Predictions & Data for this entry

Model: abj climate: MC migrate: Mo phylum:
COMPLETE = 3.3 ecozone: MAE food: bjPz, jiCi class:
MRE = 0.114 habitat: 0jMp, jiMcd gender: D order:
SMSE = 0.025 embryo: Mp reprod: O family:

Zero-variate data

Data Observed Predicted (RE) Unit Description Reference
ah 4.5 4.891 (0.08682) d age at hatching Fond1979
ab 8 6.505 (0.1869) d age at birth Fond1979
tj 28 22.24 (0.2057) d time from birth to metamorphosis Fond1979
ap 941.7 717.8 (0.2377) d age at puberty for female Deni1981
ap10 1095 919.2 (0.1605) d age at puberty MollKraa2007
ap_m 708.1 661.3 (0.06612) d age at puberty for male Dore1986, Deni1981
am 9490 9354 (0.01433) d life span for female Deni1981
am_m 8760 8685 (0.008588) d life span for male Deni1981
Lh 0.325 0.3057 (0.05926) cm total length at hatching Fond1979
Lb 0.425 0.3408 (0.1982) cm total length at birth Fond1979
Lj 1 0.8441 (0.1559) cm total length at the end of metamorphosis Fond1979
Lp 27 22.95 (0.1502) cm total length at puberty for female Deni1981, MollKraa2007
Lp_m 22 20.64 (0.06204) cm total length at puberty for male Dore1986
Li 48 46.59 (0.02932) cm ultimate total length for female Deni1981, Whee1978
Li_m 42 44 (0.04761) cm ultimate total length for male Deni1981
Wd0 0.00012 9.391e-05 (0.2175) g dry weight at 0 DevaAlex1987
Wdh 51.9 48.4 (0.0674) micro g dry weight at hatching Day1996
Wdb 91.96 67.02 (0.2712) micro g dry weight at birth Day1996
Wdj 1.8 1.811 (0.006175) mg dry weight at metamorphosis GaloLaga1990
Wwp 173 113 (0.3467) g wet weight at puberty for female Deni1981, MollKraa2007
Wwp_m 87 81.3 (0.06557) g wet weight at puberty for male Deni1981
Wwi 1110 946.3 (0.1473) g ultimate wet weight for female Deni1981
Wwi_m 701 788.1 (0.1243) g ultimate wet weight for male Deni1981
R45 3014 1785 (0.4077) #/d reprod rate at 45 cm WittGree1995
Ri 3027 1730 (0.4285) #/d maximum reprod rate per day Deni1981
E0 2 2.161 (0.0805) J reserve energy in egg DevaAlex1987
pAmi 800 768.5 (0.03938) J.d^-1.cm^-2 max surf.area specific assimilation rate, {pAm}postj, at T_ref Fond1989

Uni- and bivariate data

Data Figure Independent variable Dependent variable (RE) Reference
tL Data for female, male time since fertilization total length (0.07546) Deni1981
tL_m Data for female, male time since fertilization total length (0.07185) Deni1980
LWw total physical length for female gonad-free wet weight (0.08738) Deni1981
LWw_m total physical length for male gonad-free wet weight (0.07503) Deni1981
tL_Fond22 time since birth total length (0.09662) Fonds1979
tL_Fond19 time since birth total length (0.1242) Fonds1979
tL_Fond16 time since birth total length (0.1084) Fonds1979
tL_Fond13 time since birth total length (0.07092) Fonds1979
tL_Fond10 time since birth total length (0.1865) Fonds1979
LJX_T26 total physical length ingestion rate (0.1578) Fond1977
LJX_T22 total physical length ingestion rate (0.1939) Fond1977
LJX_T18 total physical length ingestion rate (0.1497) Fond1977
LJX_T14 total physical length ingestion rate (0.115) Fond1977
LJX_T10 total physical length ingestion rate (0.1866) Fond1977
LN total physical length annual egg production (0.2168) Deni1981
LN_Witt total length fecundity (0.3235) WittGree1995
Tab rearing temperature age at first feeding (0.1842) Fond1979
Tah incubation temperature age at hatching (0.0689) Fond1979
Ttbj rearing temperature time between first feeding and metamorphosis (0.1694) Fond1979
tL_Teal time since birth total length (0.06696) Teal2011
tLlarvae time since hatching (larvae) total physical length (0.05954) Lund2008
tWdlarvae time since hatching (larvae) total dry weight (0.04369) Day1996

Pseudo-data at Tref = 20°C

Data Generalised animal Solea solea Unit Description
v 0.02 0.07283 cm/d energy conductance
kap 0.8 0.7824 - allocation fraction to soma
kap_R 0.95 0.95 - reproduction efficiency
p_M 18 34.2 J/d.cm^3 vol-spec som maint
k_J 0.002 0.002 1/d maturity maint rate coefficient
kap_G 0.8 0.7999 - growth efficiency

Discussion

  • Ref for in situ temperature - Augris 2005 - Figure I-22 : Douarnenez bay average surface temperature for the year 1998 [Augr2005]
  • Males are assumed to differ from females by {p_Am} and E_Hp only
  • mod_1: Different to v1 2015/08/28: ab, tj, Tab and Taj data (Fond1979) replaced with correct values;added multiple zero-variate and uni-variate data, diffentiate males from females, completness from 2.5 to 3.5.Template discussion points and facts removed from v1, included facts and discussion points about Solea solea.
  • Linked publication: Model parameterization (prior to AmP submission) and implications described in Mournier et al., 2020 [MounPecq2020]

Facts

  • In situ datasets from Douarnenez bay (Deni1980) concerns a commercially exploited fish population (Ref: Deni1980)
  • Bigger female/male ever observed in Douarnenez bay: 59 cm for 1679g / 49.5 cm / 1259.5g (Ref: Deni1980)
  • Common sole has a determinate fecundity. (Ref: Witthames1995)

Bibliography

Citation