2021•IOP Conference Series Earth and Environmental ScienceOpen access

Algorithm for modeling forest transport routes in a forest quarter

Konstantin P. Rukomojnikov, Evgeny Carev, S Anisimov, T Sergeeva

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Abstract

The materials of the article relate to the forest industry and can be used in planning the infrastructure of the forest quarter, on the territory of which forest felling will be carried out, combined in time with reforestation operations. This type of reforestation involves replanting coniferous undergrowth that can be damaged during logging operations. In this variant of work, coniferous undergrowth is transplanted from forest areas where felling is planned to nearby forest areas where felling is not planned and coniferous undergrowth is absent. The proposed algorithm for modeling forest transport routes within one forest quarter allows an individual approach to the analysis of each forest area. In addition, it allows you to reduce the cost of performing moving operations both when skidding timber, and when transporting transplanted undergrowth between forest areas.

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The materials of the article relate to the forest industry and can be used in planning the infrastructure of the forest quarter, on the territory of which forest felling will be carried out, combined in time with reforestation operations. This type of reforestation involves replanting coniferous undergrowth that can be damaged during logging operations. In this variant of work, coniferous undergrowth is transplanted from forest areas where felling is planned to nearby forest areas where felling is not planned and coniferous undergrowth is absent. The proposed algorithm for modeling forest transport routes within one forest quarter allows an individual approach to the analysis of each forest area. In addition, it allows you to reduce the cost of performing moving operations both when skidding timber, and when transporting transplanted undergrowth between forest areas.

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Available abstract

The materials of the article relate to the forest industry and can be used in planning the infrastructure of the forest quarter, on the territory of which forest felling will be carried out, combined in time with reforestation operations. This type of reforestation involves replanting coniferous undergrowth that can be damaged during logging operations. In this variant of work, coniferous undergrowth is transplanted from forest areas where felling is planned to nearby forest areas where felling is not planned and coniferous undergrowth is absent. The proposed algorithm for modeling forest transport routes within one forest quarter allows an individual approach to the analysis of each forest area. In addition, it allows you to reduce the cost of performing moving operations both when skidding timber, and when transporting transplanted undergrowth between forest areas.

Key concepts: Undergrowth, Reforestation, Felling, Logging, Forest road, Quarter (Canadian coin), Forestry, Agroforestry

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