Sources / Ramos-Veintimilla et al. 2025
Ramos-Veintimilla et al. 2025
Allometric Models to Estimate Aboveground Biomass of Individual Trees of Eucalyptus saligna Sm in Young Plantations in Ecuador
Ramos-Veintimilla, R., Andrade, H. J., Vera-Velez, R., Esparza-Parra, J., Panama-Perugachi, P., Segura, M., & Grijalva-Olmedo, J. (2025). Allometric Models to Estimate Aboveground Biomass of Individual Trees of Eucalyptus saligna Sm in Young Plantations in Ecuador. International Journal of Plant Biology, 16(2), 39.
Checked 2026-11-02. Crossref is asked weekly for retraction or correction notices; none recorded.
4 equations from this source
- Branch biomass, Eucalyptus saligna young plantation, dbh only
Branch biomass · Eucalyptus saligna · Ecuador · DBH · DBH 5.9–21 cm · 46 trees
Ln(B) = −3.63 + 2.37∗Ln(dbh)As printed (Table 2)
- Leaf biomass, Eucalyptus saligna young plantation, dbh only
Foliage biomass · Eucalyptus saligna · Ecuador · DBH · DBH 5.9–21 cm · 46 trees
Ln(B) = −2.61 + 1.86∗Ln(dbh)As printed (Table 2)
- Stem biomass, Eucalyptus saligna young plantation, dbh only
Stem biomass · Eucalyptus saligna · Ecuador · DBH · DBH 5.9–21 cm · 46 trees
Ln(B) = −1.49 + 2.00∗Ln(dbh)As printed (Table 2)
- Total aboveground biomass, Eucalyptus saligna young plantation, dbh only
Aboveground biomass · Eucalyptus saligna · Ecuador · DBH · DBH 5.9–21 cm · 46 trees
Ln(B) = −0.952 + 1.97∗Ln(dbh)As printed (Table 2)