Vertically migrating Maurolicus muelleri arrested their nocturnal ascent below the peak zooplankton concentrations during Light summer nights at 62 degrees N. At 69 degrees N, the behavior was further modified, with M, muelleri forming schools in the upper layer at night. We suggest that M. muelleri used schooling as an antipredator strategy due to the absence of dark periods
Very few manipulative studies have been performed to elucidate the cues for vertical migration in zo...
We assessed the activity and swimming patterns of mesopelagic fishes in the Red Sea using bottom-moo...
Graduation date: 1980A 50 m² pelagic trawl equipped with a codend opening-closing device was used to...
Vertically migrating Maurolicus muelleri arrested their nocturnal ascent below the peak zooplankton ...
The behavior of the mesopelagic fish Benthosema glaciale was studied at 60°N in mid-summer. We hypot...
Nocturnal migration of mesopelagic fish into surface waters is well-documented. Yet, although there ...
Abstract Some zooplankton, including Chaoborus punctipennis, have recently been reported to undergo ...
We used infrared video monitoring to study cladoceran vertical migration in laboratory tanks exposed...
Throughout the oceans, small fish and other micronekton migrate between daytime depths of several hu...
Visually foraging planktivorous fish are prey of visual predators, and their foraging behaviour may ...
This project examines vertical migration of zooplankton in relation to predator avoidance. There are...
Variability of mesopelagic scattering layers is often attributed to environmental conditions or mult...
Enormous abundances of small fish commute each night from several hundred meters depth to forage in ...
Knowledge of the three-dimensional behavior and activity patterns of mesopelagic fishes is crucial f...
The purpose of this study was to investigate diel vertical migration, feeding pattern and diet compo...
Very few manipulative studies have been performed to elucidate the cues for vertical migration in zo...
We assessed the activity and swimming patterns of mesopelagic fishes in the Red Sea using bottom-moo...
Graduation date: 1980A 50 m² pelagic trawl equipped with a codend opening-closing device was used to...
Vertically migrating Maurolicus muelleri arrested their nocturnal ascent below the peak zooplankton ...
The behavior of the mesopelagic fish Benthosema glaciale was studied at 60°N in mid-summer. We hypot...
Nocturnal migration of mesopelagic fish into surface waters is well-documented. Yet, although there ...
Abstract Some zooplankton, including Chaoborus punctipennis, have recently been reported to undergo ...
We used infrared video monitoring to study cladoceran vertical migration in laboratory tanks exposed...
Throughout the oceans, small fish and other micronekton migrate between daytime depths of several hu...
Visually foraging planktivorous fish are prey of visual predators, and their foraging behaviour may ...
This project examines vertical migration of zooplankton in relation to predator avoidance. There are...
Variability of mesopelagic scattering layers is often attributed to environmental conditions or mult...
Enormous abundances of small fish commute each night from several hundred meters depth to forage in ...
Knowledge of the three-dimensional behavior and activity patterns of mesopelagic fishes is crucial f...
The purpose of this study was to investigate diel vertical migration, feeding pattern and diet compo...
Very few manipulative studies have been performed to elucidate the cues for vertical migration in zo...
We assessed the activity and swimming patterns of mesopelagic fishes in the Red Sea using bottom-moo...
Graduation date: 1980A 50 m² pelagic trawl equipped with a codend opening-closing device was used to...