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The paper deals with the identification of the long-term potential of forest stands with the prevailing Norway spruce representation and the elaboration of a forecast of the development of spruce growing stock and felling possibilities until 2050. The analysis of historical data has confirmed a decrease in the area of spruce by 13.2% since 2010 and its growing stock by 16.4% over the same period. These developments indicate a reduction in felling possibilities in the coming decades. The evaluation of spruce felling since 2012 showed that the planned felling volume was exceeded by 11.3 mil. m3, i.e. annually at average by 1.25 mil. m3. This exceeding was caused by incidental felling, which accounted for an average of 84% of total felling. The forecast of spruce growing stock and felling until 2050 was derived differently for two scenarios based on the development of growing stock and actual cutting percentages in the decade 2012–2020 (scenario A) and cutting percentages according to planned felling (scenario B). In the case of scenario A, there would be a significant reduction in spruce growing stock from the current volume of 114.8 mil. m3 by 36% in 2040. In the case of scenario B, a decrease in spruce growing stock would be more modest. Ten-year felling volume of spruce under the scenario A forecast will result in the amount of 42.6 mil. m3 (first decennium), 32.0 mil. m3 (second decennium) and 25.7 mil. m3 (third decennium).
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The paper deals with the identification of the long-term potential of forest stands with the prevailing Norway spruce representation and the elaboration of a forecast of the development of spruce growing stock and felling possibilities until 2050. The analysis of historical data has confirmed a decrease in the area of spruce by 13.2% since 2010 and its growing stock by 16.4% over the same period. These developments indicate a reduction in felling possibilities in the coming decades. The evaluation of spruce felling since 2012 showed that the planned felling volume was exceeded by 11.3 mil. m3, i.e. annually at average by 1.25 mil. m3. This exceeding was caused by incidental felling, which accounted for an average of 84% of total felling. The forecast of spruce growing stock and felling until 2050 was derived differently for two scenarios based on the development of growing stock and actual cutting percentages in the decade 2012–2020 (scenario A) and cutting percentages according to planned felling (scenario B). In the case of scenario A, there would be a significant reduction in spruce growing stock from the current volume of 114.8 mil. m3 by 36% in 2040. In the case of scenario B, a decrease in spruce growing stock would be more modest. Ten-year felling volume of spruce under the scenario A forecast will result in the amount of 42.6 mil. m3 (first decennium), 32.0 mil. m3 (second decennium) and 25.7 mil. m3 (third decennium).

Sustainable development: Evaluation and forecasting of Norway spruce production and growing stock in Slovakia in the context of bioeconomy

Central European Forestry Journal

This work is licensed under the Creative Commons Attribution 4.0 International License.

The paper deals with the identification of the long-term potential of forest stands with the prevailing Norway spruce representation and the elaboration of a...

Sustainable development: Evaluation and forecasting of Norway spruce production and growing stock in Slovakia in the context of bioeconomy

Published Online: Mar 04, 2024

Page range: 11 - 18

DOI: https://doi.org/10.2478/forj-2023-0023

Keywords
spruce stands, sustainable production, scenario, incidental felling,

© 2023 Martin Moravčík et al., published by Sciendo

This work is licensed under the Creative Commons Attribution 4.0 International License.

Sustainable development: Evaluation and forecasting of Norway spruce production and growing stock in Slovakia in the context of bioeconomy

Published Online: Mar 04, 2024

Page range: 11 - 18

DOI: https://doi.org/10.2478/forj-2023-0023

Keywordsspruce stands, sustainable production, scenario, incidental felling,

© 2023 Martin Moravčík et al., published by Sciendo

This work is licensed under the Creative Commons Attribution 4.0 International License.

Keywords
spruce stands, sustainable production, scenario, incidental felling,