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Visiting #Chelungpu #Fault Preservation Park in #Taiwan. An amazing place to visit 😊

Visting the creeping section of the #Chihshang fault in 🇹🇼 . Mahmud Haghshenas is doing his best to stop the fault slip between the Philippine Sea Plate & the Eurasian Plate😉

Visiting #peatland rewetting and a restoration project in #Demmin, #Germany. Amazing experience!

New paper alert! #Photogrammetry meets #Volcanology See the new paper by our posdoc, Alina, published at Communications Earth & Environment. TR Walter Link to the paper--> nature.com/articles/s4324…

New study on #joshimath using #SAR #remotesensing by RS4GeoHZ research group link.springer.com/article/10.100… Congratulations to Wandi Wang, Prof. Mahdi Motagh and others

🔔New paper alert! A cluster-based approach for mitigating #tropospheric phase delay in large-scale #Sentinel1 stacks for mapping land #subsidence link.springer.com/article/10.100…

New paper alert! In this paper, led by Wandi, we investigate #slope instability processes before & after the 2023 slope destabilization crisis within the #Joshimath hillslope complex in #India using #Sentinel1 , #ALOS2, and #TerraSAR-X #InSAR link.springer.com/article/10.100…

Our recent work for #land #subsidence in #Iran that was published earlier this year by Mahmud Haghshenas & Mahdi Motagh in Science Advances was featured in The Guardian UNESCO Land Subsidence International Initiative GFZ Link to Guardian--> theguardian.com/science/2024/s…

An Interactive map of #land #subsidence in #Iran, developed in a collaboration between Leibniz Uni Hannover & GFZ subsmap.github.io/iran/ Link to paper-> science.org/doi/10.1126/sc… link to Zenodo -> zenodo.org/records/108155… UNESCO Land Subsidence International Initiative United Nations University-FLORES Mahdi Motagh Mahmud Haghshenas

📍New paper out! We explore how to detect floods in arid regions better using #Sentinel -1 SAR data. These areas are often ignored in global flood mapping, but our work highlights a new approach that improves detection by up to 50%! A thread 🧵 (1/n) sciencedirect.com/science/articl…

At Leibniz Uni Hannover we are proud for our internationalization and be inclusive for different cultures. A memorable night for 75th anniversary of the #IPI institute with amazing performance of traditional Indian dances from a member of our #RADAR group Ritushree from 🇮🇳

New Paper Alert! Are you interested in applying #Sentinel1-based #InSAR measurements for #infrastructure stability analysis? Then please see the paper led by our PhD student Andreas Piter about challenges and opportunities in this regard. link.springer.com/article/10.100…

New paper alert! In this new study, led by Shagun Garg-PhD student from Cambridge University & #HIDA scholar at GFZ, we have shown how potentials of #SAR data can be exploited for accurate flood mapping in arid regions link--> sciencedirect.com/science/articl…

In this forum article led by Mahdi Motagh, a team of scientists discusses the critical role of a data-driven #nexus approach in understanding hazards related to #landslides & #land_subsidence Link to paper-> link.springer.com/article/10.100… UNESCO Land Subsidence International Initiative Shagun Garg Francesca Cigna

Analysing complex #SAR #echoes associated with #powerlines is important for inspection management applications. In this paper, we proposed a novel tracing method to analyze #multireflection effects of such objects in #TSX data. Wuhan University link to paper -> ieeexplore.ieee.org/document/10662…

Thrilled to announce the release of #SARVey, an open-source #software for the #InSAR time-series analysis using both #Persistent & #Distributed scatterers in #Python. link to software -> github.com/luhipi/sarvey The paper describing the methodology-> link.springer.com/article/10.100…

In a new study together with colleagues in the US, we used our newly developed open-source #SARvey software to analyze structural instability of coastal buildings in #Miami . link to the article --> dx.doi.org/10.1029/2024EA… link to SARvey --> github.com/luhipi/sarvey

Ministry of Natural Resources in China releases the first LuTan-1 (L-band SAR satellite)-based earthquake displacement field and fault slip model associated with Jan. 7, 2025 Mw 6.8 earthquake that occurred in Dingri County, Shigatse City, Tibet.

We join those universities and research institutes in Germany to discontinue our activities in this platform. Thank you for following us over the last yrs. You can find updates about our reseach in the following address: linkedin.com/company/remote…