Implied properties for this entry
Model: stx
Energy investment, cumulated over the embryo period (left), and allocation during ontogeny
Implied properties at typical temperature (37 deg. C) and abundant food | |||
---|---|---|---|
symbol | value | units | description |
z | 18.981 | - | zoom factor |
c_T | 4.46296 | - | Temperature Correction factor |
s_Hbp | 0.00196503 | - | maturity ratio |
s_s | 0.00456296 | - | supply stress |
a_b | 12.3025 | d | age at birth |
t_g | 48.6304 | d | gestation time |
a_p | 376.128 | d | age at puberty |
a_99 | 645.252 | d | age at length 0.99 * L_i |
Ww_b | 77.0015 | g | wet weight at birth |
Ww_p | 11693.4 | g | wet weight at puberty |
Ww_i | 14318.7 | g | ultimate wet weight |
W_dWm | 4242.58 | g | wet weight at maximum growth |
dWm | 198 | g/d | maximum growth in wet weight |
R_i | 0.00817479 | 1/d | ultimate reproduction rate |
N_i | 64.3974 | # | life time reproductive output |
del_Wb | 0.00537769 | - | birth weight as fraction of maximum weight |
del_Wp | 0.816653 | - | puberty weight as fraction of maximum weight |
del_V | 0.477589 | - | fraction of max weight that is structure |
r_B | 0.00697142 | 1/d | von Bertalanffy growth rate |
E_m | 7551.7 | J/cm^3 | [E_m], reserve capacity |
t_starve | 23.5736 | d | maximum survival time when starved |
t_E | 23.4067 | d | maximum reserve residence time |
xi_WE | 22.0134 | kJ/ g | whole-body energy density of dry biomass (no reprod buffer) |
J_Cb | 0.0448064 | mol/d | CO2 flux at birth |
J_Cp | 3.58267 | mol/d | CO2 flux at puberty |
J_Ci | 4.31886 | mol/d | ultimate CO2 flux |
J_Hb | 0.0382132 | mol/d | water flux at birth |
J_Hp | 3.05549 | mol/d | water flux at puberty |
J_Hi | 3.68335 | mol/d | ultimate water flux |
J_Ob | 0.0526778 | mol/d | O2 flux at birth |
J_Op | 4.21206 | mol/d | O2 flux at puberty |
J_Oi | 5.07757 | mol/d | ultimate O2 flux |
J_Nb | 0.00363295 | mol/d | N-waste flux at birth |
J_Np | 0.290487 | mol/d | N-waste flux at puberty |
J_Ni | 0.350178 | mol/d | ultimate N-waste flux |
p_Ti | 2.47686e+06 | J/d | ultimate total heat |