The coastal zone of mainland Portugal is characterized by its morpho-sedimentary diversity such as estuaries, lagoons, barrier islands, beaches, dunes and cliffs. The high population density and the multiplicity of land use, occupation and activities, makes it an area of great national strategic value. This transforms the coastal zone into a multi-hazard zone, where the occurrences related to coastal flooding and overtopping stand out. In the present work, a multidimensional methodology called Coastal Territorial Vulnerability Index (CTVI) was developed and applied in three selected areas with a historical record of coastal impacts, to analyze, evaluate and interpret the local vulnerability. The methodology considers four components of coas...
Coastal areas are among the most dynamic earth systems as they are exposed to powerful agents. Near-...
The coastal vulnerability index (CVI) is a popular index in literature to assess the coastal vulnera...
Recent concerns about potential climate-change effects on coastal systems require the application of...
The coastal zone of mainland Portugal is characterized by its morpho-sedimentary diversity such as e...
Portugal’s coastline extends 1187 km. It is characterized by social, economic and physical condition...
This paper presents an analysis of the vulnerability (AVI Index) and hazard of flooding by sea level...
This paper presents an analysis of the vulnerability (AVI Index) and hazard of flooding by sea level...
Portugal’s coastline extends 1187 km. It is characterized by social, economic and physical conditio...
Mainland Portugal presents an extensive, diversified and complex coastal zone. This diversity gives...
With the aim of summarizing several coastal indicators in one index, this paper proposes a vulnerabi...
This study presents a new multidimensional methodology for tsunami vulnerability assessment that com...
Understanding how natural and human-induced drivers will contribute to rising vulnerability and risk...
A framework to estimate coastal vulnerability to storm impacts at a regional scale is presented. It ...
Portugal has a 942 km long coastline and approximately 1.72 million km2 of territorial waters (about...
Portugal’s mainland has hundreds of thousands of people living in the Atlantic coastal zone, w...
Coastal areas are among the most dynamic earth systems as they are exposed to powerful agents. Near-...
The coastal vulnerability index (CVI) is a popular index in literature to assess the coastal vulnera...
Recent concerns about potential climate-change effects on coastal systems require the application of...
The coastal zone of mainland Portugal is characterized by its morpho-sedimentary diversity such as e...
Portugal’s coastline extends 1187 km. It is characterized by social, economic and physical condition...
This paper presents an analysis of the vulnerability (AVI Index) and hazard of flooding by sea level...
This paper presents an analysis of the vulnerability (AVI Index) and hazard of flooding by sea level...
Portugal’s coastline extends 1187 km. It is characterized by social, economic and physical conditio...
Mainland Portugal presents an extensive, diversified and complex coastal zone. This diversity gives...
With the aim of summarizing several coastal indicators in one index, this paper proposes a vulnerabi...
This study presents a new multidimensional methodology for tsunami vulnerability assessment that com...
Understanding how natural and human-induced drivers will contribute to rising vulnerability and risk...
A framework to estimate coastal vulnerability to storm impacts at a regional scale is presented. It ...
Portugal has a 942 km long coastline and approximately 1.72 million km2 of territorial waters (about...
Portugal’s mainland has hundreds of thousands of people living in the Atlantic coastal zone, w...
Coastal areas are among the most dynamic earth systems as they are exposed to powerful agents. Near-...
The coastal vulnerability index (CVI) is a popular index in literature to assess the coastal vulnera...
Recent concerns about potential climate-change effects on coastal systems require the application of...