When fed shrimp every 2 days, the isopod Glyptonotus antarcticus Eights assimilated over 90% of the ingested food. Errors in this estimate due to loss of food material during maceration by G. antarcticus were investigated and allowed for. These results are discussed in relation to data for other isopods and marine invertebrates
The diet, feeding rates and growth rates of three species of isopod and three species of amphipod fr...
Stable isotope analysis has provided insights into the trophic ecology of a wide diversity of animal...
Immature Antarctic krill (Euphausia superba Dana) (length 44–48 mm), which had been maintained in an...
The food intake rate by the benthal invertebrates of the Barents Sea (Idotea baltica, Gammarus ocean...
The Glyptonotus antarcticus population of Admiralty Bay is characterised by the wider range of body ...
ABSTRACT Isopods consume feces in laboratory conditions. We investigated the effects of coprophagy o...
Ingestion of microplastics can impair nutrition of marine invertebrates. In a laboratory study, we t...
The marked seasonality of high latitude marine ecosystems means that the relationship between nutrit...
Soil decomposition is mainly dependent on the nature and characteristics of organic matter within th...
The colonization of a new habitat affords an important advantage to the successful pioneer species b...
Changes in biomass and elemental composition (dry mass, DM; carbon, C; hydrogen, H; nitrogen, N) wer...
Metabolic activity is positively related to temperature, inversely to body mass and is a function of...
Not AvailableEnergy budget of M. monoceros .was estimated using estuarine detritus as food. Rates of...
The colonization of a new habitat affords an important advantage to the successful pioneer species b...
Post-prandial increases in metabolism, the specific dynamic action of feeding (SDA), were evaluated ...
The diet, feeding rates and growth rates of three species of isopod and three species of amphipod fr...
Stable isotope analysis has provided insights into the trophic ecology of a wide diversity of animal...
Immature Antarctic krill (Euphausia superba Dana) (length 44–48 mm), which had been maintained in an...
The food intake rate by the benthal invertebrates of the Barents Sea (Idotea baltica, Gammarus ocean...
The Glyptonotus antarcticus population of Admiralty Bay is characterised by the wider range of body ...
ABSTRACT Isopods consume feces in laboratory conditions. We investigated the effects of coprophagy o...
Ingestion of microplastics can impair nutrition of marine invertebrates. In a laboratory study, we t...
The marked seasonality of high latitude marine ecosystems means that the relationship between nutrit...
Soil decomposition is mainly dependent on the nature and characteristics of organic matter within th...
The colonization of a new habitat affords an important advantage to the successful pioneer species b...
Changes in biomass and elemental composition (dry mass, DM; carbon, C; hydrogen, H; nitrogen, N) wer...
Metabolic activity is positively related to temperature, inversely to body mass and is a function of...
Not AvailableEnergy budget of M. monoceros .was estimated using estuarine detritus as food. Rates of...
The colonization of a new habitat affords an important advantage to the successful pioneer species b...
Post-prandial increases in metabolism, the specific dynamic action of feeding (SDA), were evaluated ...
The diet, feeding rates and growth rates of three species of isopod and three species of amphipod fr...
Stable isotope analysis has provided insights into the trophic ecology of a wide diversity of animal...
Immature Antarctic krill (Euphausia superba Dana) (length 44–48 mm), which had been maintained in an...
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