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{"sheet":"Sheet1","index":0,"n_rows":41,"n_cols":8,"rows_kept":41}
["Name ","Derivation"," Purpose ","PT priority","Notes","Simulation","HCR","Models needed"]
["Core species biomass "," Mean and variance for time block","Sustainable fishing index ","High",null,false,false]
["Core species recruitment ","Mean and variance for time block","Sustainable fishing index ","Low","Captured in bomass",false,false]
["Core species average size and age at maturity","Mean and variance for time block ","Sustainable fishing index ",null,"Captured in bomass",false,false]
[" Core species exploitation","Annual time trend F/FMSY ","Sustainable fishing index ",null,"Measure if possible",false,false]
[" Core species status","Annual time trend reproductive potential vs. target reproductive potential. ","Sustainable fishing index ",null,null,false,false]
[" Core species catch ","Mean and variance for time block","Sustainable fishing index ",null,null,false,false]
["Centroid of distribution for core species ","Annual time trend","Index distribution ",null,null,false,false]
["Euphausiid biomass","Mean and variance for time block","Ecosystem stability index ",null,null,false,false,"Rpath; MIZER; Atlantis"]
["Motile epifauna biomass ","Mean and variance for time block ","Trophic structure index ",null,null,false,false]
["Benthic forager biomass ","Mean and variance for time block ","Trophic structure index ",null,null,false,false]
["Pelagic forager biomass ","Mean and variance for time block ","Trophic structure index ",null,null,false,false]
["Apex predator biomass ","Mean and variance for time block ","Trophic structure index ",null,null,false,false]
["Species diversity index","Alpha and beta diversity indices ","Ecosystem stability index ",null,null,false,false]
["Mean trophic level of the catch ","Mean and variance for time block ","Ecosystem Based Fishery Management index ",null,"I think Andy produces this already right?",false,false]
["Number of fishery closures by core species ","Average for time block","Fishery efficiency index ",null,null,false,false]
["Core species and fleet CPUE","Annual time trend of CPUE by species and fleet ","Fishery catchability index ",null,null,false,false]
[" Fishing effort by fleet ","Annual time trend of fishing effort ","Fisheries participation and employment ","High","Important to tell if it's \"worth fishing\" and/or the effort required is practical",false,false]
["Core species first-wholesale revenue index","Annual time trend ","Economic index ",null,null,false,false]
[" Core species percent TAC utilization ","Percentage of total allowable catch landed ","Management index ",null,null,false,false]
["Fleet species diversity index ","Annual measure of diversity of target species revenues ","Measure of fishery portfolio by sector ",null,null,false,false]
["Fleet revenue variability","Coefficient of variations of fisheries revenue by sector ","Financial risk index",null,null,false,false]
["Catch Stability index (yr to year change)","Annual time trend ","Fishery index","High",null,false,false]
["80% decline  in catch relative to no-climate change scenario (persistence)","Sensu holsman et al. 2020","Fishery index",null,null,false,false]
["80% decline in catch relative to last year (risk of black swan event)",null,"Fishery index",null,null,false,false]
["80% decline  in biomassrelative to no-climate change scenario (persistence)","Sensu holsman et al. 2020","biomass index",null,null,false,false]
["80% decline in biomass relative to last year (risk of black swan event)",null,"biomass index",null,null,false,false]
["Diversty of ages (biomass and SSB based)","Hollowed ","productivity index",null,"Within range of historical",false,false]
[{"$nulls":5},false,false]
["Meets overfishing objective","Samhouri et al. 2025",null,null,"??",false,false]
["Meets conservation objective","Samhouri et al. 2025",{"$nulls":3},false,false]
["Average annual catch across all projection years and simulations.","Adams et al. 2025",null,"High",null,false,false]
["Average interannual variation in catch (IAV) across all projection years (n) and simulations","Adams et al. 2025",null,"High",null,false,false]
["Probability of the ﬁshery being open across projection years and simulations (sim):","Adams et al. 2025",null,"High",null,false,false]
["Average relative root mean squared error (RMSE) of SSB in 2060 between the terminal estimation model’s estimate and the associated operating model value across simulations:","Adams et al. 2025",{"$nulls":3},false,false]
["Probability that the population is perceived as undergoing overﬁshing in the terminal year of the estimation model as determined from the estimate of FLimit (̂FLimit ) across projection years and simulations","Adams et al. 2025",{"$nulls":3},false,false]
["Probability that the population is perceived to be overﬁshed in the terminal year of the estimation model as determined from estimate of SSBLimit ( ˆSSB Limit ) across projection years and simulations","Adams et al. 2025",{"$nulls":3},false,false]
["Probability that the population is undergoing overﬁshing as determined from the “true” FLimit from the operating model across simulations","Adams et al. 2025",{"$nulls":3},false,false]
["Probability that the population is overﬁshed as determined from the “true” SSB Limit from the operating model across simulations:","Adams et al. 2025",{"$nulls":3},false,false]
["Average terminal (i.e., 2060) SSB depletion relative to equilibrium SSB 0 across all simulations.","Adams et al. 2025",{"$nulls":3},false,false]
["Average terminal (i.e., 2060) SSB depletion relative to dynamic SSB 0,y across all simulations","Adams et al. 2025",{"$nulls":3},false,false]