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Climate change is a current issue: temperature and rainfall rise, glaciers and snow melt and the global average sea level is rising. This causes an increase of natural hazards (such as flooding risk and landslides), that could become more frequent. In this context, resident population should adapt to global environmental and climate change. The assessment of land use changes, occurred since the last decades, can help controlling and understanding transformations. Nowadays, the Geographic Information System (GIS) technology is applied to various sectors (environment, engineering, geology,…mehr

Produktbeschreibung
Climate change is a current issue: temperature and rainfall rise, glaciers and snow melt and the global average sea level is rising. This causes an increase of natural hazards (such as flooding risk and landslides), that could become more frequent. In this context, resident population should adapt to global environmental and climate change. The assessment of land use changes, occurred since the last decades, can help controlling and understanding transformations. Nowadays, the Geographic Information System (GIS) technology is applied to various sectors (environment, engineering, geology, architecture etc.), in order to help stakeholders in analyzing different types of spatial data and to display them in easy understandable maps. This study illustrates the land use changes of the Muson river watershed (Treviso province, Northern Italy), occurred in the last twenty years, and that contribute to conditioning the river hydrodynamic, in relation to climate change.
Autorenporträt
Dr. Alba Gallo obtained her Master¿s degree in Geology in 2012, at University of Siena. She specializes in environmental subjects, particularly in pedology. She is a fellow research at Ca' Foscari University of Venice.Prof. Claudio Bini is a full professor at Cä Foscari Universiy. His teaching program is focused on pedology applied.