Add to ORKGA description of stand development is presented which incorporates several ecological concepts, including: full-site occupancy; self-thinning; and the relation between the number and average size of plants in the population. Each of these concepts is integrated by a general size-density model. It is suggested that stands which are undergoing self-thinning are those which have achieved an upper limit in the amount of foliage supported. It is postulated that the predictable size-density relations in self-thinning populations can be explained on the basis of regulation and redistribution of a fixed amount of foliage among a declining number of larger individuals
Size-density relationships define the maximum number of stems that even-aged stands of a given speci...
Introduction In pure and even-aged stands, the allometry between mean tree size and maximum stand de...
A few assumptions were used to generate a series of specific, quantitative predictions for the relat...
International audience• Context There are many stand property–density relation-ships in ecology whic...
Density management diagrams (DMDs) are used to quickly examine alternative density management regime...
The main goal of this review was to characterize ecological consequences of growing trees at variabl...
Context: There are many stand property-density relationships in ecology which represent emergent pro...
The concept of describing the process of self-thinning stands is considered from the standpoint of t...
The hypothesis that size-density relationships result from the distribution of constant amounts of p...
The hypothesis that size-density relationships result from the distribution of constant amounts of p...
Calibration of the self-thinning frontier in even-aged monocultures is hampered by scarce data and b...
The effect of variations in fertility level of the substrate on the self-thinning lines followed by ...
The development of stand basal a;ea at the height of the lowest living branch was studied in four No...
Summary. We looked at the relationship between "available area", as defined by Thiessen po...
The main goal of this review was to characterize ecological consequences of growing trees at variabl...
Size-density relationships define the maximum number of stems that even-aged stands of a given speci...
Introduction In pure and even-aged stands, the allometry between mean tree size and maximum stand de...
A few assumptions were used to generate a series of specific, quantitative predictions for the relat...
International audience• Context There are many stand property–density relation-ships in ecology whic...
Density management diagrams (DMDs) are used to quickly examine alternative density management regime...
The main goal of this review was to characterize ecological consequences of growing trees at variabl...
Context: There are many stand property-density relationships in ecology which represent emergent pro...
The concept of describing the process of self-thinning stands is considered from the standpoint of t...
The hypothesis that size-density relationships result from the distribution of constant amounts of p...
The hypothesis that size-density relationships result from the distribution of constant amounts of p...
Calibration of the self-thinning frontier in even-aged monocultures is hampered by scarce data and b...
The effect of variations in fertility level of the substrate on the self-thinning lines followed by ...
The development of stand basal a;ea at the height of the lowest living branch was studied in four No...
Summary. We looked at the relationship between "available area", as defined by Thiessen po...
The main goal of this review was to characterize ecological consequences of growing trees at variabl...
Size-density relationships define the maximum number of stems that even-aged stands of a given speci...
Introduction In pure and even-aged stands, the allometry between mean tree size and maximum stand de...
A few assumptions were used to generate a series of specific, quantitative predictions for the relat...