The cuttlefish ingests much skeleton from the crustaceans and fish it preys upon. The skeletal pieces are relatively large and their dimensions bear a close relationship to the length of the buccal mass and diameter of the oesophagus. The structures of the buccal mass are instrumental in the breakdown of prey and orientation of long pieces of skeleton to ensure their entry into the oesophagus. Many pieces of skeletal material present in the stomach contents still have attached muscles, showing that there is little, or no, external digestion. Skeletal material may be important for long-term maintenance of young Sepia in captivity
22 pages, 8 figures, 3 tables[EN] Systems for rearing the cuttlefish S. officinalis are described, c...
Hatchlings cuttlefish were reared in the laboratory from hatching until 30 days old, fed with live s...
Gross buoyancy adjustment in Sepia is achieved during growth by the combined effect of 1) the additi...
A study of the diet of Sepia officinalis and S. elegans in the Ria de Vigo has shown that crustacean...
Some of the limits to the use of serology to identify prey species in the digestive tracts of cephal...
Feeding behaviour of the Japanese pygmy cuttlefish Idiosepius paradoxus, inhabiting sea grass beds, ...
To evaluate the feasibility of feeding Sepia officinalis on artificial food, a food pellet consistin...
14 pages, 2 figures, 10 tables.[EN] The stomach contents of 1345 Sepia officinalis and 717 Sepia ele...
The diet of the cuttlefish Sepia officinalis L. was studied from stomach contents. This analysis was...
Cuttlefish (Sepiidae, Nautilidae, Spirulidae) are the only cephalopods that incorporate a chambered ...
Amongst cephalopods microplastics have been reported only in jumbo squid gut. We investigated microp...
The European cuttlefish, Sepia officinalis belongs to the family Sepiidae. About 100 species of cutt...
The shells (cuttlebones) of three species of Mediterranean cuttlefish, Sepia officinalis, S. orbigny...
The effects of feeding three natural frozen diets, grass shrimp (Palaemonetes sp.), crayfish (Procam...
Three feeding experiments, using live mysid shrimp, grass shrimp or fish fry as prey for 1-, 30- and...
22 pages, 8 figures, 3 tables[EN] Systems for rearing the cuttlefish S. officinalis are described, c...
Hatchlings cuttlefish were reared in the laboratory from hatching until 30 days old, fed with live s...
Gross buoyancy adjustment in Sepia is achieved during growth by the combined effect of 1) the additi...
A study of the diet of Sepia officinalis and S. elegans in the Ria de Vigo has shown that crustacean...
Some of the limits to the use of serology to identify prey species in the digestive tracts of cephal...
Feeding behaviour of the Japanese pygmy cuttlefish Idiosepius paradoxus, inhabiting sea grass beds, ...
To evaluate the feasibility of feeding Sepia officinalis on artificial food, a food pellet consistin...
14 pages, 2 figures, 10 tables.[EN] The stomach contents of 1345 Sepia officinalis and 717 Sepia ele...
The diet of the cuttlefish Sepia officinalis L. was studied from stomach contents. This analysis was...
Cuttlefish (Sepiidae, Nautilidae, Spirulidae) are the only cephalopods that incorporate a chambered ...
Amongst cephalopods microplastics have been reported only in jumbo squid gut. We investigated microp...
The European cuttlefish, Sepia officinalis belongs to the family Sepiidae. About 100 species of cutt...
The shells (cuttlebones) of three species of Mediterranean cuttlefish, Sepia officinalis, S. orbigny...
The effects of feeding three natural frozen diets, grass shrimp (Palaemonetes sp.), crayfish (Procam...
Three feeding experiments, using live mysid shrimp, grass shrimp or fish fry as prey for 1-, 30- and...
22 pages, 8 figures, 3 tables[EN] Systems for rearing the cuttlefish S. officinalis are described, c...
Hatchlings cuttlefish were reared in the laboratory from hatching until 30 days old, fed with live s...
Gross buoyancy adjustment in Sepia is achieved during growth by the combined effect of 1) the additi...