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ŠUMARSKI LIST 6-8/1993 str. 88     <-- 88 -->        PDF

H e r w i t z, S. R., D. L. Peterson & J. R. Eastman (1990): Thematic Mapper
detection of changes in the leaf area of closed canopy pine plantations in
central Massachusetts. Remote Sens. Environ. 29: 129—140.


Hildebrandt , G. (1987): Toy or Tool — Fernerkundung aus dem Weltraum:
Spiel oder Werkzeug fur die Forstwirtschaft? Forstw. Chi. 106 (3): 141—168.
Hör ler, D. N. H. & F. J. Ahern (1986): Forestry information content of Thematic
Mapper. Int. J. Remote Sensing 7 (3): 405—428.


Kadro , A. & S. Kunt z (1985): Ergebnisse computergestuetzer Waldschadenserhebungen
mit multispectralen scannerdaten. Proc. IUFRO 4.02 6.05 Conference
Inventorying and Monitoring Endangered Forests. Zuerich: 179—182.


Kal en sky, Z. D. (1991): Overview of FAO Remote Sensing Activities in the Central/
Eastern European Countries, In: Proc. 11th EARSEL Symposium, Graz,
Austria, 157—165.


Kolejka , J. (1991): Application of remotely sensed data in ecological decision
making: Example of the Novomlynske nadrže Reservoirs. Proc. 11th EARSeL
Symposium Graz: 225—229.


Kušan, V., V. V o n d r a, Z. Kalafadžić, R. B e 1 u š i ć & M. A n a n i ć
(1992): GIS — tehnologija koja dolazi, Zbornik sažetaka simpozija »Doprinos
znanosti razvoju šumarstva Hrvatske«, Zagreb 1992, 35—36.


Ma n dl, P. (1991): The analysis of Landsat TM thermal data. Combination of
modelling and Graphical Information System or fthe prediction of surface
temperatures of forested areas. Proc. 11th EARSeL Symposium. Graz: 352—353.


Ormsby , J. P. & R. S. Lunett a (1987): Whitetail deer food availability maps
from Thematic Mapper data. P. E. & R. S. 53 (8): 1081—1085.


P o s o, S. (1985): Towards the integrated use of Satellite data for forest inventories:
A methodological perspective. Proc. IUFRO 4.02/6.05 Conference Inventorying
and Monitoring Endangered Forests. Zuerich: 317—319.


Sab ins, F. F. (1986): Remote Sensing: Principles and interpretation. W. H. Freeman
and Company, New York: 450 str.


Schade , J. & N. Dalangi n (1985): The Philippine national inventory. Monitoring
forest resources by remote sensing. Proc. IUFRO 4.06/6.05 Conference
Inventorying and Monitoring Endangered Forest. Zuerich: 105—108.


Schardt , M. (1989): Forest Classification with TM Data in the Area of Freiburg,
Federal Republic of Germany, In: Proceedings of a Workshop on »Earthnet
Pilot Project on LANDSAT TM Applications«, Frascati, Italy, 1987: 251—259.


Sparner, M. A., L. L. Pierce, D. L. Peterson & S. W. Running (1990):
Remote Sensing of temperate coniferous forest leaf area index. The influence
of canopy closure, understory vegetation and background reflectance. Int. J.
Remote Sensing 11(1): 95—111.


Vogel mann, J. E. & B. N. Rock (1989)? Use of Thematic Mapper data for
the detection of forest damage caused by the Pear Thrips. Remote Sens.
Environ. 30: 217—225.


Wieczorek , J. (1991): Mapping of Windfall damage in. the Hunsrueck plateau
(Germany) utilizing LANDSAT TM data. Proc. 11th EARSEL Symposium.
Graz: 348—388.


Wu, J. K., Q. F. Zen g & W. T. Wan g (1985): Forest inventory using LANDSAT
imagery in the Mao-Shan area of China. Int. J. Remote Sensing 6 (12): 1783—
—1795.


X u, G. Q. (1990): Investigations into Forest Classification using LANDSAT data.
Case studies in Central Styria. Joanneum Research. Graz, Austria: 118 str.
Possibilites of Obtaining Information about Forests Using Satellite Imagery


Summary


The use of imagery taken from artificial earth satellites for information gathering
has become essential technology in many human activities, especially in 1 lumanagement
and monitoring of natural rcsourses, particular in forestry.