Quantity,Description,Value,Unit,Reference
epsR,Clam tissue energy content,19200,J/g,Solidoro et al 2000
epsDT,Energy content of detritus,12.5,J/mgC,Brigolin et al
epsPhy,Energy content of phytoplankton,23.5,J/mgDW,Brigolin et al
epsO2,Energy consumed by the respiration of 1g of oxygen,14,J/mgO2,
alpha,Feeding catabolism,0.092, - ,
CRmax,Maximum filtration rate,See file 'Population.csv',,Solidoro et al 2000
AEmax,Maximum adsorption efficiency,1, - ,
Rmax,Maximum respiration rate,4.32,mlO2/h,
Amax,Maximum ingestion rate for 1 g of clam,3.50E+02,J/g d,Solidoro et al 2000
q,Weight exponent for filtration,3.20E-01, - ,
Ks,Half-saturation constant for AE,0.2, - ,Goulletquer 1989
betaa,Temperature exonent for the anabolism,0.2,1/°C,Solidoro et al 2000
betac,Temperature exponent for the catabolism,0.17,1/°C,Solidoro et al 2000
Tma,Maximum temperature for the anabolic process,32,°C,Pellizzato 1990
Toa,Optimal temperature for the anabolic process,22.7,°C,Solidoro et al 2000
Tmc,Optimum temperature for the catabolic process,35,°C,Pellizzato 1990
Toc,Optimal temperature for the catabolic process,20.5,°C,Bensch et al 1992
aF,Dry weight-wet weight conversion coefficient,0.0234, - ,
bF,Dry weight- wet weight exponent,1.26, -,
a,Dry weight - length conversion coefficient,0.00026, -,
b,Dry weight - length exponent,0.33, -,
lambda,Chlorophyll to Phytoplankton conversion factor,50, - ,
IC,initial condition on weight,See file '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
