<p>Values are given as mean ± SD (min-max). n indicates the number of fish sampled in the different parameters. For CF, values refer to herring in the common length range 27–31 cm for September - November.</p
<p>Firstly, <b>(a)</b> polynomial equations are fitted for weight (g) increment per day (Day of Year...
Two periods with great differences in year-class abundance and recruitment where chosen for growth s...
We examine long-term trends in the average growth rates and maturation schedules of herring and spra...
Spring and autumn spawning herring are indicated by (S) and (A) respectively.</p
The age and length at maturity is calculated for the six year-classes, 1973-78. The age at maturity ...
<p>Summary information of herring samples from Lindåspollene 1962–2011, with sampling month, total n...
<p>Length-at-age for Norwegian spring spawning (NSS, N = 212), Coastal Skagerrak spring spawning (CS...
<p>Comparison between Norwegian spring spawning (NSS), Coastal Skagerrak spring spawning (CSS) and L...
In this study, spatial and temporal variation in fat content and temporal variation in maturation of...
Ages of redeye round herring Etrumeus whiteheadi were estimated with associated errors and used to i...
The Norwegian spring spawning herring is assessed each year from acoustic surveys. The age structure...
Calcified structures are valuable indicators being used in fisheries research for the estimation of ...
In Norwegian spring-spawning herring the common intercept of the back-calculating formula, as estim...
<p>The two growth modes were not easily distinguishable during the sampling period P3.</p
tock assessment may gain from taking into account individual variations in growth, because size is a...
<p>Firstly, <b>(a)</b> polynomial equations are fitted for weight (g) increment per day (Day of Year...
Two periods with great differences in year-class abundance and recruitment where chosen for growth s...
We examine long-term trends in the average growth rates and maturation schedules of herring and spra...
Spring and autumn spawning herring are indicated by (S) and (A) respectively.</p
The age and length at maturity is calculated for the six year-classes, 1973-78. The age at maturity ...
<p>Summary information of herring samples from Lindåspollene 1962–2011, with sampling month, total n...
<p>Length-at-age for Norwegian spring spawning (NSS, N = 212), Coastal Skagerrak spring spawning (CS...
<p>Comparison between Norwegian spring spawning (NSS), Coastal Skagerrak spring spawning (CSS) and L...
In this study, spatial and temporal variation in fat content and temporal variation in maturation of...
Ages of redeye round herring Etrumeus whiteheadi were estimated with associated errors and used to i...
The Norwegian spring spawning herring is assessed each year from acoustic surveys. The age structure...
Calcified structures are valuable indicators being used in fisheries research for the estimation of ...
In Norwegian spring-spawning herring the common intercept of the back-calculating formula, as estim...
<p>The two growth modes were not easily distinguishable during the sampling period P3.</p
tock assessment may gain from taking into account individual variations in growth, because size is a...
<p>Firstly, <b>(a)</b> polynomial equations are fitted for weight (g) increment per day (Day of Year...
Two periods with great differences in year-class abundance and recruitment where chosen for growth s...
We examine long-term trends in the average growth rates and maturation schedules of herring and spra...
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