Forest Mensuration

A. Form quotient
B. Form factor
C. Form point
D. Taper tables, curves and formulae
E. All of the above

A. On the basis of area
B. On the basis of information contained in them
C. Both (a) & (b)
D. None of these

A. Saw thickness (Kerf)
B. Thickness of timber
C. The minimum length of sawn pieces, the more conservation and less wastage
D. Wider the log, the lesser the wastage
E. All of the above

A. Short billets pack better than long billets
B. Keep the conifer used separate from hardwood
C. Both (a) & (b)
D. None of these

A. Density
B. Moisture content
C. Bark and foreign material
D. All of the above

A. Stem
B. Branches
C. Crown
D. Bark
E. All of the above

A. Xylometer method
B. Mathematical formulae
C. Both (a) & (b)
D. None of these

A. The determination of the dimension, form, volume, age and increments of logs, single trees, stands or whole (B.C.F.T.)
B. It is art of taking measurements for compiling data. In forestry this art is applied / used for measuring the forest produce e.g. Timber, firewood, standing trees or crop
C. Both (a) & (b)
D. None of these

A. Cut/felled material
B. Individual trees
C. Crop or stand
D. Standing tree
E. All of the above

A. Total
B. Bole
C. Merchantable
D. All of the above