In the mobile sedimentary environment of San Antonio Bay (northern Patagonia), where hard substrate is scarce, the mussel Brachidontes rodriguezii dominates the intertidal zone, there being covered by the introduced epibiotic barnacle Balanus glandula. The aim of this study was to evaluate the distribution and the recruitment of B. glandula on different non-living substrates (cobbles, biogenic debris) and on live-mussel shells and to assess the effect of the epibiotic interaction on the condition index and the attachment strength of B. rodriguezii. Field samplings revealed that adult barnacles mainly fouled live mussels, with the main differences in biomassbeing between the high and mid-intertidal. These differences in barnacle biomass betw...
Neohelice (Chasmagnathus) granulata is an ecosystem engineer endemic of salt marshes and mudflats of...
The barnacle Balanus glandula was introduced in Argentina in the 1970s, and today it dominates the h...
A survey of pathological conditions affecting the natural beds of the dominant bivalve species of th...
Epibiosis is an ecological relationship that has been described as one of the closest possible assoc...
If the external surfaces of epibionts are more suitable to other fouling species than those of their...
In situ experiments were run with the seastar Asterias rubens to investigate the influence of epibio...
Mussels are important ecological engineers on intertidal rocks where they create habitat that contri...
International audiencehe dynamics determining the establishment and maintenance of epibiotic relatio...
Mussels provide habitat for many organisms – so called epibionts – of the tidal flats by using the s...
In a dynamic environment such as the rocky marine intertidal zone, the stresses experienced by epib...
Blue mussels (Mytilus edulis) can alter the strength of byssal attachment and move between and withi...
Ecosystem engineers can modify habitat, creating structural microhabitats. This structural complexit...
The force required to dislodge mussels from the substrate is known as attachment strength. This feat...
Strong winds are powerful modifiers of coastal areas, altering sedimentary balance on sandy beaches ...
Balanus glandula is a native barnacle of the rocky shores in the west coast of North America. Fort...
Neohelice (Chasmagnathus) granulata is an ecosystem engineer endemic of salt marshes and mudflats of...
The barnacle Balanus glandula was introduced in Argentina in the 1970s, and today it dominates the h...
A survey of pathological conditions affecting the natural beds of the dominant bivalve species of th...
Epibiosis is an ecological relationship that has been described as one of the closest possible assoc...
If the external surfaces of epibionts are more suitable to other fouling species than those of their...
In situ experiments were run with the seastar Asterias rubens to investigate the influence of epibio...
Mussels are important ecological engineers on intertidal rocks where they create habitat that contri...
International audiencehe dynamics determining the establishment and maintenance of epibiotic relatio...
Mussels provide habitat for many organisms – so called epibionts – of the tidal flats by using the s...
In a dynamic environment such as the rocky marine intertidal zone, the stresses experienced by epib...
Blue mussels (Mytilus edulis) can alter the strength of byssal attachment and move between and withi...
Ecosystem engineers can modify habitat, creating structural microhabitats. This structural complexit...
The force required to dislodge mussels from the substrate is known as attachment strength. This feat...
Strong winds are powerful modifiers of coastal areas, altering sedimentary balance on sandy beaches ...
Balanus glandula is a native barnacle of the rocky shores in the west coast of North America. Fort...
Neohelice (Chasmagnathus) granulata is an ecosystem engineer endemic of salt marshes and mudflats of...
The barnacle Balanus glandula was introduced in Argentina in the 1970s, and today it dominates the h...
A survey of pathological conditions affecting the natural beds of the dominant bivalve species of th...