Research on biodiversity in managed and primeval forests of Ukraine
Primeval forests harbour intact species communities. They represent unique refuges worthy of conservation and can provide valuable information about forest dynamics, species interactions and related ecological processes.
Steckbrief
- Lead-Departement Hochschule für Agrar-, Forst- und Lebensmittelwissenschaften
- Institut Multifunktionale Waldwirtschaft
- Forschungseinheit Waldökosystem und Waldmanagement
- Förderorganisation Andere
- Laufzeit (geplant) 01.01.2023 - 31.12.2026
- Projektverantwortung Prof. Dr. Thibault Lachat
- Projektleitung Prof. Dr. Thibault Lachat
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Projektmitarbeitende
Prof. Dr. Thibault Lachat
Romain Angeleri
Nicolas Roth -
Partner
National University of Uzhgorod
Staatssekretariat für Bildung, Forschung und Innovation SBFI
Eidg. Forschungsanstalt für Wald, Schnee und Landschaft WSL/FNP - Schlüsselwörter ecosystem function, saproxylic species, dead wood, forest management, old-growth forests, experimental approach, litter bags, branch bundle, dendrotelms, Fomes fomentarius
Ausgangslage
The dynamics and ecological processes in primeval forests and how these are affected by management are still poorly understood, but crucial to design effective management strategies. In this project, we aim to better understand species interactions and related ecosystem functions in different habitats or substrates such as dead wood, leaf litter, and tree microhabitats (water-filled tree holes, fruiting bodies of saprophytic fungi).
Vorgehen
Whereas biodiversity studies in primeval forests were mainly based on correlative ecology up to now, we use experimental approaches in the field to increase our mechanistic understanding. In addition, we have installed control plots along a gradient of management intensity to discover differences between managed and unmanaged forests. In total, 90 study plots were selected in 3 different regions influding each primeval, old-growth and managed forests. On each study plot, one branch bundle, litter bags, artificial dendrotelms and fruiting bodies of polypors were installed. In a second step, these substrates will be removed from the forest to study the communities of arthropods involved in the decay process.
Ergebnisse
This project has started in spring 2023. Together with Martin Gossner (WSL) and with Maksym Chumak (National University of Uzhgorod), we supervise a PhD candidate (Yurii Motruk) and a Postdoc (Valeriia Dedus) both from the National University of Uzhgorod. The first results will arrive during 2024.
