According to ecology theory, isolated habitat fragments cannot maintain populations of specialized species. Yet, empirical evidence based on monitoring of the same fragments over time is still limited. We studied the colonization–extinction dynamics of eight wood-decaying fungal species in 16 old-growth forest fragments (<14 ha) over a 20-year period (1997–2017). We observed 19 extinctions and 5 colonizations; yet, the distribution of extinctions and colonizations did not differ from the one expected by chance for any of the species. Twenty-six percent of the extinctions took place in two natural fragments amid large forest–peatland complexes. Phellinus nigrolimitatus (Romell) Bourdot and Galzin decreased and Phellinus ferrugineofuscus (P. ...
When everything is available: substrate preferences of threatened wood-inhabiting species in a mixed...
Dead wood constitutes an important substrate for biodiversity in boreal forests. As the wood decays,...
AbstractInformation on the habitat requirements of wood-inhabiting fungi is needed to understand the...
Setting aside small remnant patches of high biodiversity forest within managed forest landscapes is ...
In Fennoscandia, intensive forest use has led to substantial decreases in the amount and diversity o...
Human-induced fragmentation affects forest continuity, i.e. availability of a suitable habitat for t...
Forests are becoming increasingly fragmented world-wide, creating forest patches with reduced area a...
Modern forestry practices have negative effects on many organisms because they change the forest’s d...
Conservation of wood-decaying fungi requires improved knowledge about the long-term effects of fores...
The increasing human impact upon the biosphere of earth is causing profound changes across all spa...
Long‐term metapopulation persistence is mediated by the dynamics of colonization and extinction. To ...
The increasing human impact on the earth’s biosphere is inflicting changes at all spatial scales. A...
In a boreal forest in southeast Norway, we evaluated the relative importance of stand-level structur...
Isolation of habitats in space and time affects species globally and in a multitude of ecosystems [1...
Forest management practices have changed the over-all structure of the Fennoscandian forest landscap...
When everything is available: substrate preferences of threatened wood-inhabiting species in a mixed...
Dead wood constitutes an important substrate for biodiversity in boreal forests. As the wood decays,...
AbstractInformation on the habitat requirements of wood-inhabiting fungi is needed to understand the...
Setting aside small remnant patches of high biodiversity forest within managed forest landscapes is ...
In Fennoscandia, intensive forest use has led to substantial decreases in the amount and diversity o...
Human-induced fragmentation affects forest continuity, i.e. availability of a suitable habitat for t...
Forests are becoming increasingly fragmented world-wide, creating forest patches with reduced area a...
Modern forestry practices have negative effects on many organisms because they change the forest’s d...
Conservation of wood-decaying fungi requires improved knowledge about the long-term effects of fores...
The increasing human impact upon the biosphere of earth is causing profound changes across all spa...
Long‐term metapopulation persistence is mediated by the dynamics of colonization and extinction. To ...
The increasing human impact on the earth’s biosphere is inflicting changes at all spatial scales. A...
In a boreal forest in southeast Norway, we evaluated the relative importance of stand-level structur...
Isolation of habitats in space and time affects species globally and in a multitude of ecosystems [1...
Forest management practices have changed the over-all structure of the Fennoscandian forest landscap...
When everything is available: substrate preferences of threatened wood-inhabiting species in a mixed...
Dead wood constitutes an important substrate for biodiversity in boreal forests. As the wood decays,...
AbstractInformation on the habitat requirements of wood-inhabiting fungi is needed to understand the...