SAFETY (safety.cttc.es) is a two-years research project funded under the ECHO (European Commission’s Humanitarian aid and Civil Protection department) call “Prevention and preparedness projects in Civil Protection and marine pollution”, which started the 1st of January 2016. The mission of the project was to improve the efforts in detecting and mapping geohazards (i.e. landslide and subsidence), by assessing their activity and evaluating their impact on built-up areas and infrastructure networks through space-borne radar data. This goal has been achieved through the use of Sentinel-1 DInSAR derived products and the development of software tools. The most challenging part concerned the semi-automatic generation of maps to be easily interpret...
“Sentinel-1 for Geohazard Prevention and Forecasting” (SAFETY) was a two year project, funded by Eur...
The InSAR technique has been proved to be a powerful tool in order to detect, monitoring and analyse...
The monitoring of land motion can provide critical information on potential geological hazards. Geoh...
SAFETY (safety.cttc.es) is a two-years research project funded under the ECHO (European Commission’s...
SAFETY (Sentinel-1 for geohazards regional monitoring and forecasting - safety.cttc.es) is a two-yea...
SAFETY is a two-years European project started the 1st January 2016 and ended the 1st January 2018. ...
This work is aimed at presenting the ongoing project SAFETY (Sentinel for Geohazards regional monito...
The aim of this work is to present the ongoing project “U-Geohaz, Geohazard impact assessment for ur...
A relevant change in the use of SAR interferometry for risk management and reduction has been marked...
The potentialities of Sentinel-1 in geohazard detection and monitoring, at a regional-to-local scale...
This work is focused on deformation activity mapping and monitoring using Sentinel-1 (S-1) data and ...
The application of Satellite Differential SAR interferometry (DInSAR) has become a reliable solution...
The European Space Agency’s Geohazard Exploitation Platform (GEP) (https://geohazardstep.eu/#!) is a...
The application of Satellite Differential SAR interferometry (DInSAR) has become a reliable solution...
This paper illustrates the potential of Sentinel-1 for landslide detection, mapping and characteriza...
“Sentinel-1 for Geohazard Prevention and Forecasting” (SAFETY) was a two year project, funded by Eur...
The InSAR technique has been proved to be a powerful tool in order to detect, monitoring and analyse...
The monitoring of land motion can provide critical information on potential geological hazards. Geoh...
SAFETY (safety.cttc.es) is a two-years research project funded under the ECHO (European Commission’s...
SAFETY (Sentinel-1 for geohazards regional monitoring and forecasting - safety.cttc.es) is a two-yea...
SAFETY is a two-years European project started the 1st January 2016 and ended the 1st January 2018. ...
This work is aimed at presenting the ongoing project SAFETY (Sentinel for Geohazards regional monito...
The aim of this work is to present the ongoing project “U-Geohaz, Geohazard impact assessment for ur...
A relevant change in the use of SAR interferometry for risk management and reduction has been marked...
The potentialities of Sentinel-1 in geohazard detection and monitoring, at a regional-to-local scale...
This work is focused on deformation activity mapping and monitoring using Sentinel-1 (S-1) data and ...
The application of Satellite Differential SAR interferometry (DInSAR) has become a reliable solution...
The European Space Agency’s Geohazard Exploitation Platform (GEP) (https://geohazardstep.eu/#!) is a...
The application of Satellite Differential SAR interferometry (DInSAR) has become a reliable solution...
This paper illustrates the potential of Sentinel-1 for landslide detection, mapping and characteriza...
“Sentinel-1 for Geohazard Prevention and Forecasting” (SAFETY) was a two year project, funded by Eur...
The InSAR technique has been proved to be a powerful tool in order to detect, monitoring and analyse...
The monitoring of land motion can provide critical information on potential geological hazards. Geoh...