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Remote Sensing plays a critical role in operational volcano monitoring due to the often remote locations of volcanic systems and the\udlarge spatial extent of potential eruption pre-cursor signals. Despite the all-weather capabilities of radar remote sensing and despite\udits high performance in monitoring change, the contribution of radar data to operational monitoring activities has been limited in the\udpast. This is largely due to (1) the high data costs associated with radar data, (2) the slow data processing and delivery procedures,\udand (3) the limited temporal sampling provided by spaceborne radars. With this paper, we present new data processing and data\udintegration techniques that mitigate some of the above mentioned limitations and allow for a meaningful integration of radar remote\udsensing data into operational volcano monitoring systems. The data integration concept presented here combines advanced data\udprocessing techniques with fast data access procedures in order to provide high quality radar-based volcano hazard information at\udimproved temporal sampling rates. First performance analyses show that the integration of SAR can significantly improve the ability\udof operational systems to detect eruptive precursors. Therefore, the developed technology is expected to improve operational hazard\uddetection, alerting, and management capabilities

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

DATA PROCESSING CONCEPTS FOR THE INTEGRATION OF SAR INTO OPERATIONAL VOLCANO MONITORING SYSTEMS