Add to ORKGFor their flexibility, production models have proven for long to be very interesting tools for tuna stock assessment. But two main problems make difficult their use for investigating the status of the stock: The first problem is the calculation of the effective fishing effort targeting a given stock. Indeed, many different fleets with heterogeneous and changing catchabilities (in general showing a
Thesis (Ph.D.)--University of Washington, 2018Tunas and billfishes are large migratory species manag...
With constant innovation to find more efficient ways to find, catch and process fish, catchability i...
The catch per unit of effort (CPUE) is affected by abundance, but also by environmental variables an...
Production models have proven for long to be very useful assessment tools. But two main problems mak...
The model PROCEAN (PROduction Catch-Effort Analysis) is a bayesian statistical catch/effort analysis...
Working Group ICCAT July 2008; Florianopolis, BrasilThe PROCEAN (PRoduction Catch / Effort ANalysis)...
Abstract.—Users of stock production models assume that a time series of catch-per-effort data reflec...
Different datasets and a Bayesian production model were used to assess the status of the Atlantic bi...
In the lack of direct estimate of tuna abundance, the French tropical tuna fleet of purse-seiners pr...
Some problems associated with fitting surplus production models to unsuitable data are discussed. Th...
Even when fishing effort data are not available in a developing fishery, it is often still possible ...
There has been substantial debate in recent years about the extent to which industrialized fishing h...
In the lack of direct estimate of tuna abundance, the French tropical tuna fleet of purse-seiners pr...
The PROCEAN (PRoduction Catch / Effort ANalysis) model is a multi-fleet biomass dynamic model develo...
Tuna (Scombridae) are one of the most commercially valuable kinds of fishes on the world market. Muc...
Thesis (Ph.D.)--University of Washington, 2018Tunas and billfishes are large migratory species manag...
With constant innovation to find more efficient ways to find, catch and process fish, catchability i...
The catch per unit of effort (CPUE) is affected by abundance, but also by environmental variables an...
Production models have proven for long to be very useful assessment tools. But two main problems mak...
The model PROCEAN (PROduction Catch-Effort Analysis) is a bayesian statistical catch/effort analysis...
Working Group ICCAT July 2008; Florianopolis, BrasilThe PROCEAN (PRoduction Catch / Effort ANalysis)...
Abstract.—Users of stock production models assume that a time series of catch-per-effort data reflec...
Different datasets and a Bayesian production model were used to assess the status of the Atlantic bi...
In the lack of direct estimate of tuna abundance, the French tropical tuna fleet of purse-seiners pr...
Some problems associated with fitting surplus production models to unsuitable data are discussed. Th...
Even when fishing effort data are not available in a developing fishery, it is often still possible ...
There has been substantial debate in recent years about the extent to which industrialized fishing h...
In the lack of direct estimate of tuna abundance, the French tropical tuna fleet of purse-seiners pr...
The PROCEAN (PRoduction Catch / Effort ANalysis) model is a multi-fleet biomass dynamic model develo...
Tuna (Scombridae) are one of the most commercially valuable kinds of fishes on the world market. Muc...
Thesis (Ph.D.)--University of Washington, 2018Tunas and billfishes are large migratory species manag...
With constant innovation to find more efficient ways to find, catch and process fish, catchability i...
The catch per unit of effort (CPUE) is affected by abundance, but also by environmental variables an...