Back-calculation allows to increase available data on fish growth. The accuracy of back-calculation models is of paramount importance for growth analysis. Frequentist and Bayesian hierarchical approaches were used for regression between fish body size and scale size for the rare fish species Zingel asper. The Bayesian approach permits more reliable estimation of back-calculated size, taking into account biological information and cohort variability. This method greatly improves estimation of back-calculated length when sampling is uneven and/or small
Abstract.—We compared three proportional back-calculation methods for scales using data sets for pum...
International audienceWe present a Bayesian hierarchical model to estimate the abundance and the bio...
This experimental study compared the precision and accuracy of the biological intercept (BI), modifi...
Back-calculation allows to increase available data on fish growth. The accuracy of back-calculation ...
Back-calculation allows to increase available data on fish growth. The accuracy of back-calculation ...
The Mediterranean International Trawl Survey (MEDITS) programme provides spatially referenced ecolo...
A Bayesian hierarchical approach is presented for the estimation of length-weight relationships (LWR...
Fisheries management or conservation requires information on length-weight relationship (LWR) for th...
Growth modelling is essential to inform fisheries management but is often hampered by sampling biase...
International audienceGrowth is a fundamental ecological process of stream-dwelling salmonids which ...
Abstract.—The usefulness of Bayesian analysis depends in great part on specifying appropriate prior ...
Selecting an appropriate growth pattern for individual fish is a meaningful but complex topic in fis...
Correct estimation of interindividual variability is of primary importance in models aiming to quant...
Growth modelling is essential to inform fisheries management but is often hampered by sampling biase...
The von Bertalanffy growth equation is commonly used in ecology and fisheries management to model in...
Abstract.—We compared three proportional back-calculation methods for scales using data sets for pum...
International audienceWe present a Bayesian hierarchical model to estimate the abundance and the bio...
This experimental study compared the precision and accuracy of the biological intercept (BI), modifi...
Back-calculation allows to increase available data on fish growth. The accuracy of back-calculation ...
Back-calculation allows to increase available data on fish growth. The accuracy of back-calculation ...
The Mediterranean International Trawl Survey (MEDITS) programme provides spatially referenced ecolo...
A Bayesian hierarchical approach is presented for the estimation of length-weight relationships (LWR...
Fisheries management or conservation requires information on length-weight relationship (LWR) for th...
Growth modelling is essential to inform fisheries management but is often hampered by sampling biase...
International audienceGrowth is a fundamental ecological process of stream-dwelling salmonids which ...
Abstract.—The usefulness of Bayesian analysis depends in great part on specifying appropriate prior ...
Selecting an appropriate growth pattern for individual fish is a meaningful but complex topic in fis...
Correct estimation of interindividual variability is of primary importance in models aiming to quant...
Growth modelling is essential to inform fisheries management but is often hampered by sampling biase...
The von Bertalanffy growth equation is commonly used in ecology and fisheries management to model in...
Abstract.—We compared three proportional back-calculation methods for scales using data sets for pum...
International audienceWe present a Bayesian hierarchical model to estimate the abundance and the bio...
This experimental study compared the precision and accuracy of the biological intercept (BI), modifi...