Genetic data, while compatible with the hypothesis of a single M. paradoxus stock off Namibia and South Africa, does not exclude the possibility of two M. paradoxus stocks with a soft boundary somewhere between Saldahna Bay and the Orange River. The same conclusion follows from the survey catch-at-length distribution information available. Thus, while a single M. paradoxus stock hypothesis likely remains the most plausible, the possibility of two stocks of this species (with no need for their joint management by South Africa and Namibia) remains. Some suggestions are made for further work in the short term which may throw more light on this issue
OLRAC (2009) notes the importance of the assumption for the pre-1978 species split of the offshore ...
Genetic studies on South African marine fishes have shown that many species exist as single, well-mi...
Environmental gradients have been shown to disrupt gene flow in marine species, yet their influence ...
A strong argument for the single M. paradoxus stock hypothesis (Burmeister, 2005) is that the major ...
The deep-water Cape hake, Merluccius paradoxus, is one of two hake species found off South Africa an...
Genomic information has the potential to aid in the establishment of sustainable management plans fo...
This document presents a first attempt at a spatially structured model for the South African hake (t...
The relatively high extent of depletion estimated for the M. paradoxus population is found to be rob...
A 2-stock, 2-area hypothesis for the South African sardine resource is being developed, with the fol...
There is debate concerning how best to address the issue of possible demographic sharing of deep-wat...
In the marine environment, an increasing number of studies have documented introgression and hybridi...
The distribution area for the South African hake population is separated into nine regions to accom...
The Reference Set of Operating Models used for the testing of the existing hake OMP included three c...
In the most recent assessments (Rademeyer and Butterworth, 2006) of the South African hake resource,...
This document summarises alternative stock structure hypotheses for the southern African hakes. The ...
OLRAC (2009) notes the importance of the assumption for the pre-1978 species split of the offshore ...
Genetic studies on South African marine fishes have shown that many species exist as single, well-mi...
Environmental gradients have been shown to disrupt gene flow in marine species, yet their influence ...
A strong argument for the single M. paradoxus stock hypothesis (Burmeister, 2005) is that the major ...
The deep-water Cape hake, Merluccius paradoxus, is one of two hake species found off South Africa an...
Genomic information has the potential to aid in the establishment of sustainable management plans fo...
This document presents a first attempt at a spatially structured model for the South African hake (t...
The relatively high extent of depletion estimated for the M. paradoxus population is found to be rob...
A 2-stock, 2-area hypothesis for the South African sardine resource is being developed, with the fol...
There is debate concerning how best to address the issue of possible demographic sharing of deep-wat...
In the marine environment, an increasing number of studies have documented introgression and hybridi...
The distribution area for the South African hake population is separated into nine regions to accom...
The Reference Set of Operating Models used for the testing of the existing hake OMP included three c...
In the most recent assessments (Rademeyer and Butterworth, 2006) of the South African hake resource,...
This document summarises alternative stock structure hypotheses for the southern African hakes. The ...
OLRAC (2009) notes the importance of the assumption for the pre-1978 species split of the offshore ...
Genetic studies on South African marine fishes have shown that many species exist as single, well-mi...
Environmental gradients have been shown to disrupt gene flow in marine species, yet their influence ...