Sentence examples for adjust tree from inspiring English sources

The constrained least squares method (Matney et al. [1990], Cao and Baldwin [1999]) was used to adjust tree attributes (tree survival probability, squared diameter, or total height) by minimizing the sums of squared differences between the predicted and adjusted attributes, subject to the constraints that the aggregations had to match predictions from a whole-stand model (equations 7 8 of Table 1).

where α is the adjustment coefficient used to match the sum of adjusted tree survival probabilities ( p ˜ i j ) to predictions from the stand survival model (equation 1).

The adjusted tree model combined the best features of whole-stand and individual-tree models.

These include five disaggregation methods for adjusting tree survival probability (equations 21 25 of Table 1) and three methods for diameter growth adjustment (equations 26 28 of Table 1).

Maximum likelihood trees were produced using a fast hill-climbing algorithm which adjusts tree topology and branch lengths simultaneously [ 71].

The quartets distance to the randomized trees had a median of 0.685 (s.d. = 0.002)–much larger than both the quartets scores for the classification and adjusted trees.

We then systematically calculated the normalized quartets distance between the "classification" and "adjusted" trees to each of the 4,200 trees in the Gray et al [3] posterior probability distribution.

Additionally, the adjustment algorithm dynamically adjusts tree structure to avoid breaking tree link.

Likewise, estimates of the alpha model fail to adjust extreme tree shapes and often yield a zero value [3], thus being also hard to interpret.

In anticipation of a warming world, it might therefore be advisable to adjust the tree species composition to more warm- and drought-tolerant species (through planting or assisted migration) in order to sustain important ecosystem services (Kolström et al. 2011, Seidl et al. 2011a).

Maximum likelihood (ML) phylogenetic trees were constructed with PhyML using a hill-climbing algorithm that adjusts tree topology and branch lengths simultaneously [56].