Influence of the slope of terrain on the spatial variability of the wood density within Eucalyptus trees

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Charcoal Production and consumption from planted forests of euca- lyptus for manufacture of steel in Brazil has increased significantly in recent years. the charcoal quality is

Lateral and transversal Janka hardness and the next physical proper- ties were determined according to AStM standards: green moisture content; green, normal and basic densities;

According to our results, was concluded that the planting density significantly influenced the basic density of wood, the same effecr does not occur for the others physical

CONCLUDING REMARKS A decrease of microfibril angles from pith to bark could be verified for some of these 14-year-old Eucalyptus urophylla wood samples; however, some radial

ABSTRACT: This research aimed to apply the near infrared spectroscopy technique (NIRS) for fast prediction of basic density and morphological characteristics of wood fibers

Growth traits (height and circumference), morphological traits (taper, branc habit, stem straightness) and wood property traits (bark percentage, density, splitting)

Sorne micro-mechanical models allow the expression of the longitudinal deformation of maturation at the scale of the cell wall in terms of two biochemical phenomenons (Fig 5 et 6)