Along the southwestern coast of Portugal, a high-energy, swell dominated environment with a markedly seasonal wave climate, morphologic change in three embayed beaches was regularly monitored over a two year period. While a general seasonal pattern was identified, the occurrence of a storm group induced dramatic beach response, producing marked interannual variability. Significant spatial variations in behaviour emerged during the monitoring period, inducing alongshore non-uniform beach change within each embayment. Megarips were the prevailing mechanism responsible for the extreme erosion experienced in all three beaches, and their specific location (controlled by topography) contributes to the variability observed within each beach. Despi...
Cassino beach, located in southern Brazil, is a very fine sand beach with morphodynamic stages rangi...
Hydrodynamic forces over the beach sediments are the main driving factors affecting the frequency an...
This study analyses beach morphological change during six consecutive storms acting on the meso-tida...
Tese de dout., Ciências do Mar, da Terra e do Ambiente (Geomorfologia), Faculdade de Ciências e Tecn...
Megarips have long been recognised as an important, yet poorly documented, mechanism of beach erosio...
Coastal storms are highly significant and destructive events and important natural hazards that have...
This paper examines the daily morphological responses of Sununga Beach, an embayed beach located on ...
International audienceThis work highlights the morphological behavior of four reflective pocket beac...
Portugal’s western coast is a wave-dominated rocky coast with a semidiurnal mesotidal regime. The w...
The morphological changes caused by storm events in two Barcelona beaches were recorded using video ...
International audienceThe high-energy meso-macrotidal 110-km long Gironde coast, SW France, is prima...
Many coasts suffer from prevailing erosion, with them being particularly vulnerable to predicted cli...
The Cassino beach morphodynamic oscillates between the dissipative and intermediate states, accumula...
This study compares five embayed sandy beaches (São Torpes, Furnas, Amoreira, Monte Clérigo and Arri...
Spatial data collected over 3 years is presented to assess the extent of morphological variability u...
Cassino beach, located in southern Brazil, is a very fine sand beach with morphodynamic stages rangi...
Hydrodynamic forces over the beach sediments are the main driving factors affecting the frequency an...
This study analyses beach morphological change during six consecutive storms acting on the meso-tida...
Tese de dout., Ciências do Mar, da Terra e do Ambiente (Geomorfologia), Faculdade de Ciências e Tecn...
Megarips have long been recognised as an important, yet poorly documented, mechanism of beach erosio...
Coastal storms are highly significant and destructive events and important natural hazards that have...
This paper examines the daily morphological responses of Sununga Beach, an embayed beach located on ...
International audienceThis work highlights the morphological behavior of four reflective pocket beac...
Portugal’s western coast is a wave-dominated rocky coast with a semidiurnal mesotidal regime. The w...
The morphological changes caused by storm events in two Barcelona beaches were recorded using video ...
International audienceThe high-energy meso-macrotidal 110-km long Gironde coast, SW France, is prima...
Many coasts suffer from prevailing erosion, with them being particularly vulnerable to predicted cli...
The Cassino beach morphodynamic oscillates between the dissipative and intermediate states, accumula...
This study compares five embayed sandy beaches (São Torpes, Furnas, Amoreira, Monte Clérigo and Arri...
Spatial data collected over 3 years is presented to assess the extent of morphological variability u...
Cassino beach, located in southern Brazil, is a very fine sand beach with morphodynamic stages rangi...
Hydrodynamic forces over the beach sediments are the main driving factors affecting the frequency an...
This study analyses beach morphological change during six consecutive storms acting on the meso-tida...