Stefano Morelli

TL;DR: Spaceborne optical Very High Resolution and SAR data were applied at a basin scale for analysing shallow rapid-moving and slow-moving landslides in the emergency management and post- disaster phases, demonstrating their effectiveness for post-disaster damage assessment, landslide detection and rapid mapping, the definition of states of activity and updating of landslide inventory maps.

TL;DR: In this paper, the authors focused on works of the last twelve years (2007-2018), and the main goal is to analyse the geophysical community efforts toward overcoming the geophysics and landslide review highlighted in the 2007 geophysicists and landslides review.

TL;DR: In this paper, a semiautomatic procedure is presented for a rapid definition of rock fall susceptibility scenarios with the purpose of civil protection, which can be useful in supporting proper maintenance and land management programs both in ordinary and in emergency circumstances.

TL;DR: In this article, an integrated methodology based on traditional field and remote surveys such as terrestrial laser scanning and terrestrial infrared thermography is proposed, with the aim of defining susceptibility scenarios connected to rock slopes affected by instability processes.

TL;DR: The proposed methodology proved to be an effective tool for landslide analysis, especially in the field of emergency management, when it is often necessary to gather all the required information in dangerous environments as fast as possible, to be used for the planning of mitigation measures and the evaluation of hazardous scenarios.