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Salvage felling in the Slovak forests in the period 2004–2013
Author(s) -
Andrej Kunca,
Milan Zúbrik,
Juraj Galko,
Jozef Vakula,
R. Leontovyč,
Bohdan Konöpka,
Christo Nikolov,
Andrej Gubka,
Valéria Longauerová,
Miriam Maľová,
Peter Kaštier,
Slavomír Rell
Publication year - 2015
Publication title -
lesnícky časopis
Language(s) - English
Resource type - Journals
eISSN - 1338-4295
pISSN - 0323-1046
DOI - 10.1515/forj-2015-0027
Subject(s) - felling , salvage logging , picea abies , forestry , slovak , environmental science , bark beetle , forest protection , bark (sound) , agroforestry , forest management , geography , forest ecology , ecology , biology , ecosystem , linguistics , philosophy , czech
Salvage felling is one of the indicators of the forest health quality and stability. Most of the European Union countries monitor forest harmful agents, which account for salvage felling, in order to see trends or functionality between factors and to be able to predict their development. The systematic evidence of forest harmful agents and volume of salvage felling in Slovakia started at the Forest Research Institute in Zvolen in 1960. The paper focuses on the occurrence of the most relevant harmful agents and volume of salvage felling in the Slovak forests over the last decade. Within the 10 years period (2004–2013) salvage felling in Slovakia reached 42.31 mil. m3 of wood, which was 53.2% of the total felling. Wind and European spruce bark beetle Ips typographus damaged 78.4% of salvage wood, i.e. they were the most important pest agents. Norway spruce (Picea abies) was the most frequently damaged tree species that represented the amount of 35.6 mil. m3 of wood (81.2% of total volume of salvage felling). As Norway spruce grows mostly in mountains, these regions of Central and Northern Slovakia were most affected. At the damaged localities new forests were prevailingly established with regard to suitable ecological conditions for trees, climate change scenarios and if possible, natural regeneration has been preferred. These approaches in forest stand regeneration together with silvicultural and control measures are assumed to gradually decrease the amount of salvage felling over long term perspective

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