Magallana gigas

COMPLETE = 3.3; MRE = 0.417; SMAE = 0.622; SMSE = 0.462

Data & predictions

data prd RE symbol units description
5.5 1.223 0.7777 ab d age at birth
14.5 3.035 0.7907 tj d time since birth at metam
26.6 9.566 0.6404 tp d time since birth at puberty
1.095e+04 1.474e+04 0.3462 am d life span
0.01 0.00345 0.655 Lb cm shell length at birth
0.034 0.07436 1.187 Lj cm shell length at metam
0.588 0.3265 0.4448 Lp cm shell length at puberty
45 23.16 0.4853 Li cm ultimate shell length
5e-08 1.599e-08 0.6803 Wdb g dry weight at birth
2e-06 1.854e-06 0.07304 Wdj g dry weight at metam
0.0029 0.001743 0.3989 Wwp g wet weight at puberty
1431 622.4 0.5649 Wwi g ultimate wet weight
2.7e+06 2.385e+06 0.1167 Ri #/d maximum reprod rate
0.64 0.3946 0.3834 GSI g/g gonado somatic index
6e+08 3.148e+08 0.4753 KV mum^3/dm^3 half saturation coefficient
see figure 0.342 tL2 time vs. shell length
see figure 0.9998 tWw2 time vs. wet weight
see figure 0.3349 tWd2 time vs. dry weight
see figure 0.3304 tL3 time vs. shell length
see figure 0.9998 tWw3 time vs. wet weight
see figure 0.5742 tWd3 time vs. dry weight
see figure 0.3277 tL4 time vs. shell length
see figure 0.9998 tWw4 time vs. wet weight
see figure 0.3162 tWd4 time vs. dry weight
see figure 0.3442 tL5 time vs. shell length
see figure 0.9998 tWw5 time vs. wet weight
see figure 0.3344 tWd5 time vs. dry weight
see figure 0.35 tL6 time vs. shell length
see figure 0.9998 tWw6 time vs. wet weight
see figure 0.3259 tWd6 time vs. dry weight
see figure 0.3383 tL7 time vs. shell length
see figure 0.9998 tWw7 time vs. wet weight
see figure 0.6537 tWd7 time vs. dry weight
see figure 0.2782 tJX2 time vs. food consumption per oyster
see figure 0.4946 tJX3 time vs. food consumption per oyster
see figure 0.5137 tJX4 time vs. food consumption per oyster
see figure 0.247 tJX5 time vs. food consumption per oyster
see figure 0.3271 tJX6 time vs. food consumption per oyster
see figure 0.5367 tJX7 time vs. food consumption per oyster
see figure 0.249 tF2 time vs. clearance rate
see figure 0.4709 tF3 time vs. clearance rate
see figure 0.4255 tF4 time vs. clearance rate
see figure 0.2642 tF5 time vs. clearance rate
see figure 0.2474 tF6 time vs. clearance rate
see figure 0.505 tF7 time vs. clearance rate
see figure 0.3723 tL_T17 age vs. length
see figure 0.3783 tL_T22 age vs. length
see figure 0.3686 tL_T25 age vs. length
see figure 0.3579 tL_T27 age vs. length
see figure 0.6067 tL_T32 age vs. length
see figure 0.05845 tL_f010 age vs. length
see figure 0.3533 tL_f017 age vs. length
see figure 0.08763 tL_f360 age vs. length
see figure 0.2691 tL_f710 age vs. length
see figure 0.2409 tL_f730 age vs. length
see figure 0.3058 tL_f900 age vs. length
see figure 0.3675 tL_f920 age vs. length
see figure 0.4363 tL_f960 age vs. length
see figure 0.2187 tL_T18_Mark2011 age vs. length
see figure 0.08167 tL_T22_Mark2011 age vs. length
see figure 0.115 tL_T25_Mark2011 age vs. length
see figure 0.1159 tL_T28_Mark2011 age vs. length
see figure 0.1407 tWw_T18_Mark2011 age vs. wet weight
see figure 0.3606 tWw_T22_Mark2011 age vs. wet weight
see figure 0.1543 tWw_T25_Mark2011 age vs. wet weight
see figure 0.06215 tWw_T28_Mark2011 age vs. wet weight
see figure 0.2005 tWw_FabiHuve2005 time vs. wet weight
see figure 0.06892 tL_FabiHuve2005 time vs. shell length
see figure 0.2862 tWwR_FabiHuve2005 time vs. gonad wet weight
see figure 0.3487 tL_CollBoud1999 age vs. length
see figure 0.3462 LWd_GoulWolo2004 length vs. dry weight
see figure 0.2026 LJO_GoulWolo2004 length vs. O_2 consumption
0.02 0.005363 0.7319 psd.v cm/d energy conductance
18 17.34 0.03642 psd.p_M J/d.cm^3 vol-spec som maint
0.002 0.002 0 psd.k_J 1/d maturity maint rate coefficient
0.3 0.2737 0.08751 psd.k - maintenance ratio
0.8 0.2644 0.6695 psd.kap - allocation fraction to soma
0.8 0.7931 0.008611 psd.kap_G - growth efficiency
0.95 0.95 0 psd.kap_R - reproduction efficiency

asj parameters at 20.0°C

symbol units value free description
z - 1.183 1 zoom factor
F_m l/d.cm^2 30.44 1 {F_m}, max spec searching rate
kap_X - 0.3259 0 digestion efficiency of food to reserve
kap_P - 0.2279 0 faecation efficiency of food to faeces
v cm/d 0.005363 1 energy conductance
kap - 0.2644 1 allocation fraction to soma
kap_R - 0.95 0 reproduction efficiency
p_M J/d.cm^3 17.34 1 [p_M], vol-spec somatic maint
p_T J/d.cm^2 0 0 {p_T}, surf-spec somatic maint
k_J 1/d 0.002 0 maturity maint rate coefficient
E_G J/cm^3 2374 0 [E_G], spec cost for structure
E_Hb J 0.0001786 1 maturity at birth
E_Hs J 0.0001858 1 maturity at settlement
E_Hj J 0.02077 1 maturity at metam
E_Hp J 1.779 1 maturity at puberty
h_a 1/d^2 1.029e-08 1 Weibull aging acceleration
s_G - 0.0001 0 Gompertz stress coefficient
E_X J/cell 7.6e-07 0 energy content of a Skeletonema cell
L_0 cm 0.1461 0 length at start of experiment
L_25d cm 0.01095 0 length at start of experiment for tWw data
L_2d cm 0.008392 0 length at start of experiment for tWw data
L_Fabi cm 6.398 1 length at 15 d for FabiHuve2005 data
M_X mol/cell 2.414e-14 0 mol per cell of micro-algae in Rico-data
T_A K 8000 0 Arrhenius temperature
T_ref K 293.1 0 Reference temperature
V_X �m3/cell 85 0 volume per cell of Sketetonema
del_Mb - 0.8691 1 shape coefficient before metam
del_Mj - 0.1966 1 shape coefficient after metam
del_sh - 4 1 shape coefficient shell in wet weight
e_0 - 0.772 0 scaled res density at start of experiment
f - 0.8 0 scaled functional response for 0-var data
f_Fabi - 1.166 1 scaled functional response for FabiHuve2005 data
f_Goul - 0.08418 1 scaled functional response for GoulWolo2004 data
f_Mark - 0.5604 1 scaled functional response for Mark2011 data
f_Rico - 0.03913 1 scaled functional response for Rico-data
s_H - 0.5137 0 fraction of wet weight that is measured as a result of removing all body fluids