Introduction The current OMP used to set TACs for the West Coast Rock Lobster resource is called “OMP 2007 re-cast”. Results from stochastic simulations predict that this OMP is expected to produce (in median terms) a total exploitable biomass increase of 20% by 2016 compared with that at the start of 2006. This amounts to no more than restoring the biomass to its level in 1996 when OMP-based management commenced. The 10-year average annual commercial TAC is predicted to be 2312 MT. “OMP 2007 re-cast” does not take any interim relief catches into account. The full set of stochastic results for “OMP 2007 re-cast” was reported in Johnston and Butterworth (2008) and is reproduced here in Table 1
This document provides detailed specifications for population projections under future possible catc...
In order to assess at what levels the rock lobster biomass would equilibrate if all catches (includi...
This document presents biomass trajectories into the future for two different underlying models whic...
The results presented here are for the current “best-performing” OMP. Results included using the “ob...
OMP 2007 re-cast is an adjusted version of OMP-2007 which was developed to set the TACs for the West...
OMP 2007 re-cast is an update from OMP-2007 which will be used to set the TACs for the West Coast ro...
OMP-2007 re-cast which has been used to set the TAC for the west coast rock lobster resource for the...
The assessment conducted in 2003 has been routinely extended, taking account of a further year’s cat...
This document first gives the reasons why the OMP agreed for West Coast rock lobster in 2007 (OMP-20...
The west coast rock lobster assessment of 20061 based on data to 2004 is updated to include data up ...
This document presents stochastic projections for the west coast rock lobster resource for two varia...
The OMP currently being developed for the West Coast Rock Lobster is different from the three previo...
In 2016, scientific recommendations for management of the west coast rock lobster (WCRL) resource ch...
The assessment conducted in 2006 (WG/06/06/WCRL3) has been routinely extended, taking account of a f...
This document provides the projections of the west coast rock lobster resource under different poach...
This document provides detailed specifications for population projections under future possible catc...
In order to assess at what levels the rock lobster biomass would equilibrate if all catches (includi...
This document presents biomass trajectories into the future for two different underlying models whic...
The results presented here are for the current “best-performing” OMP. Results included using the “ob...
OMP 2007 re-cast is an adjusted version of OMP-2007 which was developed to set the TACs for the West...
OMP 2007 re-cast is an update from OMP-2007 which will be used to set the TACs for the West Coast ro...
OMP-2007 re-cast which has been used to set the TAC for the west coast rock lobster resource for the...
The assessment conducted in 2003 has been routinely extended, taking account of a further year’s cat...
This document first gives the reasons why the OMP agreed for West Coast rock lobster in 2007 (OMP-20...
The west coast rock lobster assessment of 20061 based on data to 2004 is updated to include data up ...
This document presents stochastic projections for the west coast rock lobster resource for two varia...
The OMP currently being developed for the West Coast Rock Lobster is different from the three previo...
In 2016, scientific recommendations for management of the west coast rock lobster (WCRL) resource ch...
The assessment conducted in 2006 (WG/06/06/WCRL3) has been routinely extended, taking account of a f...
This document provides the projections of the west coast rock lobster resource under different poach...
This document provides detailed specifications for population projections under future possible catc...
In order to assess at what levels the rock lobster biomass would equilibrate if all catches (includi...
This document presents biomass trajectories into the future for two different underlying models whic...