Using these equations, we estimated the total branch wood biomass of each sampled tree.
For both species, models for tree self-pruning (i.e. total branch number and dead branch portion), branch mortality and branch architecture (i.e. branch diameter and branch insertion angle) were built.
The models for total branch number and dead branch portion may be interpreted in terms of four processes contributing to self-pruning: (1) stand and tree development, (2) tree competitive status, (3) stand density and (4) site humidity.
Total branch bark proportion also remains relatively constant above d 1.3m measurements of 8 cm.
Shading in GH significantly reduced spikelet number (Fig. 2A) and total branch length (Fig. 2B) for all genotypes.
In this study, qTSN4 was confirmed to increase panicle sink size, particularly in IRRI146 background, while proportionally stimulating panicle branching and total branch length, under different light resources.
Contribution of stem wood, stem bark, coarse roots, total branch, and total foliage uncertainty to total tree uncertainty for Pseudotsuga menziesii, approach 2, positive correlation.
Consequently, a strong correlation was observed between spikelet number (SN) and total branch length (TL) across all genotypes, treatments and experiments (Fig. 3) with SN = 15.00 + 0.83TL [cm] (R2 = 0.88).
Spikelet number over total branch length (spikelet density) was a stable allometry across genotypes and treatments with variation in spikelet number mainly due to the frequency of secondary branches.
The model considering wind speed dependence makes the results of each Monte Carlo calculation more focused on, as shown in Table 6 Total branch deviations of polymerization are smaller than those of without polymerization model.
The qTSN4 increased total branch length, branching frequency and spikelet number per panicle in IRRI146 background in the field and greenhouse, and in IR64 background in the greenhouse, but not for IR64 in the field.
