# Rufini et al. 2010: Equações volumétricas para o cerrado sensu stricto, em Minas Gerais

Rufini, A.L., Scolforo, J.R.S., Oliveira, A.D. de, Mello, J.M. de (2010). Equações volumétricas para o cerrado sensu stricto, em Minas Gerais. CERNE, 16(1), 1-11.

- DOI: https://doi.org/10.1590/s0104-77602010000100001
- Access: open access
- Copy we read: https://www.scielo.br/j/cerne/a/n7hz4jCWRWRnMgBGSCpD8Vp/?lang=pt&format=pdf
- Status: no retraction or correction notice recorded (Crossref is asked weekly); last checked 2026-11-02
- Page: https://treeallometry.org/sources/rufini-2010/

## Equations from this source (28)

### Cerrado s.s. MG, Stem volume with bark, Schumacher-Hall log, regions 2 and 3 pooled

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height.

As printed (Table 2, combination 23):

> Ln(VFcc) = -9,517097 + 1,635911663 * Ln(Dap) + 1,0633449911 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r23-fvol-bark/

### Cerrado s.s. MG, Stem volume with bark, Schumacher-Hall log, SF 1, 2, 3, 4 sub-basins (region 1)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 157 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFcc) = -9,359090131 + 1,4142164584* Ln(Dap) + 1,2521751953 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r1-fvol-bark/

### Cerrado s.s. MG, Stem volume with bark, Schumacher-Hall log, SF 5, 6, 10 sub-basins (region 2)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 113 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFcc) = -9,4778588031 + 1,5987243415 * Ln(Dap) + 1,0831591575 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r2-fvol-bark/

### Cerrado s.s. MG, Stem volume with bark, Schumacher-Hall log, SF 7, 8, 9 sub-basins (region 3)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 227 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFcc) = -9,5167250058 + 1,6443496226 * Ln(Dap) + 1,0583352334 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r3-fvol-bark/

### Cerrado s.s. MG, Stem volume with bark, Spurr log, SF 1, 2, 3, 4 sub-basins (region 1)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 157 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFcc) = -9,0906864718 + 0,8295402352 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r1-fvol-bark/

### Cerrado s.s. MG, Stem volume with bark, Spurr log, SF 5, 6, 10 sub-basins (region 2)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 113 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFcc) = -9,4115232717 + 0,8668856693 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r2-fvol-bark/

### Cerrado s.s. MG, Stem volume with bark, Spurr log, SF 7, 8, 9 sub-basins (region 3)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 227 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFcc) = -9,4609802313 + 0,8777634851 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r3-fvol-bark/

### Cerrado s.s. MG, Stem volume without bark, Schumacher-Hall log, regions 2 and 3 pooled

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height.

As printed (Table 2, combination 23):

> Ln(VFsc) = -10,0185310695 + 1,595186012 * Ln(Dap) + 1,256733019 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r23-fvol-nobark/

### Cerrado s.s. MG, Stem volume without bark, Schumacher-Hall log, SF 1, 2, 3, 4 sub-basins (region 1)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 157 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFsc) = -9,8952037838 + 1,3636681218 * Ln(Dap) + 1,4676421551 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r1-fvol-nobark/

### Cerrado s.s. MG, Stem volume without bark, Schumacher-Hall log, SF 5, 6, 10 sub-basins (region 2)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 113 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFsc) = -9,9796582821 + 1,5264557777 * Ln(Dap) + 1,3249346219 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r2-fvol-nobark/

### Cerrado s.s. MG, Stem volume without bark, Schumacher-Hall log, SF 7, 8, 9 sub-basins (region 3)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 227 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFsc) = -10,0174841625 + 1,620757414 * Ln(Dap) + 1,2252977599 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r3-fvol-nobark/

### Cerrado s.s. MG, Stem volume without bark, Spurr log, SF 1, 2, 3, 4 sub-basins (region 1)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 157 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFsc) = -9,5082535905 + 0,8583409257 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r1-fvol-nobark/

### Cerrado s.s. MG, Stem volume without bark, Spurr log, SF 5, 6, 10 sub-basins (region 2)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 113 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFsc) = -9,84836332 + 0,8968741413 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r2-fvol-nobark/

### Cerrado s.s. MG, Stem volume without bark, Spurr log, SF 7, 8, 9 sub-basins (region 3)

Stem volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 227 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VFsc) = -9,9195440894 + 0,9080445212 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r3-fvol-nobark/

### Cerrado s.s. MG, Total volume with bark, Schumacher-Hall log, regions 2 and 3 pooled

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height.

As printed (Table 2, combination 23):

> Ln(VTcc) = -9,6836972937 + 2,404913352 * Ln(Dap) + 0,455585292 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r23-tvol-bark/

### Cerrado s.s. MG, Total volume with bark, Schumacher-Hall log, SF 1, 2, 3, 4 sub-basins (region 1)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 157 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTcc) = -9,8295559061 + 2,352792258 * Ln(Dap) + 0,6087571437 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r1-tvol-bark/

### Cerrado s.s. MG, Total volume with bark, Schumacher-Hall log, SF 5, 6, 10 sub-basins (region 2)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 113 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTcc) = -9,6160446621 + 2,3668524642 * Ln(Dap) + 0,4627242326 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r2-tvol-bark/

### Cerrado s.s. MG, Total volume with bark, Schumacher-Hall log, SF 7, 8, 9 sub-basins (region 3)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 227 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTcc) = -9,7289673246 + 2,4207715832 * Ln(Dap) + 0,4608810281 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r3-tvol-bark/

### Cerrado s.s. MG, Total volume with bark, Spurr log, SF 1, 2, 3, 4 sub-basins (region 1)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 157 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTcc) = -10,1090745528 + 1,0488940347 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r1-tvol-bark/

### Cerrado s.s. MG, Total volume with bark, Spurr log, SF 5, 6, 10 sub-basins (region 2)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 113 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTcc) = -9,7845036394 + 1,0119504143 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r2-tvol-bark/

### Cerrado s.s. MG, Total volume with bark, Spurr log, SF 7, 8, 9 sub-basins (region 3)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 227 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTcc) = -9,9058850892 + 1,033963445 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r3-tvol-bark/

### Cerrado s.s. MG, Total volume without bark, Schumacher-Hall log, regions 2 and 3 pooled

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height.

As printed (Table 2, combination 23):

> Ln(VTsc) = -10,1851313632 + 2,364187701 * Ln(Dap) + 0,6489733199 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r23-tvol-nobark/

### Cerrado s.s. MG, Total volume without bark, Schumacher-Hall log, SF 1, 2, 3, 4 sub-basins (region 1)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 157 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTsc) = -10,3656695589 + 2,302243921 * Ln(Dap) + 0,8242241035 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r1-tvol-nobark/

### Cerrado s.s. MG, Total volume without bark, Schumacher-Hall log, SF 5, 6, 10 sub-basins (region 2)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 113 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTsc) = -10,1178441412 + 2,294583900 * Ln(Dap) + 0,704499697 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r2-tvol-nobark/

### Cerrado s.s. MG, Total volume without bark, Schumacher-Hall log, SF 7, 8, 9 sub-basins (region 3)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 227 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTsc) = -10,2297264813 + 2,397179375 * Ln(Dap) + 0,6278435546 * Ln(H)

Page: https://treeallometry.org/equations/rufini-2010-sh-r3-tvol-nobark/

### Cerrado s.s. MG, Total volume without bark, Spurr log, SF 1, 2, 3, 4 sub-basins (region 1)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 157 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTsc) = -10,5266416714 + 1,0776947252 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r1-tvol-nobark/

### Cerrado s.s. MG, Total volume without bark, Spurr log, SF 5, 6, 10 sub-basins (region 2)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 113 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTsc) = -10,2213436877 + 1,0419388864 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r2-tvol-nobark/

### Cerrado s.s. MG, Total volume without bark, Spurr log, SF 7, 8, 9 sub-basins (region 3)

Total volume for Cerrado sensu stricto tree species (mixed), Brazil. Inputs: DBH + Height. 227 trees.

As printed (Table 1 (selected equations by region)):

> Ln(VTsc) = -10,3644489473 + 1,064244481 * Ln((Dap^2) * H)

Page: https://treeallometry.org/equations/rufini-2010-spurr-r3-tvol-nobark/