				Mokelimwaekili (Old-growth forest)			Sombo (Selective logging forest)
Source	Location	Predictor	Allometric equation	AGB	BGB		AGB	BGB
[11]	Gabon	D, H, ρ	$A G B = [- 2.5680 + 0.9517 \times \ln (D^{2} H) + 1.1891 \times \ln (ρ)]$	6.1	1.2 ( [35] )		5.4	1.1 ( [35] )
[18]	Pantropical	D, H, ρ	$A G B = 0.0673 \times {[(ρ D^{2} H)]}^{0.976}$	559.7	131.5 ( [35] )		291.8	68.5 ( [35] )
[32]	Cameroon	D, ρ	$A G B = \exp (- 1.862 + 2.402 \times \ln (D) - 0.341 \times \ln (ρ))$	713.3			461.3
[20]	Cameroon	D	$A G B = \exp (- 2.331 + 2.596 \times \ln (D))$	730.4			455.3
[34]	Madagascar	D, H, ρ	$A G B = \exp (- 2.108 + 0.908 \times \ln (ρ D^{2} H))$	538.7			293.7
[43]	Ghana	D, H, ρ	$A G B = 3.47 \times 10^{- 3} + 0.02 \times ρ D^{2} H$	207.6			106.4
[10]	DR Congo	D	$A G B = (36.3576 - 31.6591 \times \exp (- 0.0221 \times D))$	20.4			18.5
[8]	Africa	D, H, ρ	$A G B = - 2.9205 + 0.9894 \times \ln (D^{2} ρ H)$	6.2			5.5
[45]	Tanzania	D, H	$A G B = 0.076 \times D^{2.2046} \times H^{0.4918}$	613.9			354.2
[45]	Tanzania	D, H	$B G B = 0.176 \times D^{1.784} \times H^{0.343}$		218			142
[47]	Mozambique	D	$A G B = \exp (2.601 \times \log (D) - 3.629)$	1.2			1
[47]	Mozambique	D	$B G B = \exp (2.262 \times \log (D) - 3.370)$		1			0.8
[5]	DR Congo	D, H, ρ	$A G B = 1.603 \times ρ {(D^{2} H)}^{0.657}$	697.7			449.8
[30]	Benin	D, H	$A G B = \exp (- 2.63 + 1.99 \times \ln (D) + 0.67 \times \ln (H))$	465.4			264.6
[32]	Cameroon	D, H, ρ	$A G B = \exp (- 2.436 + 0.139 \times {[\ln (D)]}^{2} + 0.737 \times \ln (D^{2} H) + 0.279 \times \ln (ρ))$	521.4			269.2