Results from the Continuous Plankton Recorder (CPR) survey for 1966 and 1967 are used to describe seasonal changes in abundance, size and aspects of the population structure of Thysanoessa inermis (Krøyer) and T. raschi (M. Sars) at a depth of 10 m in the North Sea and in American coastal waters from the Grand Banks to the Gulf of Maine. Production and dry weight were estimated from these data. Two year-groups were usually present in the breeding population, the proportion surviving into a second year being higher in American waters than in the North Sea. Annual production for each species was within the range 0.69 to 4.66 mg m-3 and the ratio between production and biomass (P:B) was between 1.3 and 4.2; values outside these ranges were obt...
Euphausia in the Okhotsk Sea is one of the most abundant groups of zooplankton, its portion in the t...
Euphausiids were collected in the Australian Sector of the Southern ocean during the BIOMASS SIBEX c...
A study has been made of the distribution of 59 euphausiid species in the Pacific Ocean, based upon ...
Results from the Continuous Plankton Recorder (CPR) survey for 1966 and 1967 are used to describe se...
Seasonal changes in the abundance, size and occurrence of furciliae of Euphausia krohni (Brandt), Ne...
Geographical variations in the numbers, biomass and production of euphausiids and the contribution o...
Seasonal changes in abundance, size and aspects of the population structure of Meganyctiphanes norve...
Samples taken in the northern North Sea with the Continuous Plankton Recorder (CPR), the Undulating ...
In 1966-1969 euphausiids (krill) were sampled in some fjords in Western Norway. Drained volumes of ...
Euphausiids are an important component of the northern North Atlantic ecosystem and several species ...
Euphausiid life histories and distribution in the vicinity of South Georgia were studied from a seri...
26 pages, 10 figures, 5 tablesDistribution patterns, population structure and biomass of the euphaus...
Euphausiids are a key component of the northern North Atlantic marine ecosystem and Meganyctiphanes ...
The vertical distribution, seasonal and ontogenetic migrations and seasonal variability in abundance...
Brood sizes of 1259 adult female Euphausia pacifica and Thysanoessa spinifera were measured during 4...
Euphausia in the Okhotsk Sea is one of the most abundant groups of zooplankton, its portion in the t...
Euphausiids were collected in the Australian Sector of the Southern ocean during the BIOMASS SIBEX c...
A study has been made of the distribution of 59 euphausiid species in the Pacific Ocean, based upon ...
Results from the Continuous Plankton Recorder (CPR) survey for 1966 and 1967 are used to describe se...
Seasonal changes in the abundance, size and occurrence of furciliae of Euphausia krohni (Brandt), Ne...
Geographical variations in the numbers, biomass and production of euphausiids and the contribution o...
Seasonal changes in abundance, size and aspects of the population structure of Meganyctiphanes norve...
Samples taken in the northern North Sea with the Continuous Plankton Recorder (CPR), the Undulating ...
In 1966-1969 euphausiids (krill) were sampled in some fjords in Western Norway. Drained volumes of ...
Euphausiids are an important component of the northern North Atlantic ecosystem and several species ...
Euphausiid life histories and distribution in the vicinity of South Georgia were studied from a seri...
26 pages, 10 figures, 5 tablesDistribution patterns, population structure and biomass of the euphaus...
Euphausiids are a key component of the northern North Atlantic marine ecosystem and Meganyctiphanes ...
The vertical distribution, seasonal and ontogenetic migrations and seasonal variability in abundance...
Brood sizes of 1259 adult female Euphausia pacifica and Thysanoessa spinifera were measured during 4...
Euphausia in the Okhotsk Sea is one of the most abundant groups of zooplankton, its portion in the t...
Euphausiids were collected in the Australian Sector of the Southern ocean during the BIOMASS SIBEX c...
A study has been made of the distribution of 59 euphausiid species in the Pacific Ocean, based upon ...