Eucalyptus pellita F. Muell is one of pulp woods that is being developed through breeding
plantation programs in Indonesia. The research aimed at exploring the chemical and …

The aim of this study was to clarify the anatomical characteristics and predicted paper quality
of Eucalyptus urophylla, E. grandis, and E. pellita planted in North Sumatra, Indonesia. In …

Fast-growing tree species are being considered as an alternative source of timber to
augment the supply in southern Asian countries. Eucalyptus is one of the most promising …

An evaluation of 100 Eucalyptus globulus and 100 E. nitens trees (six years old) was made
using the Pilodyn micro-drilling tool as an indicator of wood density. Thirty E. globulus and …

This study aimed to investigate the anatomical structure and fiber quality of four lesser-used
wood species namely Benuang (O. sumatrana), Duabanga (D. moluccana), Pisang Merah …

Variation among trees in wood density and wood-fibre properties with height position was
assessed for 29 trees each of E. fastigata and E. nitens from 15/16-year-old stands. Seven …

A detailed description of wood anatomy is essential for assessing the use of a wood species
for processing, and also beneficial for the identification of wood samples. Computerized …

Eucalyptus pellita is one of the fast-growing tree species and has become predominant in
Indonesian forest plantations. Meanwhile, tree breeding programs with clone development …

Eucalyptus pellita is the fast-growing species which is being developed for a raw material of
pulp and paper in Indonesia. The aim of this research was to evaluate the total phenolics …

Variation in wood anatomy and biometric variables was studied in 14 7-year-old Eucalyptus
globulus clones grown in a clonal trial in Arauco, Bio-Bio Region, Chile. Biometric …