The behaviour of planktonic animals remains poorly understood due to the difficulty of observing them in situ without influencing their behaviour. Here we review experiments on the behavioural responses of Northern krill, Meganyctiphanes norvegica (and related organisms), in isolation in laboratory-based aquaria. The value of this approach lies in the close observation that is possible; the downside is the uncertainty as to how well the observed behaviour relates to the natural behaviour of the subject animal. We discuss studies of swimming and swarming, and the responses of krill to light. We consider techniques involving automatic recordings that avoid, to some extent, making subjective decisions on behaviour. The effects of isolation of ...
In clear oceanic waters off the Norwegian shelf and in outer shelf waters, mesopelagic fish (Maurol...
The feeding biology was investigated of a population of the nordic krill Meganyctiphanes norvegica w...
<p>Spectrally-integrated irradiance as krill-utilized photons is plotted as a function of depth (gre...
The behaviour of planktonic animals remains poorly understood due to the difficulty of observing the...
<div><p>Most fishes and crustaceans respond to light, and artificial light sources may therefore be ...
The use of light-emitting diodes (LEDs) is increasingly used in fishing gears and its application is...
International audienceThe technical difficulties of performing underwater observation mean that mari...
In situ characterization of krill morphometry, behaviour and orientation is not yet routinely feasib...
The prototype of Meganyctiphanes norvegica diel vertical migration (DVM) behaviour comprises ascent ...
Antarctic krill, Euphausia superba, normally live in social aggregations (schools) but rarely aggreg...
The internal structure and behaviour of clupeid schools has been observed #in situ$ during unstresse...
The pelagic zone is the largest ecosystem on Earth. The inhabitants of this ecosystem are not provid...
In the north Atlantic, Meganyctiphanes norvegica feeds predominantly on copepods, including Calanus ...
Swarms of Antarctic krill are frequently biased towards certain body sizes, sexes, maturities and ph...
In clear oceanic waters off the Norwegian shelf and in outer shelf waters, mesopelagic fish (Maurol...
The feeding biology was investigated of a population of the nordic krill Meganyctiphanes norvegica w...
<p>Spectrally-integrated irradiance as krill-utilized photons is plotted as a function of depth (gre...
The behaviour of planktonic animals remains poorly understood due to the difficulty of observing the...
<div><p>Most fishes and crustaceans respond to light, and artificial light sources may therefore be ...
The use of light-emitting diodes (LEDs) is increasingly used in fishing gears and its application is...
International audienceThe technical difficulties of performing underwater observation mean that mari...
In situ characterization of krill morphometry, behaviour and orientation is not yet routinely feasib...
The prototype of Meganyctiphanes norvegica diel vertical migration (DVM) behaviour comprises ascent ...
Antarctic krill, Euphausia superba, normally live in social aggregations (schools) but rarely aggreg...
The internal structure and behaviour of clupeid schools has been observed #in situ$ during unstresse...
The pelagic zone is the largest ecosystem on Earth. The inhabitants of this ecosystem are not provid...
In the north Atlantic, Meganyctiphanes norvegica feeds predominantly on copepods, including Calanus ...
Swarms of Antarctic krill are frequently biased towards certain body sizes, sexes, maturities and ph...
In clear oceanic waters off the Norwegian shelf and in outer shelf waters, mesopelagic fish (Maurol...
The feeding biology was investigated of a population of the nordic krill Meganyctiphanes norvegica w...
<p>Spectrally-integrated irradiance as krill-utilized photons is plotted as a function of depth (gre...