INVENTORY OF SELF-SOWN FORESTS AS AN IMPORTANT COMPONENT OF THE SPATIAL PLANNING OF COMMUNITY TERRITORIES

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Visnyk LNAU: Architecture and Farm Building 2021 №22: 167-173

INVENTORY OF SELF-SOWN FORESTS AS AN IMPORTANT COMPONENT OF THE SPATIAL PLANNING OF COMMUNITY TERRITORIES

N. Stoiko, Candidate of Economic Sciences
ORCID ID: 0000-0002-8851-9821
A. Kostyshyn, Candidate of Economic Sciences
ORCID ID: 0000-0003-0067-6935
O. Cherechon, Candidate of Economic Sciences
ORCID ID: 0000-0001-9423-5369
Lviv National Agrarian University
L. Tkachuk, Candidate of Economic Sciences
ORCID ID: 0000-0003-3400-3827
GEO-LANDS LLC

https://doi.org/10.31734/architecture2021.22.167

Annotation

The increasing forest cover of Ukraine is one of the indicators of achieving sustainable development goals, so the issues of conservation, restoration, and rational use of forest ecosystems are relevant. We can consider the process of self-afforestation as one of the ways to increase the forested areas in Ukraine as it occurs on agricultural lands, which are not used for their intended purpose and they are self-sown with forests due to investment unattractiveness, lack of funds, or other reasons.

Spatial analysis of self-afforested areas indicates the following reasons for their formation: one has not cultivated agricultural lands of reserve lands with degraded and unproductive soils and non-demanded parcels as well as land plots for commercial agricultural production (abandoned lands).

There is no reliable information on the number of land plots with forests that have grown on abandoned agricultural lands, so it is advisable to conduct their inventory using satellite remote sensing tools, GPS and GIS.

The authors of the research propose a conceptual model of planning the use of agricultural lands with plantations of forests that have grown on abandoned agricultural lands on the basis of inventory data. It is essential to determine appropriate areas of use of the self-sown forests in the process of spatial planning considering data analysis of soil cover quality so as to make optimal decisions on the use of land plots with the self-sown forests at the local level. Therefore, it is suggested to conduct land zoning by types (subtypes) of land use. Considering zoning data and the potential ecosystem benefits of forests, it is necessary to develop measures on the use and conservation of the self-sown forests.

Key words

self-sown, agricultural lands, spatial planning, remote sensing

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