)MC - The digital
grammetric Week
103), Heidelberg,
1993. The forest
application. Studia
duction with high
ISPRS Congress,
ina, International
te Sensing, Vol.
-1750.
rivations of stand
vith canopy-based
rest Research, 28
ftware for LIDAR
rsion 3.01. United
ice.
3, Stehman, S. T.
ly sensed data to
ind related spatial
earch, 25 (4), 340-
ee height of forest
1avian Journal of
haracteristics with
'o-stage procedure
nt, 80 (1), 88-99.
yppa, H., Hyyppa,
of forest resources:
ournal of Forest
-MSN method for
ıtes using airborne
>mote Sensing of
2009. A two stage
growing stock.
sing, Vol. 75, No.
A language and
Vienna, Austria.
BN 3-900051-07-
of timber yeilds —
s of native species
cultural Sciences,
nagement, Umea,
ish with English
Soderberg, U., 1992. Functions for forest management. Height,
form height and bark thickness of individual trees. Swedish
University of Agricultural Sciences, Department of Forest
Survey, Umea, Sweden, Report 52. 87 pp. (In Swedish with
English summary).
Soininen, A., 2004. TerraScan for MicroStation, User's Guide.
Terrasolid Ltd., Jyvaskyla, Finland. 132 p.
Stähl, G., 1988. Noggrannheten 1 skogliga data insamlade med
subjektiva inventeringsmetoder [Accuracy in forest data
captured with subjective inventory methods]. Swedish
University of Agricultural Sciences, Department of Biometry
and Forest Management, Umeä, Sweden, Report. (In Swedish).
Stähl, G., 1992. A study on the quality of compartmentwise
forest data acquired by subjective inventory methods. Licentiate
thesis. report 24, Swedish University of Agricultural Sciences,
Department of Biometry and Forest Management, Umeä,
Sweden. (in Swedish with English summary).