Catch-at-age; age at first spawning; historical changes in growth; and natural mortality of SBT: An integrated study of key uncertainties in population biology and dynamics of SBT based on direct estimates of age from otoliths
Catch-at-age; age at first spawning; historical changes in growth; and natural mortality of SBT: An integrated study of key uncertainties in population biology and dynamics of SBT based on direct estimates of age from otoliths
Catch-at-age; age at first spawning; historical changes in growth; and natural mortality of SBT: An integrated study of key uncertainties in population biology and dynamics of SBT based on direct estimates of age from otoliths
Catch-at-age; age at first spawning; historical changes in growth; and natural mortality of SBT: An integrated study of key uncertainties in population biology and dynamics of SBT based on direct estimates of age from otoliths
Final Report - 2005/023 - A novel method for obtaining age compositions from ancillary biological data and its potential for cost reductions in stock assessments
Final Report - 2005/023 - A novel method for obtaining age compositions from ancillary biological data and its potential for cost reductions in stock assessments
Final Report - 2005/023 - A novel method for obtaining age compositions from ancillary biological data and its potential for cost reductions in stock assessments
Final Report - 2005/023 - A novel method for obtaining age compositions from ancillary biological data and its potential for cost reductions in stock assessments
Final Report - 2005/023 - A novel method for obtaining age compositions from ancillary biological data and its potential for cost reductions in stock assessments
Final Report - 2005/023 - A novel method for obtaining age compositions from ancillary biological data and its potential for cost reductions in stock assessments
