# Gómez et al. 2021: Allometric relationships to estimate aboveground biomass of species in a tropical dry forest of Central Mexico

Gómez, J.D., Etchevers, J.D., Campo, J., Monterroso, A.I., Paustian, K., Asensio, C. (2021). Allometric relationships to estimate aboveground biomass of species in a tropical dry forest of Central Mexico. Madera y Bosques, 27(4), e2742441.

- DOI: https://doi.org/10.21829/myb.2021.2742441
- Access: open access
- Copy we read: https://myb.ojs.inecol.mx/index.php/myb/article/download/2441/2274
- Status: no retraction or correction notice recorded (Crossref is asked weekly); last checked 2026-11-02
- Page: https://treeallometry.org/sources/gomez-2021/

## Equations from this source (8)

### Acacia cochliacantha AGB from dbh (Table 3)

Aboveground biomass for Acacia cochliacantha, Mexico. Inputs: DBH. DBH 3.5–12 cm.

As printed (Eq. 2, p. 4):

> ln(Y) = ln(a) + b ln(X)

Page: https://treeallometry.org/equations/gomez-2021-a-cochliacantha/

### Conzattia multiflora AGB from dbh (Table 3)

Aboveground biomass for Conzattia multiflora, Mexico. Inputs: DBH. DBH 4.9–25.2 cm. 8 trees.

As printed (Eq. 2, p. 4):

> ln(Y) = ln(a) + b ln(X)

Page: https://treeallometry.org/equations/gomez-2021-c-multiflora/

### Euphorbia schlechtendalii AGB from dbh (Table 3)

Aboveground biomass for Euphorbia schlechtendalii, Mexico. Inputs: DBH. DBH 5–16 cm.

As printed (Eq. 2, p. 4):

> ln(Y) = ln(a) + b ln(X)

Page: https://treeallometry.org/equations/gomez-2021-e-schlechtendalii/

### Five-species pooled AGB from dbh (Table 4)

Aboveground biomass for Five tropical dry forest species (Acacia cochliacantha, Conzattia multiflora, Euphorbia schlechtendalii, Ipomoea arborescens, Lysiloma microphyllum), Mexico. Inputs: DBH. DBH 3.5–32.9 cm.

As printed (Eq. 2, p. 4):

> ln(Y) = ln(a) + b ln(X)

Page: https://treeallometry.org/equations/gomez-2021-all-species/

### High wood density subgroup (LA) AGB from dbh (Table 4)

Aboveground biomass for Lysiloma microphyllum and Acacia cochliacantha (LA subgroup, wood density 0.83 g/cm3), Mexico. Inputs: DBH.

As printed (Eq. 2, p. 4):

> ln(Y) = ln(a) + b ln(X)

Page: https://treeallometry.org/equations/gomez-2021-la-group/

### Ipomoea arborescens AGB from dbh (Table 3)

Aboveground biomass for Ipomoea arborescens, Mexico. Inputs: DBH. DBH 8–32.4 cm. 8 trees.

As printed (Eq. 2, p. 4):

> ln(Y) = ln(a) + b ln(X)

Page: https://treeallometry.org/equations/gomez-2021-i-arborescens/

### Lower wood density subgroup (CEI) AGB from dbh (Table 4)

Aboveground biomass for Conzattia multiflora, Euphorbia schlechtendalii and Ipomoea arborescens (CEI subgroup, lower wood density), Mexico. Inputs: DBH.

As printed (Eq. 2, p. 4):

> ln(Y) = ln(a) + b ln(X)

Page: https://treeallometry.org/equations/gomez-2021-cei-group/

### Lysiloma microphyllum AGB from dbh (Table 3)

Aboveground biomass for Lysiloma microphyllum, Mexico. Inputs: DBH. DBH 4–32.9 cm. 8 trees.

As printed (Eq. 2, p. 4):

> ln(Y) = ln(a) + b ln(X)

Page: https://treeallometry.org/equations/gomez-2021-l-microphyllum/