Predictions & Data for this entry

Model: abj climate: MC, ME, BSk, Dfc migrate: Mda phylum:
COMPLETE = 3.6 ecozone: MPN, THn food: bjCi, jiCic, jiCvf class:
MRE = 0.142 habitat: 0jFr, jiMpe gender: D order:
SMSE = 0.043 embryo: Fg reprod: Os family:

Zero-variate data

Data Observed Predicted (RE) Unit Description Reference
ab 121 133.2 (0.1012) d age at birth BeacMurr1990
ap 1095 1016 (0.07185) d age at puberty BeacMurr1990
am 1460 1646 (0.1276) d life span Wiki
Lb 3.47 3.837 (0.1057) cm fork length at birth BeacMurr1990
Lp 68 54.21 (0.2028) cm fork length at puberty guess
Lam 73 46.84 (0.3583) cm postorbital-hypural length at spawning at 4 yr BeacMurr1990
Li 150 169.9 (0.1327) cm ultimate fork length fishbase
E0 2775 3459 (0.2466) J initial egg energy BergHend2001
Wd0 0.1276 0.1503 (0.1776) g egg dry weight BeacMurr1990
Wwb 0.515 0.5137 (0.002584) g wet weight at birth BeacMurr1990
Wwp 4786 2243 (0.5313) g wet weight at puberty JaspEven2006
Wwam 4786 5324 (0.1124) g ultimate wet weight JaspEven2006
Wwi 6.5e+04 6.909e+04 (0.06289) g ultimate wet weight fishbase
NR 5820 4900 (0.1582) # fecundity at L = 73 cm BeacMurr1993

Uni- and bivariate data

Data Figure Independent variable Dependent variable (RE) Reference
LN_JaspEven2006 Data of JaspEven2006 postorbital-hypural length fecundity (0.4948) JaspEven2006
LW_JaspEven2006 postorbital-hypural length wet weight (1.066) JaspEven2006
LN_EinuFlem2003 postorbital-hypural length fecundity (0.4752) EinuFlem2003
LWR_BeacMurr1993 postorbital-hypural length total reproductive wet weight (0.2069) BeacMurr1993
tL_OrsiJaen1996 time fork length (0.1566) OrsiJaen1996
tL_AlleHass1985 time fork length (0.1558) AlleHass1985
LW_juv fork length wet weight (0.04919) ZabeAcho2004
tW_ShelClar1995_1 time wet weight (0.1406) ShelClar1995
tW_ShelClar1995_2 time wet weight (0.2056) ShelClar1995
tW_ShelClar1995_7 time wet weight (0.1654) ShelClar1995
tW_ShelClar1995_8 time wet weight (0.1382) ShelClar1995
tW_ShelClar1995_13 time wet weight (0.1575) ShelClar1995
tW_ShelClar1995_14 time wet weight (0.05009) ShelClar1995
tW_ShelClar1995_19 time wet weight (0.06312) ShelClar1995
tW_ShelClar1995_20 time wet weight (0.05248) ShelClar1995
tW_ShelClar1995_5 time wet weight (0.1268) ShelClar1995
tW_ShelClar1995_6 time wet weight (0.2407) ShelClar1995
tW_ShelClar1995_11 time wet weight (0.1434) ShelClar1995
tW_ShelClar1995_12 time wet weight (0.1099) ShelClar1995
tW_ShelClar1995_17 time wet weight (0.1501) ShelClar1995
tW_ShelClar1995_18 time wet weight (0.04809) ShelClar1995
tW_ShelClar1995_23 time wet weight (0.1892) ShelClar1995
tW_ShelClar1995_24 time wet weight (0.0517) ShelClar1995
tW_ShelClar1995_3 time wet weight (0.2502) ShelClar1995
tW_ShelClar1995_4 time wet weight (0.07408) ShelClar1995
tW_ShelClar1995_9 time wet weight (0.0718) ShelClar1995
tW_ShelClar1995_10 time wet weight (0.06809) ShelClar1995
tW_ShelClar1995_15 time wet weight (0.03781) ShelClar1995
tW_ShelClar1995_16 time wet weight (0.09325) ShelClar1995
tW_ShelClar1995_21 time wet weight (0.08972) ShelClar1995
tW_ShelClar1995_22 time wet weight (0.04148) ShelClar1995
tL_ShelClar1995_1 time fork length (0.06869) ShelClar1995
tL_ShelClar1995_2 time fork length (0.08583) ShelClar1995
tL_ShelClar1995_7 time fork length (0.03745) ShelClar1995
tL_ShelClar1995_8 time fork length (0.03) ShelClar1995
tL_ShelClar1995_13 time fork length (0.03579) ShelClar1995
tL_ShelClar1995_14 time fork length (0.02749) ShelClar1995
tL_ShelClar1995_19 time fork length (0.02475) ShelClar1995
tL_ShelClar1995_20 time fork length (0.01497) ShelClar1995
tL_ShelClar1995_5 time fork length (0.08699) ShelClar1995
tL_ShelClar1995_6 time fork length (0.107) ShelClar1995
tL_ShelClar1995_11 time fork length (0.02866) ShelClar1995
tL_ShelClar1995_12 time fork length (0.01533) ShelClar1995
tL_ShelClar1995_17 time fork length (0.02051) ShelClar1995
tL_ShelClar1995_18 time fork length (0.03651) ShelClar1995
tL_ShelClar1995_23 time fork length (0.09373) ShelClar1995
tL_ShelClar1995_24 time fork length (0.03758) ShelClar1995
tL_ShelClar1995_3 time fork length (0.1272) ShelClar1995
tL_ShelClar1995_4 time fork length (0.07415) ShelClar1995
tL_ShelClar1995_9 time fork length (0.04071) ShelClar1995
tL_ShelClar1995_10 time fork length (0.03248) ShelClar1995
tL_ShelClar1995_15 time fork length (0.06265) ShelClar1995
tL_ShelClar1995_16 time fork length (0.02251) ShelClar1995
tL_ShelClar1995_21 time fork length (0.02801) ShelClar1995
tL_ShelClar1995_22 time fork length (0.06107) ShelClar1995
Tab temperature age at birth (0.08266) BeacMurr1990
Tah temperature age at hatch (0.09416) Hemi1982
tWt_Hemi1982_12 age total dry weight (0.1647) Hemi1982
tWt_Hemi1982_10 age total dry weight (0.1566) Hemi1982
tWt_Hemi1982_8 age total dry weight (0.1697) Hemi1982
tWt_Hemi1982_6 age total dry weight (0.189) Hemi1982
tWy_Hemi1982_12 age yolk dry weight (0.2932) Hemi1982
tWy_Hemi1982_10 age yolk dry weight (0.3425) Hemi1982
tWy_Hemi1982_8 age yolk dry weight (0.4812) Hemi1982
tWy_Hemi1982_6 age yolk dry weight (0.4464) Hemi1982
tW_Hemi1982_12 age embryo dry weight (0.3136) Hemi1982
tW_Hemi1982_10 age embryo dry weight (0.2791) Hemi1982
tW_Hemi1982_8 age embryo dry weight (0.2075) Hemi1982
tW_Hemi1982_6 age embryo dry weight (0.2096) Hemi1982
tL_Hemi1982_12 age embryo fork length (0.02173) Hemi1982
tL_Hemi1982_10 age embryo fork length (0.01469) Hemi1982
tL_Hemi1982_8 age embryo fork length (0.01769) Hemi1982
tL_Hemi1982_6 age embryo fork length (0.03047) Hemi1982

Pseudo-data at Tref = 20°C

Data Generalised animal Oncorhynchus tshawytscha Unit Description
v 0.02 0.08199 cm/d energy conductance
p_M 18 22.99 J/d.cm^3 vol-spec som maint
k_J 0.002 0.001073 1/d maturity maint rate coefficient
k 0.3 0.2455 - maintenance ratio
kap 0.8 0.6402 - allocation fraction to soma
kap_G 0.8 0.795 - growth efficiency
kap_R 0.95 0.95 - reproduction efficiency

Discussion

  • shape changes before spawning

Facts

  • Ww(L) = 0.0053 * L^3.27 for high food (Ref: PetrJone2000)
  • Ww(L) = 0.01853 * L^2.81 for juveniles (Ref: ZabeAcho2004)
  • age at pubert = 1 year prior average age at return in California (Ref: BeacMurr1990)
  • semelparous species, i.e. dies after first spawning (Ref: Wiki)
  • Ww_0 = 0.345 g, average chinook data; Water content = 63% (Ref: BeacMurr1990)

Bibliography

Citation