Predictions & Data for this entry

Model: stx	climate: Aw	migrate:	phylum: Chordata
COMPLETE = 2.1	ecozone: TA	food: bxM, xiHl	class: Mammalia
MRE = 0.032	habitat: 0iTi, 0iTs, 0iTh	gender: Dg	order: Diprotodontia
SMSE = 0.001	embryo: Tv	reprod: O	family: Macropodidae

Zero-variate data

Data	Observed	Predicted	(RE)	Unit	Description	Reference
tg	34	35.88	(0.05541)	d	gestation time	Cala1995
tx	426	443.2	(0.04048)	d	time since birth at weaning	PoolMerc1987
tp	639	669.3	(0.04738)	d	time since birth at puberty	RussRich1971
am	3650	3652	(0.0005251)	d	life span	RussRich1971
Wwb	0.703	0.7161	(0.01868)	g	wet weight at birth	RussRich1971
Wwx	7500	7334	(0.02211)	g	wet weight at weaning	Hirs2006
Wwp	1.25e+04	1.192e+04	(0.0466)	g	wet weight at puberty	Hirs2006
Wwi	1.75e+04	1.868e+04	(0.06769)	g	ultimate wet weight	Cala1995
Ri	0.003704	0.003726	(0.006137)	#/d	maximum reprod rate	Cala1995
pL	9.973e+04	9.787e+04	(0.01866)	J/d	average yearly milk production	CorkDove1989

Pseudo-data at T_ref = 20°C

Data	Generalised animal	Macropus antilopinus	Unit	Description
v	0.02	0.05489	cm/d	energy conductance
kap	0.8	0.807	-	allocation fraction to soma
kap_R	0.95	0.95	-	reproduction efficiency
p_M	18	31.08	J/d.cm^3	vol-spec som maint
k_J	0.002	0.001896	1/d	maturity maint rate coefficient
kap_G	0.8	0.8017	-	growth efficiency

Discussion

• 90 percent of milk production originates from upregulation

Bibliography

Citation