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Mitesser, Oliver ; Cadotte, Marc W. ; Mori, Akira S. ; van der Plas, Fons ; Chao, Anne ; Rothacher, Julia ; Bässler, Claus ; Bevanda, Mirjana ; Biedermann, Peter H. W. ; Bradler, Pia ; Castañeda-Gómez, Antonio ; Decker, Orsi ; Delory, Benjamin M. ; Dittrich, Sebastian ; Feldhaar, Heike ; Fichtner, Andreas ; Kreis, Alexander ; Köstler-Albert, Lisa ; Lettenmaier, Ludwig ; von Oheimb, Goddert ; Pflumm, Luisa ; Pierick, Kerstin ; Schwalb-Willmann, Jakob ; Thorn, Simon ; Vogelfänger, Leah ; Weisser, Wolfgang ; Wegmann, Martin ; Wild, Clara ; Müller, Jörg:
Forest Heterogeneity by Chain Saw : How Between-Patch Variation in Old Growth Attributes Changes the Metacommunities of Beetles.
In: Ecology Letters.
Bd. 29
(2026)
.
- e70355.
ISSN 1461-0248
DOI: https://doi.org/10.1111/ele.70355
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Angaben zu Projekten
| Projekttitel: |
Offizieller Projekttitel Projekt-ID FOR 5375: Erhöhung der strukturellen Diversität zwischen Waldbeständen zur Erhöhung der Multidiversität und Multifunktionalität in Produktionswäldern 459717468 |
|---|---|
| Projektfinanzierung: |
Deutsche Forschungsgemeinschaft |
Abstract
Metacommunity theory has expanded our understanding of how spatial dynamics and local interactions influence species communities. Different assembly archetypes, reflecting different roles of species differences, habitat differences, and dispersal have been described, but we lack empirical studies specifically in terrestrial habitats testing which archetype is most important. In a replicated design, we experimentally enhanced structural between-patch heterogeneity in homogeneous production forests and developed a statistical framework controlling for sample incompleteness to detect different metacommunity processes. Meta-analyses on \textgreater 100 K individuals of \textgreater 1.3 K beetle species showed an increase of 60 species in heterogenized forests at γ-level promoted by increasing α-diversity consistent with the mass-effect and an increase of β-diversity by 10% supporting species-sorting. Additionally, we tested β-deviations from random assembly as a proxy of neutral processes. Findings indicate that enhancing structural heterogeneity can shift forests from patch-dynamics dominance towards mass-effect and species-sorting, offering a promising pathway to restore biodiversity in managed landscapes.