Growth dominance within a forest stand refers to the proportional contribution to stand growth by individual trees in relation to the proportional contribution of the sizes of those trees to the stand total size. The dynamics of stand development depend on which of the larger or smaller trees in a stand dominate stand growth. Professor D. Binkley and others defined the “growth dominance statistic” that quantifies both the degree to which growth dominance is occurring in a stand and whether or not it is the larger or smaller trees in the stand that are dominating. The proponents of the statistic have not published the mathematical details of its determination. Those details are provided here, together with details of an alternative statistic...
A disaggregation function, relative size-growth (RSG) function, is proposed and developed to distrib...
Graduation date: 1981The control that stand leaf area exerts upon individual tree vigor was tested o...
The structure of a forest stand is characterized by: (a) species composition, (b) age, (c) size (dia...
In a series of papers, Binkley and coauthors suggested dominance curves as a framework for understan...
Forest stand development is driven by individual tree growth, which is a function of resource acquis...
We used data from 142 stands in Colorado andWyoming, USA, to test the expectations of a model of gro...
An approach for estimating asymptotic forest stand yield, basal area, and tree density (number of st...
Empirical observations suggest that in pure even-aged forests, the mean diameter of forest trees (D,...
In forest growing at any one site, the growth rate of an individual tree is determined principally b...
International audience• Context There are many stand property–density relation-ships in ecology whic...
The study presents the results of an analysis of the pine tree growth increments (height increment, ...
A disaggregation function, relative size-growth (RSG), was proposed and developed for interior Dougl...
International audienceAbstractKey messageIndividual-tree seeding height growth models developed usin...
Forest growth models are useful for asking “What if? ” questions when evaluating silvicultural treat...
Many factors limit height increment of trees when age and size increase in large-statured tree speci...
A disaggregation function, relative size-growth (RSG) function, is proposed and developed to distrib...
Graduation date: 1981The control that stand leaf area exerts upon individual tree vigor was tested o...
The structure of a forest stand is characterized by: (a) species composition, (b) age, (c) size (dia...
In a series of papers, Binkley and coauthors suggested dominance curves as a framework for understan...
Forest stand development is driven by individual tree growth, which is a function of resource acquis...
We used data from 142 stands in Colorado andWyoming, USA, to test the expectations of a model of gro...
An approach for estimating asymptotic forest stand yield, basal area, and tree density (number of st...
Empirical observations suggest that in pure even-aged forests, the mean diameter of forest trees (D,...
In forest growing at any one site, the growth rate of an individual tree is determined principally b...
International audience• Context There are many stand property–density relation-ships in ecology whic...
The study presents the results of an analysis of the pine tree growth increments (height increment, ...
A disaggregation function, relative size-growth (RSG), was proposed and developed for interior Dougl...
International audienceAbstractKey messageIndividual-tree seeding height growth models developed usin...
Forest growth models are useful for asking “What if? ” questions when evaluating silvicultural treat...
Many factors limit height increment of trees when age and size increase in large-statured tree speci...
A disaggregation function, relative size-growth (RSG) function, is proposed and developed to distrib...
Graduation date: 1981The control that stand leaf area exerts upon individual tree vigor was tested o...
The structure of a forest stand is characterized by: (a) species composition, (b) age, (c) size (dia...