Predictions & Data for this entry

Model: abj climate: Am migrate: phylum:
COMPLETE = 4.6 ecozone: TPi food: biCi class:
MRE = 0.122 habitat: 0iFp, 0iFm gender: D order:
SMSE = 0.031 embryo: Fh reprod: O family:

Zero-variate data

Data Observed Predicted (RE) Unit Description Reference
ab 5 5.349 (0.0698) d age at birth BestAdat2010
aj 22 23.33 (0.06061) d age at metam BestAdat2010
ap 75 75.96 (0.01286) d age at puberty EatoFarl1974a
am 1642 1107 (0.3259) d life span GerhKauf2002
L0 0.07 0.0909 (0.2986) cm egg diameter ForbPres2010
Lb 0.4 0.2948 (0.263) cm total length at birth Schi2002
Lj 1 1.008 (0.00785) cm total length at metam Schi2002
Lp 3.25 3.228 (0.006748) cm total length at puberty EatoFarl1974a
Li 5 5.322 (0.06444) cm ultimate total length SpenGerl2008, Schi2002
Wd0 0.0001 7.867e-05 (0.2133) g egg dry weight Augu2009
Wwi 1 1.164 (0.1641) g ultimate wet weight Augu2009
Ri 240 168.3 (0.2985) #/d max reproduction EatoFarl1974b
GSI 0.15 0.1796 (0.1975) - Gonado Somatic Index ForbPres2010
Wwt 0.8632 0.8415 (0.02513) g final wet weight BeauGous2015

Uni- and bivariate data

Data Figure Independent variable Dependent variable (RE) Reference
tL_LawrEber2002_high LawrEber2002 data at high, low food time since birth total length (0.06209) LawrEber2008
tL_LawrEber2002_low LawrEber2002 data at high, low food time since birth total length (0.0494) LawrEber2008
tLf1 time since fertilization standard length (0.05867) BeauGous2015
tLf2 time since fertilization standard length (0.0642) BeauGous2015
tLf3 time since fertilization standard length (0.07844) BeauGous2015
tW time wet weight (0.1667) DrewRodn2008
tWs time wet weight (0.1994) DrewRodn2008
LWw total length wet weight (0.2571) Baye2005
tL time standard length (0.008839) DrewRodn2008
tL1 time standard length (0.01717) BeauGous2015
tL_BagaPels2001 time since fertilization total length (0.1033) BagaPels2001
tL_BestAdat2010 time since fertilization total length (0.2163) BestAdat2010
tL_EatoFarl1974 time since birth standard length (0.128) EatoFarl1974b
tL_Schi2002 time since fertilization total length (0.09885) Schi2002
tMC age C (0.039) BangGron2004
tMN age N (0.1877) BangGron2004
tN time cumulated number of eggs (0.08182) BeauGous2015
tS time since birth surviving fraction (0.06832) GerhKauf2002
tS_starv time since hatch surviving larvae (0.04812) GeffSimo2013
tWd_BagaPels2001 time since fertilization dry weight (0.2018) BagaPels2001
tWw_BagaPels2001 time since fertilization wet weight (0.1298) BagaPels2001

Pseudo-data at Tref = 20°C

Data Generalised animal Danio rerio Unit Description
v 0.02 0.0196 cm/d energy conductance
p_M 18 243 J/d.cm^3 vol-spec som maint
k_J 0.002 0.002 1/d maturity maint rate coefficient
k 0.3 0.04335 - maintenance ratio
kap 0.8 0.3576 - allocation fraction to soma
kap_G 0.8 0.7943 - growth efficiency
kap_R 0.95 0.95 - reproduction efficiency

Discussion

  • version 2018 08 08: KimBall95 and Augu2011 no longer included
  • version 2018 08 08: studies by GomeConc2010, SchaRyan2006, BarrFern2010, BarrBurg1999, are not longer included. Previous version included them but gave them zero weight because growth deviates from what is assumed to be the normal patterns of growth at constant food (see EatoFarly1974,LawrEber2008, Schi2002, BestAdat2010 and discussion in AuguGagn2011)
  • version 2018 08 08: it is no longer possible to implement different Arrhennius temperatures for embryo and adult
  • version 2018 08 08: Egg respiration data from BangGron2004 is not longer included, the data show that the respiration stops quite early on while development and growth is very fast. We think this is an artefact. You can find back the data in the previous version.
  • version 2018 08 08: inclusion of juvenile growth and adult reproduction data from BeauGous2015.
  • version 2018 08 08: Buffer handling rules from AuguGagn2012 are used for modelling starvation response. We estimate at adult females have 200 and 800 J in the reproduction buffer at the start of the trials. This is in line with finding from AuguGang2012
  • version 2018 08 08: standard length is 80% of the total length:

Bibliography

Citation