Abstract

Retention forestry, which retains a portion of the original stand at the time of harvesting to maintain continuity of structural and compositional diversity, has been originally developed to mitigate the impacts of clear‐cutting. Retention of habitat trees and deadwood has since become common practice also in continuous‐cover forests of Central Europe. While the use of retention in these forests is plausible, the evidence base for its application is lacking, trade‐offs have not been quantified, it is not clear what support it receives from forest owners and other stakeholders and how it is best integrated into forest management practices. The Research Training Group ConFoBi (Conservation of Forest Biodiversity in Multiple‐use Landscapes of Central Europe) focusses on the effectiveness of retention forestry, combining ecological studies on forest biodiversity with social and economic studies of biodiversity conservation across multiple spatial scales. The aim of ConFoBi is to assess whether and how structural retention measures are appropriate for the conservation of forest biodiversity in uneven‐aged and selectively harvested continuous‐cover forests of temperate Europe. The study design is based on a pool of 135 plots (1 ha) distributed along gradients of forest connectivity and structure. The main objectives are (a) to investigate the effects of structural elements and landscape context on multiple taxa, including different trophic and functional groups, to evaluate the effectiveness of retention practices for biodiversity conservation; (b) to analyze how forest biodiversity conservation is perceived and practiced, and what costs and benefits it creates; and (c) to identify how biodiversity conservation can be effectively integrated in multi‐functional forest management. ConFoBi will quantify retention levels required across the landscape, as well as the socio‐economic prerequisites for their implementation by forest owners and managers. ConFoBi's research results will provide an evidence base for integrating biodiversity conservation into forest management in temperate forests.

Highlights

  • Since the UN Convention on Biological Diversity (CBD) was signed in 1992, the conservation of biodiversity has become a global commitment

  • Participants from different administrational levels within the State of BadenWürttemberg, Germany, suggested that decision makers need (a) quantitative values for minimum amounts and distribution of retention elements required for forest biodiversity conservation at spatial scale extents from plots to landscapes and (b) knowledge related to local implementation practices of biodiversity conservation measures and instruments

  • Live or dead standing trees that provide tree-related microhabitats (TreMs) such as cavities, large dead branches, loose bark, epiphytes, bracket fungi, cracks, or trunk rot are defined as habitat trees

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Summary

| INTRODUCTION

Since the UN Convention on Biological Diversity (CBD) was signed in 1992, the conservation of biodiversity has become a global commitment. Participants from different administrational levels within the State of BadenWürttemberg, Germany, suggested that decision makers need (a) quantitative values for minimum amounts and distribution of retention elements required for forest biodiversity conservation at spatial scale extents from plots to landscapes and (b) knowledge related to local implementation practices of biodiversity conservation measures and instruments. Module A projects provide structural data at plot and landscape levels, which form a basis for analyses of biodiversity responses of various taxa to retention measures (B-projects), and provide input for the study of economic implications of biodiversity-oriented forest management, and biodiversity knowledge and conservation practices of forestry practitioners (C-projects). | 1499 and in particular the amounts and distribution of habitat trees and deadwood, required across the landscape for effective biodiversity conservation, identify the trade-offs between forestry and biodiversity conservation, and will elaborate the socio-economic prerequisites for their implementation by forest owners and managers. Preliminary results indicate positive overall effects of retention of structural elements for forest biodiversity and high variability among taxa and landscape

Remote sensing based methods for the assessment of forest structures
Retention of structural elements in selectively used forests
Epiphyte and microhabitat diversity and function on habitat trees
Mechanisms of vegetation change and diversity in retention forestry
Functional connectivity among saproxylic beetles in dead-wood patches
Landscape-moderated use of forest structures by bats
Multi-scale assessment of bird-forest relationships
Soundscapes
Ungulate-forest relationships
Effects of forest structures on fungi
Economic valuation of biodiversity-oriented forest management strategies
Local biodiversity knowledge and forest conservation practices
D Science-practice interface
Findings
Evidence-based biodiversity management of forests
Full Text
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