The relationship between spawning stock biomass and recruitment in Atlantic cod stocks is investigated by ranking the SSB values according to size and applying a moving average of ten points. The resulting averages are plotted against the average recruitment produced by the respective SSBs. The plot in most cases resembles a Beverton and Holt or Ricker type of relationship, showing substantial reduction in mean recruitment at low levels of SSB even though the relationship is not forced towards the origin. Applying a moving average of ten years to the time series of data shows how SSB and recruitment relationships have developed. For some stocks the apparent relationship might be explained by medium- or long-term variation in the rec...
International audienceUnderstanding whether recruitment fluctuations in fish stock arise from stocha...
Understanding whether recruitment fluctuations in fish stock arise from stochastic forcing (e.g. env...
The relationship between spawning fish abundance and the number of offspring, the so-called stock-re...
The relationship between spawning stock biomass and recruitment in Atlantic cod stocks is investigat...
Recruitment dynamics are challenging to assess or predict because of the many underlying drivers tha...
The “recruitment problem” - trying to understand what regulates recruitment variability in marine fi...
The cod stock-recruitment relationships in NAFO Div. 3NO were studied by the basic Ricker model and ...
The stock-recruitment relationship (SRR) was researched in 13 stock units of commercial fishes in NA...
The present study presents a method of assessing and fitting a stock-recruitment relationship. The m...
A comparative analysis of the fish condition (Fulton’s K) of 11 cod stocks in the North Atlantic in ...
Autocorrelation in recruitment success of fish is frequently reported, but the underlying mechanisms...
Sparholt, H. 1996. Causal correlation between recruitment and spawning stock size o
Atlantic surfclams support a major commercial fishery in the western North Atlantic Ocean with landi...
Parametric relationships of recruitment to an index of parental stock size assume the latter is prop...
Stock–recruit relationships that use spawning stock biomass (SSB) to represent reproductive potentia...
International audienceUnderstanding whether recruitment fluctuations in fish stock arise from stocha...
Understanding whether recruitment fluctuations in fish stock arise from stochastic forcing (e.g. env...
The relationship between spawning fish abundance and the number of offspring, the so-called stock-re...
The relationship between spawning stock biomass and recruitment in Atlantic cod stocks is investigat...
Recruitment dynamics are challenging to assess or predict because of the many underlying drivers tha...
The “recruitment problem” - trying to understand what regulates recruitment variability in marine fi...
The cod stock-recruitment relationships in NAFO Div. 3NO were studied by the basic Ricker model and ...
The stock-recruitment relationship (SRR) was researched in 13 stock units of commercial fishes in NA...
The present study presents a method of assessing and fitting a stock-recruitment relationship. The m...
A comparative analysis of the fish condition (Fulton’s K) of 11 cod stocks in the North Atlantic in ...
Autocorrelation in recruitment success of fish is frequently reported, but the underlying mechanisms...
Sparholt, H. 1996. Causal correlation between recruitment and spawning stock size o
Atlantic surfclams support a major commercial fishery in the western North Atlantic Ocean with landi...
Parametric relationships of recruitment to an index of parental stock size assume the latter is prop...
Stock–recruit relationships that use spawning stock biomass (SSB) to represent reproductive potentia...
International audienceUnderstanding whether recruitment fluctuations in fish stock arise from stocha...
Understanding whether recruitment fluctuations in fish stock arise from stochastic forcing (e.g. env...
The relationship between spawning fish abundance and the number of offspring, the so-called stock-re...