Titlebook: Remote Sensing for Archaeology and Cultural Landscapes; Best Practices and P Diofantos G. Hadjimitsis,Kyriacos Themistocleous,G Book 2020 S

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Dense Surface Models from Airborne and Spaceborne (Multi-)Stereo Imagessatellite stereo image of a current very-high-resolution satellite like WorldView or GeoEye with ground pixel sizes of about half a meter allows the derivation of surface models in the range of the same resolution. Such surface models are the basis of many applications like the three-dimensional rep

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Active Satellite Sensors in Cultural Heritage Research: The Use of SAR for Archaeological Prospectiospace SAR technologies in terms of observational capabilities (spatial, spectral, radiometric, and temporal coverage) had made the use of these technologies very attractive for archaeological investigations. Although several achievements have been made in recent years on the basis of pioneering effo

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Identification of Buildings Damaged by Natural Hazards Using Very High-Resolution Satellite Images: nges in urban areas caused by natural hazards such as earthquakes, floods or landslides. A range of high- and very high-resolution sensors useful for this purpose have been implemented as equipment of several missions launched since the year 2000, mostly by private companies. This chapter proposes a

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Archaeological Landscapes and Built Heritage: Climate Risk and Contribution of Remote Sensing Technoage. It will study the use of RS technologies for sea level rise scenario risk assessment and the use of multi-temporal multisource data and statistical indices for the detection of changes in built heritage. This chapter is divided in two sections: the first one focuses on sea level rise and potent

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