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<br />v <br /> <br />in the mainstem Colorado River under a constanttemperature of lOoC..........................46 <br />25. Seasonal probability surfaces of humpback chub age at a particular length bin........41 <br />26. Estimated adult humpback chub abundance (age-4+) from the age-structured mark <br />recapture model3 (ASMR 3), incorporating uncertainty in assignment of age.............48 <br />27. Coefficient of variation of humpback chub adult abundance (age-4+) estimates <br />accounting for uncertainty in age assignmenL..................................................................49 <br />28. Estimated recruit abundance (age-1) of humpback chub from age-structured mark <br />- recapture model 3 (ASMR 3) incorporating uncertainty in assignment of age ..............50 <br />29. Retrospective analysis of adult humpback chub abundance and adult mortality rate <br />considering datasets beginning in 1989 and ending in the year indicated in the figure <br /> <br />Ie ge nd .......... .............. ................... .... .......... ........ .................. ........... ... .............. ...........................51 <br /> <br />Tables <br /> <br />1. Akaike information criterion (AIC) model evaluation results among age-structured <br />mark-recapture models fit to data pooled among tag cohorts..........................................52 <br />2. Akaike information criterion (AICI model evaluation results among age-structured <br />mark recapture models fit to data stratified by tag cohort ................................................52 <br />3. General growth model results for the humpback chub, temperature-independent <br />growth model (TIGM) and the temperature-dependent growth model (TDGM)............52 <br />4. Parameter correlation matrices for the humpback chub temperature-independent <br />growth model and the temperature-dependent growth model.........................................53 <br />