FishRAM-package: Fisheries Resource Allocation Model
In CefasRepRes/FishRAM: Fisheries Resource Allocation Model
FishRAM-package R Documentation
Fisheries Resource Allocation Model
Description
The FishRAM package implements the dynamic system model from Tidbury et. al. (2021) which simulates the biological and economic impacts for recreational and commercial fishing under different stock allocation scenarios. Default values are set to represent the biology of Sea bass Dicentrarchus labrax in division 27-4.b–c (North Atlantic stock) and English inshore commercial fishing fleet and recreational anglers.
Details
Running simulations in FishRAM is done in 3 main stages:
Set up model parameters using the BioeconomicParams constructor function.
Run simulations using the project function and a recruitment scenario. This creates a BioeconomicSim object.
Explore results by calling plotting functions (plot, plotStock, plotActivity, plotEconomicImpact) on the BioeconomicSim object.
References
Hannah J Tidbury, Angela Muench, Philip D Lamb, Kieran Hyder, "Balancing biological and economic goals in commercial and recreational fisheries: systems modelling of sea bass fisheries", ICES Journal of Marine Science, Volume 78, Issue 5, August 2021, Pages 1793-1803
CefasRepRes/FishRAM documentation built on Feb. 1, 2023, 1:15 a.m.
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| FishRAM-package | R Documentation |
Fisheries Resource Allocation Model
Description
The FishRAM package implements the dynamic system model from Tidbury et. al. (2021) which simulates the biological and economic impacts for recreational and commercial fishing under different stock allocation scenarios. Default values are set to represent the biology of Sea bass Dicentrarchus labrax in division 27-4.b–c (North Atlantic stock) and English inshore commercial fishing fleet and recreational anglers.
Details
Running simulations in FishRAM is done in 3 main stages:
Set up model parameters using the
BioeconomicParamsconstructor function.Run simulations using the
projectfunction and a recruitment scenario. This creates aBioeconomicSimobject.Explore results by calling plotting functions (
plot, plotStock, plotActivity, plotEconomicImpact) on theBioeconomicSimobject.
References
Hannah J Tidbury, Angela Muench, Philip D Lamb, Kieran Hyder, "Balancing biological and economic goals in commercial and recreational fisheries: systems modelling of sea bass fisheries", ICES Journal of Marine Science, Volume 78, Issue 5, August 2021, Pages 1793-1803
R Package Documentation
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Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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