Benthic organisms can form a persistent biological layer that mediates processes of rock deterioration and limits the degradation of the underlying surface. In this study we investigated the bioprotective potential of barnacle encrustations against salt weathering processes, and discuss their possible role in enhancing the durability of coastal engineering structure
An abundance of moisture, salts and organic life make rock coasts a unique weathering environment. H...
Marine biofouling can be defined as the colonization of man-made surfaces in seawater by microscopic...
Biogeomorphological processes are an important component of dynamic intertidal systems. On rocky sho...
Sedentary and mobile organisms grow profusely on hard substrates within the coastal zone and contrib...
Bioerosion and bioprotection (bio-remodeling) is the action exerted by biota colonizing rocky shores...
Biofouling studies relating to the cathodic protection of mildsteel, stainless steel and brass in se...
The deleterious effects (biodeterioration) and the protective benefits (bioprotection) of biological...
The organisms inhabiting intertidal platforms can affect their weathering and erosion rates. Researc...
Biogeomorphological processes are an important component in the geomorphic evolution of rocky coasts...
The acorn barnacle Balanus amphitrite (syn. Amphibalanus amphitrite) is a model organism to investig...
Barnacles are dominant members of marine intertidal communities. Their success depends on firm attac...
The deleterious effects (biodeterioration) and the protective benefits (bioprotection) of biological...
The current technology for keeping ship hulls free of marine biofouling requires the use of toxic co...
PhD ThesisBiofouling is a substantial problem for the maritime industry. Organisms growing on underw...
Marine organisms have developed a wide variety of protective strategies to thrive in their native en...
An abundance of moisture, salts and organic life make rock coasts a unique weathering environment. H...
Marine biofouling can be defined as the colonization of man-made surfaces in seawater by microscopic...
Biogeomorphological processes are an important component of dynamic intertidal systems. On rocky sho...
Sedentary and mobile organisms grow profusely on hard substrates within the coastal zone and contrib...
Bioerosion and bioprotection (bio-remodeling) is the action exerted by biota colonizing rocky shores...
Biofouling studies relating to the cathodic protection of mildsteel, stainless steel and brass in se...
The deleterious effects (biodeterioration) and the protective benefits (bioprotection) of biological...
The organisms inhabiting intertidal platforms can affect their weathering and erosion rates. Researc...
Biogeomorphological processes are an important component in the geomorphic evolution of rocky coasts...
The acorn barnacle Balanus amphitrite (syn. Amphibalanus amphitrite) is a model organism to investig...
Barnacles are dominant members of marine intertidal communities. Their success depends on firm attac...
The deleterious effects (biodeterioration) and the protective benefits (bioprotection) of biological...
The current technology for keeping ship hulls free of marine biofouling requires the use of toxic co...
PhD ThesisBiofouling is a substantial problem for the maritime industry. Organisms growing on underw...
Marine organisms have developed a wide variety of protective strategies to thrive in their native en...
An abundance of moisture, salts and organic life make rock coasts a unique weathering environment. H...
Marine biofouling can be defined as the colonization of man-made surfaces in seawater by microscopic...
Biogeomorphological processes are an important component of dynamic intertidal systems. On rocky sho...