Literature data report that only fish predators are able to crush sea urchin tests in Mediterranean rocky reefs. This experimental study showed that the spiny star Marthasterias glacialis is able to break Paracentrotus lividus tests and that the breaking event is more likely to occur for small-sized sea urchins than for big ones. Our results show that the role of M. glacialis in regulating P. lividus population density can be important in specific locations. They may have important implications, moreover, for the use of tethering techniques aimed at identifying predator types of sea urchin
Sea urchins have long attracted attention from scientists worldwide for their ecological role in coa...
Measuring the strength of trophic interactions in marine systems has been central to our understandi...
In central Norway, populations of the green sea urchin Strongylocentrotus droe-bachiensis are collap...
Literature data report that only fish predators are able to crush sea urchin tests in Mediterranean ...
Literature data report that only fish predators are able to crush sea urchin tests in Mediterranean ...
In the Mediterranean, fishing bans generally allow the recovery of populations of sea urchin predato...
Underwater observations on fish and asteroid consumers (i.e. predators and scavengers) of sea urchin...
In the Mediterranean, sea breams are the most effective Paracentrotus lividus and Arbacia lixula pre...
The formation of sea urchin 'barrens' on shallow temperate rocky reefs is well documented. However t...
We investigated, with a series of field and laboratory observations, the possible effect of the star...
Predators are important for regulating adult sea urchin densities. Here, we employ remote underwater...
Morpho-functional features potentially involved in defence mechanisms against fish predators (i.e. a...
The keystone species concept originated from studies on the funcional role of the predator starfish ...
Sea urchins act as a keystone herbivore in marine coastal ecosystems, regulating macrophyte density,...
In central Norway, populations of the green sea urchin Strongylocentrotus droe-bachiensis are collap...
Sea urchins have long attracted attention from scientists worldwide for their ecological role in coa...
Measuring the strength of trophic interactions in marine systems has been central to our understandi...
In central Norway, populations of the green sea urchin Strongylocentrotus droe-bachiensis are collap...
Literature data report that only fish predators are able to crush sea urchin tests in Mediterranean ...
Literature data report that only fish predators are able to crush sea urchin tests in Mediterranean ...
In the Mediterranean, fishing bans generally allow the recovery of populations of sea urchin predato...
Underwater observations on fish and asteroid consumers (i.e. predators and scavengers) of sea urchin...
In the Mediterranean, sea breams are the most effective Paracentrotus lividus and Arbacia lixula pre...
The formation of sea urchin 'barrens' on shallow temperate rocky reefs is well documented. However t...
We investigated, with a series of field and laboratory observations, the possible effect of the star...
Predators are important for regulating adult sea urchin densities. Here, we employ remote underwater...
Morpho-functional features potentially involved in defence mechanisms against fish predators (i.e. a...
The keystone species concept originated from studies on the funcional role of the predator starfish ...
Sea urchins act as a keystone herbivore in marine coastal ecosystems, regulating macrophyte density,...
In central Norway, populations of the green sea urchin Strongylocentrotus droe-bachiensis are collap...
Sea urchins have long attracted attention from scientists worldwide for their ecological role in coa...
Measuring the strength of trophic interactions in marine systems has been central to our understandi...
In central Norway, populations of the green sea urchin Strongylocentrotus droe-bachiensis are collap...