Fishing mortalities at age in North Sea cod, haddock, and whiting are examined in relation to biomass of fish at each age. For cod and haddock highest fishing mortalities are associated with high biomasses. For haddock this means the exploitation pattern changes from year to year because recruitment is very variable. For cod more stable recruitment results in a consistent exploitation pattern. The implications for stock assessment are discussed
Younger ages and smaller sizes at maturation have been observed in commercial fish stocks over the l...
With the recent collapses of many major fish stocks and North Sea cod seeming to be the next on a lo...
Population growth is affected by several factors such as climate, species interaction and harvesting...
Abundance and biomass of the major gadoid species in the North Sea have undergone large changes in t...
Year-class strength of fish is often considered to be determined at the pelagic larval stage, but we...
Although North Sea cod do not show the large changes in growth and maturity seen in other North Atla...
The catchability coefficient, Q, of cod, haddock, and whiting associated with the Scottish seine-net...
A model is developed for the analysis of age disaggregated indices of abundance from which stock tre...
A key assumption of many fish stock assessment models is that catchability is constant over time. We...
In studies evaluating the condition and general health status of fish stocks, the method used for ca...
Fish populations may spawn a vast number of offspring, while only a small and highly variable fracti...
The variation in length-at-ages 4 to 5 years for Atlantic cod (Gadus morhua) off Greenland was analy...
Drastic changes in both age- and length-at-maturity of cod (Gadus morhua) on Flemish Cap have been o...
For Northeast Arctic cod and haddock in the Barents Sea, long time series of year-class abundance ar...
Younger ages and smaller sizes at maturation have been observed in commercial fish stocks over the l...
Younger ages and smaller sizes at maturation have been observed in commercial fish stocks over the l...
With the recent collapses of many major fish stocks and North Sea cod seeming to be the next on a lo...
Population growth is affected by several factors such as climate, species interaction and harvesting...
Abundance and biomass of the major gadoid species in the North Sea have undergone large changes in t...
Year-class strength of fish is often considered to be determined at the pelagic larval stage, but we...
Although North Sea cod do not show the large changes in growth and maturity seen in other North Atla...
The catchability coefficient, Q, of cod, haddock, and whiting associated with the Scottish seine-net...
A model is developed for the analysis of age disaggregated indices of abundance from which stock tre...
A key assumption of many fish stock assessment models is that catchability is constant over time. We...
In studies evaluating the condition and general health status of fish stocks, the method used for ca...
Fish populations may spawn a vast number of offspring, while only a small and highly variable fracti...
The variation in length-at-ages 4 to 5 years for Atlantic cod (Gadus morhua) off Greenland was analy...
Drastic changes in both age- and length-at-maturity of cod (Gadus morhua) on Flemish Cap have been o...
For Northeast Arctic cod and haddock in the Barents Sea, long time series of year-class abundance ar...
Younger ages and smaller sizes at maturation have been observed in commercial fish stocks over the l...
Younger ages and smaller sizes at maturation have been observed in commercial fish stocks over the l...
With the recent collapses of many major fish stocks and North Sea cod seeming to be the next on a lo...
Population growth is affected by several factors such as climate, species interaction and harvesting...