You can also evaluate the effect of using different allocations for Commercial and Recreational Sectors, click here.
You can also evaluate the effect of using different legal sizes, click here.
Objectives
In this project, the research team will develop a decision-support tool based on a management strategy evaluation (MSE) framework for the Gulf of Mexico red snapper fishery. The tool will help quantify the risks and trade-offs among the various alternative long-term management strategies and potential short-term regulations that might be used for the rebuilding and sustainable management of the Gulf of Mexico red snapper resource. See Background details.
Features
Two versions have been developed for this Red Snapper MSE tool. The Standard Version is oriented to users with limited MSE background, while the Professional Version faces to stock assessment stock scientists and managers who want to dig deeper into the technical details. The output formats for both the Standard and the Professional Versions are the same, so that they can be compared horizontally.
Both, the Standard and Professional Versions, can test and compare alternative management strategies under:
Three levels of natural mortality.
Three types of recruitment settings.
Various constant fishing mortality harvest control rules.
Numerous allocations among and within sectors.
A range of probability of overfishing.
Multiple levels of ACT buffer.
A number of legal size and bag limit regulations.
Diverse release mortality.
Reasonable federal for-hire and state angling catch rates.
Several penalty and carryover plans.
A variety of allocations among five Gulf States.
Extensive observation, process and implementation errors.
Standard Version (shoutcut MSE for general public)
Professional Version (full MSE for stock assessment scientists)
Initial setting
Must be the same with the latest stock assesment.
Can be different from the latest stock assesment.
Natural mortality
Must be the same among years.
Can be different from year to year (under construction).
Recruitment
Either from historical data or fixed Beverton-Holt Model
Can also modify Beverton-Holt Model parameters.
Stock mixing assumption
No mixing.
Mixing occurs between the East and West Gulf (under construction).
Assesment error
Add errors to the "true" age-based abundance and fishing mortality.
Generate a set of survey data, then input that into SS3 to get updated fisheries and other related parameters (under construction).
Selectivity setting
Must be the same with the latest stock assesment.
The asymptote of the selectivity curve can be modified (under construction).
Support videos
Statistics
Visitors
Registered Users
Saved Management Scenarios
1000
500
50
Contact Us
Principal Investigator
Yuying Zhang
Department Biological Sciences
Florida International University
3000 NE 151st Street MSB 358
Miami, FL, 33181
Phone: 305-919-4105
Email: yzhang13@fiu.edu
Webpage: www.fiufeal.com
Co-Principal Investigators
Daniel GoethelNOAA Alaska Fisheries Science Center
Matthew SmithNOAA Southeast Fisheries Science Center
Laura PicarielloTexas Sea Grant
Contributors
Yong ChenStony Brook University
Luiz BarbieriFish and Wildlife Research Institute
Christina VerlindeFlorida Sea Grant
Juan AgerNOAA Southeast Fisheries Science Center