Aristeidis Mertzanis1, Francesco Marabini2, Maceo Giovanni Angeli3, Adrian Stanica4, Adriana Galvani5, Paolo Gasparetto6 and Fabrizio Pontoni7, 2012, SEDIMENT TRANSFER AND GEOMORPHOLOGICAL EVOLUTION IN RIVER SYSTEMS & COASTAL ZONES IN ITALY, ROMANIA AND GREECE, ITALY-CHINA - AN ANCIENT CULTURAL HERITAGE AND THE CHALLENGE FOR FUTURE DEVELOPMENT, Bologna (Italy), 22-24 October 2012,
URL: http://www.cnr.it/prodotto/i/203393

In many Mediterranean coastal areas, have been observed that human activities-engineering works, such as large dams and reservoirs construction (hydroelectric power dams, irrigation dams and water supply dams), channelization (drainage pits and drainage dams, deepening and creation of canals), arrangement and redirection of the main beds of rivers and torrents, construction of jetties in the coastal zone and anti-erosion works (water breakers, large concrete rocks, etc.), motorway and railway line in operation or under construction, as well as other human interventions and activities (sand extraction from river beds, intensification and development of agriculture projects and industrialization, infrastructure works, embankments, exsiccation, deforestation, etc.), may seriously affect the sediment transfer and the environmental balance of inland and coastal environments (wetlands, lagoons, Deltas, estuaries and coastal areas). This work deals with the comparative account and evaluation of the impact to the environment and especially the changes to the sediment transfer and geomorphological evolution in river systems & coastal zones in Italy (northern Adriatic coastal zone), Romania (Danube river Delta) and Greece (Nestos and Spercheios river Delta, Western Peloponnesian coastal zone) caused by the human activity.

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