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Research article2010Peer reviewed

Co-variation of lichens, bryophytes, saproxylic beetles and dead wood in Swedish boreal forests

Djupstrom, Line B.; Perhans, Karin; Weslien, Jan; Schroeder, L. Martin; Gustafsson, Lena; Wikberg, Sofie

Abstract

In order to effectively identify and protect the most valuable forest areas for conservation, it is essential to understand species diversity patterns and the co-variation of different taxonomic groups. In this study we analysed the extent to which lichens, bryophytes and saproxylic beetles co-vary, their ability to represent each other in a reserve network (surrogate capacity), and their patterns of beta-diversity. We also tested the surrogate capacity of dead wood. A species and dead wood inventory was conducted in forest sites in a boreal forest region in central Sweden. Overall, the correlations in species richness between taxa were weak, but some were statistically significant, i.e. those between red-listed lichens and red-listed bryophytes. Beetles were weakly positively correlated with bryophytes, but never with lichens. None of the tested taxa provided a reliable surrogate for representing the other taxa. However, dead wood diversity did represent saproxylic beetles and bryophytes better than random selection and might therefore function as a conservation surrogate for those taxa. Beta-diversity differed significantly between the taxa; lichens had the lowest, while beetles had the highest. Altogether beetles showed low association with the other taxa but high beta-diversity, which implies that they may require specific conservation planning.

Keywords

beta-diversity; bryophytes; dead wood; lichens; red-listed species; reserve selection; saproxylic beetles; species richness; surrogate capacity

Published in

Systematics and Biodiversity
2010, Volume: 8, number: 2, article number: PII 923321993

      SLU Authors

        • Sustainable Development Goals

        Protect, restore and promote sustainable use of terrestrial ecosystems, sustainably manage forests, combat desertification, and halt and reverse land degradation and halt biodiversity loss

        UKÄ Subject classification

        Environmental Sciences related to Agriculture and Land-use

        Publication identifier

        DOI: https://doi.org/10.1080/14772001003786022

        Permanent link to this page (URI)

        https://res.slu.se/id/publ/30866