Table 1. The 14 primary parameters of the std-DEB model in a time-length-energy frame [4].

The values are considered typical values among species at 20°C with maximum structural length $L_m=z{L}_m^{\text{ref}}$ for a dimensionless zoom factor z and $L_m^{\text{ref}}=1$ cm. Structural length is the cubic root of structural volume, which, together with reserve, contributes to body mass. The Gompertz stress coefficient is almost zero for ectotherms and around 0.1 for endotherms, while the Weibull aging acceleration varies greatly between species.

specific searching rate	$\left\{{\dot{F}}_m\right\}$	6.5 l cm−2 d−1
assimilation efficiency	κX	0.8
max surface-spec. assimilation rate	$\left\{{\dot{p}}_{Am}\right\}$	22.5 z J cm−2d−1
energy conductance	$\dot{v}$	0.02 cm d−1
allocation fraction to soma	κ	0.8
reproduction efficiency	κR	0.95
volume-spec. som. maint. cost	$\left[{\dot{p}}_M\right]$	18 J cm−3d−1
surface-spec. som. maint. cost	$\left\{{\dot{p}}_T\right\}$	0 J cm−2d−1
maturity maint. rate coeff.	${\dot{k}}_J$	0.002 d−1
specific cost for structure	[EG]	2800 J cm−3
maturity at birth	$E_H^b$	0.275 z3 J
maturity at puberty	$E_H^p$	166 z3 J
Gombertz stress coefficient	sG	0.0001
Weibull aging acceleration	${\ddot{h}}_a$	10−10 d−2