Matematični model za optimalno upravljanje gozdnogospodarskega območja

Lidija Zadnik Stirn (Author), Zarja Perovšek (Translator)

Abstract

S predloženim matematičnim modelom je predstavljeno gozdnogospodarsko območje, ki je v ekonomskem in organizacijskem smislu zaokrožen sistem z vsemi specifičnostmi proizvodnega procesa v gozdu. Za upravljanje in razvoj tako definiranega sistema od začetnega stanja k ciljnemu so v modelu iskane in oblikovane tiste strategije, ki imajo za posledico maksimalen in trajen donos. Ker pa je proces za usmerjanje razvoja sistema izrazito dolgoročen in večstopenjski, je zgradba modela zasnovana na uporabi kombinacije diskretnega dinamičnega in linearnega programiranja. Je preizkušen na majhnem homogenem elementu gozdne površine in nato na poenostavljenem primeru celotnega gozdnogospodarskega območja.

Keywords

matematika;operacijsko raziskovanje;linearno programiranje;dinamično programiranje;gozdno gospodarstvo;gozdarstvo;upravljanje;teorija sistemov;planiranje v gozdarstvu;matematični model;gozdnogospodarska območja;matematični modeli;

Data

Language:	Slovenian
Year of publishing:	1986
Typology:	2.01 - Scientific Monograph
Organization:	UL BF - Biotechnical Faculty
Publisher:	Inštitut za gozdno in lesno gospodarstvo pri Biotehniški fakulteti
UDC:	630.6:519.863
COBISS:	6277632
Views:	281
Downloads:	63
Average score:	0 (0 votes)
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Other data

Secondary language:	English
Secondary title:	Mathematical model for optimal forest management
Secondary abstract:	The work establishes a mathematical model for forest management. A forest management area, which - from the economic and with all the particularity of wood production, is presented through this model. In order to develop and manage a model which has been defined in this way - from the beginning to the end, the work deals with strategies of forest management which result in maximal sustained yield. Since the process that direct the development of the system is rather long-term oriented and model has been created by the combination of discrete dynamic and linear programming. The model presented in this work was first tested on a small, homogeneous element of forest area and then on a simplified example area.
Secondary keywords:	mathematics;operations research;linear programming;dynamic programming;forestry;systems theory;planning in forestry;mathematical model;
Type (COBISS):	Scientific work
Pages:	202 str.
ID:	12750771