Quantity,Description,Value,Unit,Reference
Gdmax,Max growth rate on a dry weight base ,See file 'Population.csv',,Solidoro et al 2000
Gwmax,Max growth rate on a wet weight base ,0.031,gww^0.333 d^-1,Solidoro et al 2000
Rdmax,Max respiration rate on a dry weight base,0.01,d^-1,Solidoro et al 2000
Rwmax,Max respiration rate on a wet weight base ,0.0081,d^-1,Solidoro et al 2000
p,Dry weight -wet weight allometric exponent,1.26, - ,Goulletquer 1989
k,Wet weight - length allometric exponent,0.333,-,Solidoro et al 2000
q,Coefficient of allometric filter velocity,0.32, - ,Bensch et al 1992
a,Wet weight - length allometric coefficient,0.00026, - ,Solidoro et al 2000
b,Dry weight -wet weight allometric coefficient,0.0234, - ,Goulletquer 1989
m,Anabolism weight exponent,0.6666,-,Ursin 1967
n,Catabolism weight exponent,1, - ,Ursin 1967
vf,Maximum filtration rate,2.3,l/d gdw^-q,Solidoro et al 2000
epsT,Energetic content of Ruditapes philippinarum,19200,J/gdw,Goulletquer 1989
epsF,Energetic content of food,4.7,kJ/gChla,Platt and Irwin 1973
TmaxG,Max temperature for growth,32,°C,Solidoro et al 2000
ToptG,Optimum temperature for growth,22.7,°C,Solidoro et al 2000
TmaxR,Max temperature for respiration,35,°C,Pellizzato 1990
ToptR,Optimum temperature for respiration,20.5,°C,Bensch et al 1992
TmaxV,Maximum temperature for filtration,32,°C,Pellizzato 1990
ToptV,Optimum temperature for filtration,22.7,°C,Solidoro et al 2000
betaG,Coefficient of temperature growth,0.2,°C^-1,Solidoro et al 2000
betaV,Coefficient of temperature respiration,0.17,°C^-1,Solidoro et al 2000
betaR,Coefficient of temperature filtration,0.2,°C^-1,Solidoro et al 2000
niT,Ratio of energetic demand satisfied by nonplanktonic material,0.25, - ,Pastres et al 2001
kap,Clorophyll - C in phytoplankton conversion ratio,8.92,mgChla/gC,Pastres et al 2001
IC,Wet weight initial condition,See filr 'Population.csv',,
ti,start of integration,01/03/2010, - ,
tf,end of integration,15/06/2012, - ,
CS,Commercial size,40,mm,http://www.ciesm.org/atlas/Ruditapesphilippinarum.html
