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View article: Quantifying interseismic deformation along the Mexican subduction zone from Sentinel-1 InSAR time series
Quantifying interseismic deformation along the Mexican subduction zone from Sentinel-1 InSAR time series Open
Understanding how stresses accumulate and release along subduction zones, the regions hosting the world largest earthquakes, is essential for a better assessment of seismic hazard. Monitoring the surface deformation of the upper plate allo…
View article: Bayesian estimation of surface strain rates in the peri-Adriatic, Balkans and Aegean region
Bayesian estimation of surface strain rates in the peri-Adriatic, Balkans and Aegean region Open
The tectonics of the Eastern Mediterranean is governed by the convergence of the Eurasian, Nubian and Anatolian plates and characterized by the highest seismic hazard in Europe. Some boundaries between these plates are well defined a…
View article: Active Straining of the Balkans Peninsula: insights from spatial geodesy (InSAR and GNSS) 
Active Straining of the Balkans Peninsula: insights from spatial geodesy (InSAR and GNSS)  Open
The Balkans Peninsula is one of the most seismic areas in Europe, with destructive earthquakes causing significant damage and fatalities in recent decades. Recent seismic activity (Mw 6+), occurring in diverse tectonic settings, reflects t…
View article: Bayesian Estimation of Surface Strain Rates in the Peri-Adriatic, Balkans and Aegean region from GNSS Velocities
Bayesian Estimation of Surface Strain Rates in the Peri-Adriatic, Balkans and Aegean region from GNSS Velocities Open
The calculation of spatial derivatives of the lithosphere surface velocity field has become a routine task in geosciences. It provides a continuous description of strain rates characteristics (dilation, rotation, strain rate intensity, etc…