Table 2.

Input parameters ranked according to the most to the least influential with respect to each of the model output variables, as determined by the total-order Sobol sensitivity index.

Group	SO2	SHAc	SHPr	SPO4	XPAO	XPHB	XPHV	XPH2MV	XGly	XPP
Metabolic	KGly	KGly	δ	KHPr	KGly	δ	KPHA	K1	KGly	δ
	KPP	KPHA	KPHA	KPP	KPHA	KHPr	KHPr	KPP	KPP	KHPr
	KHPr	δ	KPP	KPHA	δ	KGly	KPP	δ	K1	KPP
	K1	K1	KHPr	K1	KHPr	KPHA	KGly	KHPr	δ	KPHA
	δ	KPP	KGly	δ	K1	K1	δ	KPHA	KHPr	KGly
	KPHA	KHPr	K1	KGly	KPP	KPP	K1	KGly	KPHA	K1
Kinetic	qGly	qGly	fGly, max	qHPr	qPP	qPP	mATP, an	mATP, an	qHPr	qPP
	fGly, max	qHPr	mATP, an	mATP, an	qHPr	fGly, max	qPP	qPP	qPP	qHPr
	qHPr	fGly, max	qGly	qGly	mATP, an	qGly	qHPr	qHPr	mATP, an	mATP, an
	mATP, an	mATP, an	qHPr	fGly, max	qGly	qHPr	fGly, max	fGly, max	qGly	fGly, max
	qPP	qPP	qPP	qPP	fGly, max	mATP, an	qGly	qGly	fGly, max	qGly
Arrhenius coef	θqPP	θmATP, an	θmATP, an	θqPP	θqGly	θqPP	θmATP, an	θqGly	θmATP, an	θqPP
	θmATP, an	θqGly	θqGly	θqGly	θmATP, an	θmATP, an	θqPP	θqPP	θqPP	θmATP, an
	θqGly	θqPP	θqPP	θmATP, an	θqPP	θqGly	θqGly	θmATP, an	θqGly	θqGly
Process condition	fGly, i	T	fPHB, i	fPH2MV, i	fPH2MV, i	fPHB, i	T	rHAc/HPr, i	SVFA, i	fGly, i
	rHAc/HPr, i	SVFA, i	fPH2MV, i	SVFA, i	T	SVFA, i	fPH2MV, i	fGly, i	T	fPHB, i
	SVFA, i	fGly, i	SVFA, i	fGly, i	fPHB, i	rHAc/HPr, i	SVFA, i	XPAO, i	fGly, i	T
	fPHB, i	fPH2MV, i	rHAc/HPr, i	fPHB, i	SVFA, i	T	fPHB, i	T	rHAc/HPr, i	rHAc/HPr, i
	fPH2MV, i	fPHB, i	fGly, i	rHAc/HPr, i	rHAc/HPr, i	fPH2MV, i	fGly, i	fPP, i	fPHB, i	SVFA, i
	T	rHAc/HPr, i	T	T	fGly, i	fGly, i	rP/C, i	fPHB, i	fPH2MV, i	fPH2MV, i
	fPHV, i	fPHV, i	fPHV, i	fPHV, i	fPHV, i	fPHV, i	XPAO, i	SVFA, i	fPHV, i	fPHV, i
	fPP, i	fPP, i	fPP, i	fPP, i	fPP, i	rP/C, i	rHAc/HPr, i	fPH2MV, i	fPP, i	fPP, i
	rP/C, i	rP/C, i	rP/C, i	rP/C, i	rP/C, i	XPAO, i	fPP, i	rP/C, i	rP/C, i	rP/C, i
	XPAO, i		XPAO, i	XPAO, i			fPHV, i	fPHV, i		XPAO, i
	pH

Input parameters whose sensitivity was lower than the average are not shown.