North Sea cod (Gadus morhua) are a commercially important species and have been subject to substantial fishing pressure. This has resulted in significant population declines, and a requirement for management strategies to facilitate the recovery of the stock. Environmental variation may influence fish in a number of ways including spatial ribufion, growth performance and recruitment. This study aims to assess variations in phenology of North Sea cod otolith zone formation with ambient water temperatures. Links with somatic growth and metabolism are explored and implications discussed.EThOS - Electronic Theses Online ServiceGBUnited Kingdo
Specific changes identified in the otolith macrostructure of Northeast Arctic cod as “spawning zones...
Otolith biochronologies combine growth records from individual fish to produce long-term growth sequ...
Connectivity is a critical component of marine fish populations as it drives population replenishmen...
Specific impacts of somatic growth, sexual maturation and spawning events on otolith zone formation ...
Otoliths are remarkable recorders of the individual life history, as they can reflect the growth tra...
We evaluated the influence of environmental exposure of juvenile Atlantic cod (Gadus morhua) to info...
Specific changes identified in the otolith macrostructure of Northeast Arctic cod as “spawning zones...
The isotopic composition of inorganic carbon in otoliths (δ13Coto) can be a useful tracer of metabol...
Pelagic and demersal juvenile Baltic cod Gadus morhua L. were collected on the slope and the top of ...
The effects of sex, stock, and environment on the shape of known-age Atlantic cod (Gadus morhua) oto...
Animals actively select the most suitable habitat in terms of fitness, much of which is mediated by ...
International audienceOxygen isotope ratios from fish otoliths are used to discriminate marine stock...
Effects of global warming on animal distribution and performance become visible in many marine ecosy...
From 27th October 1954 to 23rd February 1955 0-group cod from the littoral region at Flødevigen were...
Oxygen isotope ratios from fish otoliths are used to discriminate marine stocks and reconstruct past...
Specific changes identified in the otolith macrostructure of Northeast Arctic cod as “spawning zones...
Otolith biochronologies combine growth records from individual fish to produce long-term growth sequ...
Connectivity is a critical component of marine fish populations as it drives population replenishmen...
Specific impacts of somatic growth, sexual maturation and spawning events on otolith zone formation ...
Otoliths are remarkable recorders of the individual life history, as they can reflect the growth tra...
We evaluated the influence of environmental exposure of juvenile Atlantic cod (Gadus morhua) to info...
Specific changes identified in the otolith macrostructure of Northeast Arctic cod as “spawning zones...
The isotopic composition of inorganic carbon in otoliths (δ13Coto) can be a useful tracer of metabol...
Pelagic and demersal juvenile Baltic cod Gadus morhua L. were collected on the slope and the top of ...
The effects of sex, stock, and environment on the shape of known-age Atlantic cod (Gadus morhua) oto...
Animals actively select the most suitable habitat in terms of fitness, much of which is mediated by ...
International audienceOxygen isotope ratios from fish otoliths are used to discriminate marine stock...
Effects of global warming on animal distribution and performance become visible in many marine ecosy...
From 27th October 1954 to 23rd February 1955 0-group cod from the littoral region at Flødevigen were...
Oxygen isotope ratios from fish otoliths are used to discriminate marine stocks and reconstruct past...
Specific changes identified in the otolith macrostructure of Northeast Arctic cod as “spawning zones...
Otolith biochronologies combine growth records from individual fish to produce long-term growth sequ...
Connectivity is a critical component of marine fish populations as it drives population replenishmen...