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|Title:||European Forest Types and Forest Europe SFM indicators: Tools for monitoring progress on forest biodiversity conservation||Authors:||Barbati, Anna
|Keywords:||European Forest Types;Sustainable forest management;Biodiversity indicators;Policy making;Monitoring;Forest Europe||Issue Date:||2014||Publisher:||Elsevier||Source:||Barbati, A. et al. 2014. European Forest Types and Forest Europe SFM indicators: Tools for monitoring progress on forest biodiversity conservation. "Forest Ecology and Management" 321: 145–157||Abstract:||
Since 2003 the MCPFE-Forest Europe process has adopted a set of Pan-European Indicators that has become a policy instrument to monitor, evaluate and report progress towards sustainable forest management(SFM). Two new experimental tools have been introduced in the framework of the «State of Forests
and Sustainable Forest Management in Europe 2011»: (i) pilot reporting by 14 classes of European Forest Types (EFTs) for a selection of quantitative SFM indicators; (ii) key parameters for monitoring progress for
all quantitative indicators.
The main aim of this paper is to discuss whether reporting by EFTs of key forest biodiversity-related parameters can improve the way forest biodiversity conservation policy targets are addressed and evaluated
in Europe. Accordingly, data on SFM indicators for a sample of European countries (ranging from 6 to 28, depending on indicators) have been processed and analyzed in a pilot study using a question-driven
approach, so that information from monitoring could direct policy action.
The main findings show that:
– forest area has been significantly increasing (>0.2% per year) in the period 2000–2010; however,
annual changes in forest cover by EFTs reveal a polyedric picture at country level, in terms of gain
and loss of forest habitat dominated by native and introduced tree species;
– old even aged forests (>140 yrs) are fairly consistent (>5%) only in a few countries and limited to specific
– in naturally species-poor EFTs (e.g. Boreal forest, Alpine coniferous forest, Broadleaved evergreen forest)
single species stands cover from 15–100% of the total area, while in species rich EFTs (e.g. Mesophytic
deciduous forest, Thermophilous deciduous forest) the maximum share of single species is in
the order of 30%;
– deadwood amount ranges from 9 to 26 m3 ha 1, a value which is however far below natural reference
values found in European old growth forests (160 m3 ha 1).
Findings from this test demonstrate that reporting of key forest biodiversity-related parameters by
EFTs enables question-driven monitoring in many ways: (i) reporting by EFTs helps to interpret the variability
in the values taken by the indicators explicitly considering ecological differences between EFTs;
(ii) temporal trends in forest area can be interpreted in terms of expansion or loss of forest habitats dominated
by native and introduced tree species; (iii) progress in implementing biodiversity friendly strategies
(e.g. increasing share of old even aged forests, promotion of multispecies stands and accumulation of
deadwood) can be quantitatively evaluated against baselines.
L'articolo è disponibile sul sito dell'editore www.journals.elsevier.com
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