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
-The oceanic sound scattering layer (SL) is an ubiquitous acoustic signature of mesopelagic fishes a...
Nocturnal migration of mesopelagic fish into surface waters is well-documented. Yet, although there ...
The pelagic zone is the largest ecosystem on Earth. The inhabitants of this ecosystem are not provid...
Vertically migrating Maurolicus muelleri arrested their nocturnal ascent below the peak zooplankton ...
This thesis focuses on the behavioural dynamics of mesopelagic fish in a fjordic environment. Acoust...
Throughout the oceans, small fish and other micronekton migrate between daytime depths of several hu...
The distribution of acoustical scattering layers of fish and krill changed markedly in concert with ...
Vertical behavior, such as diel vertical migration (DVM) and swarming are widespread among zooplankt...
The behavior of the mesopelagic fish Benthosema glaciale was studied at 60°N in mid-summer. We hypot...
Visually foraging planktivorous fish are prey of visual predators, and their foraging behaviour may ...
Variability of mesopelagic scattering layers is often attributed to environmental conditions or mult...
The purpose of this study was to investigate diel vertical migration, feeding pattern and diet compo...
Aim Mesopelagic fishes have a near-global distribution in the upper 1,000 m from tropical to sub-Arc...
For visual predators, sufficient light is critical for prey detection and capture. Because light dec...
The predation risk of many aquatic taxa is dominated by visually searching predators, commonly a fun...
-The oceanic sound scattering layer (SL) is an ubiquitous acoustic signature of mesopelagic fishes a...
Nocturnal migration of mesopelagic fish into surface waters is well-documented. Yet, although there ...
The pelagic zone is the largest ecosystem on Earth. The inhabitants of this ecosystem are not provid...
Vertically migrating Maurolicus muelleri arrested their nocturnal ascent below the peak zooplankton ...
This thesis focuses on the behavioural dynamics of mesopelagic fish in a fjordic environment. Acoust...
Throughout the oceans, small fish and other micronekton migrate between daytime depths of several hu...
The distribution of acoustical scattering layers of fish and krill changed markedly in concert with ...
Vertical behavior, such as diel vertical migration (DVM) and swarming are widespread among zooplankt...
The behavior of the mesopelagic fish Benthosema glaciale was studied at 60°N in mid-summer. We hypot...
Visually foraging planktivorous fish are prey of visual predators, and their foraging behaviour may ...
Variability of mesopelagic scattering layers is often attributed to environmental conditions or mult...
The purpose of this study was to investigate diel vertical migration, feeding pattern and diet compo...
Aim Mesopelagic fishes have a near-global distribution in the upper 1,000 m from tropical to sub-Arc...
For visual predators, sufficient light is critical for prey detection and capture. Because light dec...
The predation risk of many aquatic taxa is dominated by visually searching predators, commonly a fun...
-The oceanic sound scattering layer (SL) is an ubiquitous acoustic signature of mesopelagic fishes a...
Nocturnal migration of mesopelagic fish into surface waters is well-documented. Yet, although there ...
The pelagic zone is the largest ecosystem on Earth. The inhabitants of this ecosystem are not provid...