Sweet chestnut coppice (Castanea sativa Mill.) is a species of great importance in the
northwest of Spain, due to its potential for producing valuable timber in relatively short …

Biomass equations were developed for different components of oak trees (Quercus cerris
L.), which have been managed in coppices at different development stages—small-diameter …

The importance of chestnut coppice stands in northwestern Spain, together with the almost
total lack of growth and yield studies, makes the development of applicable tools to facilitate …

Salix viminalis L. is a broadly cultivated willow species that has been intensively used for
breeding purposes, particularly in selection of clones and hybrids for biomass production …

Cultivation of energy crops is concerned with estimation of the total lignified biomass
(dendromass) production, which is based on the plantation density and individual plant …

The main objective of this study was to derive progeny-specific stump-level biomass models
for coppiced plants from open pollinated families of the selected black locust clones' …

The diversity of species, tree allometry, and stand structure makes modelling forest biomass
a challenge. At tree level diameter at breast height, and height are the most frequently used …

The main objective of this study was to derive clone-specific stump-level biomass models for
coppiced plants of the black poplar (Populus x euroamericana) hybrids 'Agathe'and 'Guardi' …

Abstract The Leaf Area Index (LAI) is a key parameter that helps to understand the
connection between canopy structure and ecosystem functions. In this study, the main aims …

The population of natural Korean pine (Pinus koraiensis) in northeast China has sharply
declined due to massive utilization for its high-quality timber, while this is vice versa for …