

Rockfall Analysis from UAV-Based Photogrammetry and 3D Models of a Cliff Area mdpi.com/2648510 #mdpidrones via Drones MDPI MDPI #RockfallAnalysis #geology

Call for Contributions to Special Issue: "Multiplatform Remote Sensing Techniques for Active Tectonics, Seismotectonics, and Volcanic Hazard Assessment" mdpi.com/si/188191 #Sentinel1 #COSMOSkyMed #InSAR #earthquake #Volcano #remotesensing

🔝Check out the #highlycitedpaper in Drones MDPI ⭐️Rockfall Analysis from UAV-Based Photogrammetry and 3D Models of a Cliff Area 🔗mdpi.com/2504-446X/8/1/…