Version: 1.1
Category: Observed exploitation rate = observed catch in
        weight/predicted biomass
Text:

Version: 1.1
Category: Expected exploitation rate = predicted catch in
        weight/predicted biomass
Text: 20 Add estimation of fishing mortality F from exploitation rate
        to CatDynPred

Version: 1.1
Category: Solve for F in Baranov exploitation rate
        (F/(F+M))(1-exp(-F-M)) using uniroot
Text:

Version: 1.1
Category: Observed F = using observed exploitation rate
Text:

Version: 1.1
Category: Expected F = using expected exploitation rate
Text: 21 Add function CatDynBSD for annual biomass and its standard
        error for hierarchical estimation of surplus production model
        22 Add function mobw.kg to calculate mean weight and its
        standard error by month using timeless length and weight data
        and sequential length and month data. 23 Add length and weight,
        length and month data from gay hake to use in mobw.kg example
        25 Add m.hoenig data of natural mortality (1/yr) and longevity
        (yr) as published in Hoenig (2005) 26 Create newmodel type,
        resident stock with partial emigration, inspired by fishery for
        octpus in Asturias, northern Spain, set with p negative and
        partial = TRUE. 27 Add partial=TRUE to CatDynFit, CatDynPred,
        candynexp and all internal functions called by these to
        accommodate the new model type in 26. Only transit models need
        to be set by making partial=FALSE overriding default.