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Recognition of urban rusty textures due to degradation of urban and environmental general appearance, and also the necessity of planning for their destruction or reform due to their low resistance against natural disasters such as flood, earthquake, etc., are important. The first step for recognition of these textures as spatial objects is to provide mapping the extents of old textures and to evaluate their surface areas, followed by computation and evaluation of their destruction or reform costs. Modern scientifi...

The growing concern for the preservation of heritage in face of natural hazards led to the appearance of the Regional Framework Operation (OQR) NOE - Heritage and Prevention of Natural Hazards under the Community Initiative INTERREG III C. The OQR NOE, led by the Provence-Alpes-Cote d’Azur (PACA, France) region, together with the Northern Portuguese regional coordination agency (CCDR-N), Molise and Sicily regions (Italy) and eastern region of Attica (Greece) aimed at developing preventive measures to safeguard t...

As a foundation material, gypsum differs from other rocks in that voids may be found at almost any depth within the rock mass. Collapse structures in gypsum terrains are the most serious geological hazards because they can damage engineering structures, settlement areas, natural lakes, and allow infiltration of contaminant into the groundwater. Collapse and subsidence may occur in the course of time or suddenly and catastrophically. Presentation of engineering geological data in the form of a hazard map is a usefu...