Sources / Djomo et al. 2010
Djomo et al. 2010
Allometric equations for biomass estimations in Cameroon and pan moist tropical equations including biomass data from Africa
Djomo, A.N., Ibrahima, A., Saborowski, J., Gravenhorst, G. (2010). Allometric equations for biomass estimations in Cameroon and pan moist tropical equations including biomass data from Africa. Forest Ecology and Management, 260(10), 1873–1885.
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7 equations from this source
- Campo-Ma'an AGB from D²H (Table 3, model 3)
Aboveground biomass · Mixed species, Campo-Ma'an lowland moist forest · Cameroon · DBH + Height · DBH 1–79 cm · 71 trees
3. ln(M) = a + b ln(D2 H) a = −3.0788 b = 0.9066As printed (Table 3, Total biomass, model 3)
- Campo-Ma'an AGB from DBH (Table 3, model 2)
Aboveground biomass · Mixed species, Campo-Ma'an lowland moist forest · Cameroon · DBH · DBH 1–79 cm · 71 trees
2. ln(M) = a + b ln(D) a = −2.1079 b = 2.3278As printed (Table 3, Total biomass, model 2)
- Campo-Ma'an AGB from DBH and wood density (Table 3, model 4)
Aboveground biomass · Mixed species, Campo-Ma'an lowland moist forest · Cameroon · DBH + Wood density · DBH 1–79 cm · 71 trees
4. ln(M) = a + b ln(D) + c ln(ρ) a = −1.9644 b = 2.3382 c = 0.3579As printed (Table 3, Total biomass, model 4)
- Campo-Ma'an AGB from DBH, height and wood density (Table 3, model 5)
Aboveground biomass · Mixed species, Campo-Ma'an lowland moist forest · Cameroon · DBH + Height + Wood density · DBH 1–79 cm · 71 trees
5. ln(M) = a + b(ln D)2 + c ln(D2 H) + β ln(ρ) a = −2.3325 b = 0.1651 c = 0.6620 (β = 0.1309)As printed (Table 3, Total biomass, model 5 and footnote a)
- Pan moist tropical AGB from D²H (Table 4, model 3)
Aboveground biomass · Mixed species, pan moist tropical forests (Campo-Ma'an plus data from Asia and South America) · Pantropical · DBH + Height · DBH 1–138 cm · 274 trees
3. ln(M) = a + b ln(D2 H) a = −3.2249 b = 0.9885As printed (Table 4, model 3)
- Pan moist tropical AGB from DBH (Table 4, model 2)
Aboveground biomass · Mixed species, pan moist tropical forests (Campo-Ma'an plus data from Asia and South America) · Pantropical · DBH · DBH 1–148 cm · 443 trees
2. ln(M) = a + b ln(D) a = −2.1801 b = 2.5624As printed (Table 4, model 2)
- Pan moist tropical AGB from DBH, height and wood density (Table 4, model 5)
Aboveground biomass · Mixed species, pan moist tropical forests (Campo-Ma'an plus data from Asia and South America) · Pantropical · DBH + Height + Wood density · DBH 1–138 cm · 274 trees
ln(M) = −2.4733 + 0.2893(ln D)2 − 0.0372(ln D)3 + 0.7415 ln(D2 H) + 0.2843 ln(ρ)As printed (Section 3.2, model 14 / Table 4, model 5)