Timeseries

Spawning biomass (mt)
Spawning biomass (mt)
file: ts7_Spawning_biomass_(mt).png

Spawning biomass (mt) with ~95% asymptotic intervals
Spawning biomass (mt) with ~95% asymptotic intervals
file: ts7_Spawning_biomass_(mt)_with_95_asymptotic_intervals_intervals.png

Relative spawning biomass: B/(40%*Virgin_Biomass)
Relative spawning biomass: B/(40%*Virgin_Biomass)
file: ts9_Relative_spawning_biomass:_B_per_(40*Virgin_Biomass).png

Relative spawning biomass: B/(40%*Virgin_Biomass) with ~95% asymptotic intervals
Relative spawning biomass: B/(40%*Virgin_Biomass) with ~95% asymptotic intervals
file: ts9_Relative_spawning_biomass:_B_per_(40*Virgin_Biomass)_with_95_asymptotic_intervals_intervals.png

Total biomass (mt)
Total biomass (mt)
file: ts1_Total_biomass_(mt).png

Total biomass (mt) at beginning of season 1
Total biomass (mt) at beginning of season 1
file: ts3_Total_biomass_(mt)_at_beginning_of_season_1.png

Summary biomass (mt)
Summary biomass (mt)
file: ts4_Summary_biomass_(mt).png

Summary biomass (mt) at beginning of season 1
Summary biomass (mt) at beginning of season 1
file: ts6_Summary_biomass_(mt)_at_beginning_of_season_1.png

Age-0 recruits (1,000s)
Age-0 recruits (1,000s)
file: ts11_Age-0_recruits_(1000s).png

Age-0 recruits (1,000s) with ~95% asymptotic intervals
Age-0 recruits (1,000s) with ~95% asymptotic intervals
file: ts11_Age-0_recruits_(1000s)_with_95_asymptotic_intervals.png

Summary F (definition of F depends on setting in starter.ss)
Summary F (definition of F depends on setting in starter.ss)
file: ts_summaryF.png

Dynamic B0 plot. The lower line shows the time series of estimated Spawning biomass (mt) in the presence of fishing mortality. The upper line shows the time series that could occur under the same dynamics (including deviations in recruitment), but without fishing. The point at the left represents the unfished equilibrium.
Dynamic B0 plot. The lower line shows the time series of estimated Spawning biomass (mt) in the presence of fishing mortality. The upper line shows the time series that could occur under the same dynamics (including deviations in recruitment), but without fishing. The point at the left represents the unfished equilibrium.
file: ts_DynamicB0.png