-
Species and habitats - Scyliorhinus canicula - All ages Female - Potential ha...
Modelised abundance of species or prediction uncertainty. -
Species and habitats - Scyliorhinus canicula - All ages Female - Preferential...
Modelised abundance of species or prediction uncertainty. -
Species and habitats - Scyliorhinus canicula - All ages Male - Potential habi...
Modelised abundance of species or prediction uncertainty. -
Species and habitats - Scyliorhinus canicula - All ages Male - Preferential h...
Modelised abundance of species or prediction uncertainty. -
Species and habitats - Scyliorhinus canicula - Male - Mature - Mean abundance...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. Abundance mean... -
Species and habitats - Scyliorhinus canicula - Female - Mature - Mean abundan...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. Abundance mean... -
Species and habitats - Scyliorhinus stellaris - All ages - Presence probabili...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. Abundance mean... -
Species and habitats - Scyliorhinus stellaris - All ages - Presence probabili...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. -
Species and habitats - Scyliorhinus stellaris - All ages - Probable habitat i...
Modelised abundance of species or prediction uncertainty. -
Species and habitats - Sepia officinalis - All ages - Preferential habitat in...
Modelised abundance of species or prediction uncertainty. -
Species and habitats - Sepia officinalis - All ages - Recurrence, (CGFS 1988-...
Species habitat occupation has been expressed as rare, occasional, frequent, recurrent depending on density levels and variability over time. -
Species and habitats - Sepia officinalis - All ages - CGFS annual abundance i...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. -
Species and habitats - Sepia officinalis - All ages - Mean abundance in Octob...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. Abundance mean... -
Species and habitats - Sepia officinalis - All ages - Potential habitat in Oc...
Modelised abundance of species or prediction uncertainty. -
Species and habitats - Sepia officinalis - All ages - Mean abundance and stan...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. Abundance mean... -
Species and habitats - Solea solea - All ages- Mean abundance and standard de...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. Abundance mean... -
Species and habitats - Solea solea - All ages - Potential habitat in October ...
Modelised abundance of species or prediction uncertainty. -
Species and habitats - Solea solea - All ages - CGFS annual abundance in Octo...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. -
Species and habitats - Solea solea - All ages - Mean abundance in October, st...
Biologic data have been expressed in abundance (numbers or density values (nbr/km²)) and always required to be log-transformed using a log10(x+1) transformation. Abundance mean... -
Species and habitats - Solea solea - Eggs - Potential habitat in January mode...
Modelised adundance of several species eggs or prediction uncertainty.
