Prunus serotina / Branch biomass
NSVB black cherry, Warm Continental Division (210): branch biomass (wood and bark), Schumacher-Hall model (Eq. 1)
Branch biomassPrunus serotina · RosaceaeUnited StatesRead from the original paper
© Douglas Goldman · CC BY-SA · iNaturalistEquation
As printed (Table S7a (Table S7a_branch_biomass_coefs_spcd.csv, WO-GTR-104-Supp1), columns SPCD,DIVISION,STDORGCD,model,a,b,b1,c)
762,210,,1,0.004782639,2.669533389,,1.005314035
In this library's units, ready to compute (kg)
Branch biomass = 0.45359237 * 0.004782639 * (D/2.54)^2.669533389 * (H/0.3048)^1.005314035D- Diameter at breast height (1.3 m), cm
H- Total tree height, m
DBH is measured at 4.5 ft (1.37 m). Paper units: in, ft, lb; expression converts D cm→in (/2.54), H m→ft (/0.3048) and lb→kg (×0.45359237). n and the DBH range are from the scorecard for BRT_WDBK_DW_TOT in 210 (table S19).
Source
doi:10.2737/WO-GTR-104 · Open access · copy we read
yi = a × Di^b × Hi^c + εi
Di is diameter (inches) at breast height (4.5 feet), Hi is total tree height (feet)
units for volume and biomass predictions are cubic feet and pounds, respectively
762,black cherry,N,Prunus,serotina,,,Prunus serotina
total branch wood and bark biomass
"Branches","BRT_WDBK_DW_TOT","762","210","WARM_CONTINENTAL_DIVISION",80,8.9225,1.2,19.5
key modeling statistics such as sample sizes (n), tree diameter distributions (minimum, mean, and maximum)
- Trees measured
- 80
- DBH range
- 3.05–49.53 cm
- Method
- NSVB Schumacher-Hall model (Eq. 1), coefficients for SPCD 762 in DIVISION 210 from table S7a; fitted with weighted regression to destructively sampled trees
- Where
- FIA ecodivision Warm Continental Division (210), mapped in GTR fig. 1
- Last checked
- 2026-11-03
Calculate
Height from
118
Branch biomass (kg)
55.5
Carbon (kg), ×0.47
203
CO₂e (kg), ×44/12
Shaded: the DBH range the model was fitted on. Other inputs held at the values above.
Checks this equation passes
On every build, the library's form and the paper's own form (in its units) must both give these values within 1%.
| Inputs | Expected | We get | From |
|---|---|---|---|
| D = 30.5, H = 21.3 | 118 | 118 | Computed from the printed form computed from the published form at D = 12 in, H = 70 ft, converted to cm, m and kg |
Related
- Canadian national equation, black cherry, dbh only (branches; Table 3) · Lambert et al. 2005 · DBH
- Canadian national equation, black cherry, dbh and height (branches; Table 4) · Lambert et al. 2005 · DBH + Height
- NSVB black cherry, species-level (all ecodivisions): branch biomass (wood and bark), Schumacher-Hall model (Eq. 1) · Westfall et al. 2024 · DBH + Height
- NSVB Pacific silver fir, Marine Division (240): total stem wood volume (inside bark), modified Wiley model (Eq. 4) · same paper · Stem volume
- NSVB Pacific silver fir, species-level (all ecodivisions): total aboveground biomass (without foliage), Schumacher-Hall model (Eq. 1) · same paper · Aboveground biomass, without leaves
- NSVB Pacific silver fir, species-level (all ecodivisions): branch biomass (wood and bark), Schumacher-Hall model (Eq. 1) · same paper · Branch biomass
- NSVB Pacific silver fir, Warm Continental Regime Mountains (M210): total stem wood volume (inside bark), modified Wiley model (Eq. 4) · same paper · Stem volume
- NSVB Pacific silver fir, Marine Regime Mountains (M240): total stem wood volume (inside bark), modified Wiley model (Eq. 4) · same paper · Stem volume
- NSVB Pacific silver fir, species-level (all ecodivisions): total stem wood volume (inside bark), modified Wiley model (Eq. 4) · same paper · Stem volume
- NSVB balsam fir, Subarctic Division (130): total stem wood volume (inside bark), segmented model (Eq. 2), D ≥ 9 in (22.86 cm) · same paper · Stem volume
- NSVB balsam fir, Subarctic Division (130): total stem wood volume (inside bark), segmented model (Eq. 2), D < 9 in (22.86 cm) · same paper · Stem volume