Podrobnosti záznamu

Název
    Richness of ancient forest plant species indicates suitable habitats for macrofungi
Autor
    Beran, M.
    Běťák, J.
    Borovička, Jan
    Brabec, Marek
    Burel, J.
    Deckerová, H.
    Dvořák, D.
    Hofmeister, J.
    Hošek, J.
    Kříž, M.
    Vašutová, Martina
Jazyk
    anglicky
Typ dokumentu
    článek v odborném periodiku
Zdrojový dokument - seriál
    Biodiversity and Conservation
Svazek/č.
    Roč. 23, č. 8
Strany
    s. 2015-2031
Rok
    2014
Poznámky
    Projekt: SP/2D1/146/08, GA MŽP3cav_un_auth*0303042
    Rozsah: 17 s.
Předmětová kategorie
    diversity
    forest continuity
    forest management
    Herb-layer plant species
    red-listed species
    species richness
    surrogacy
Klíčové slovo
    Ancient
    Forest
    Habitats
    Indicates
    Macrofungi
    Plant
    Richness
    Species
    Suitable
Abstrakt (anglicky)
   Macrofungal species richness generally increases with forest continuity as does the richness of so-called ancient forest plant species (AFS). Based on this assumption, we examined the ability of AFS to indicate macrofungal diversity in six study areas covering a range of elevations and environments in the Czech Republic. In total, we used data from 106 sampling plots (2,500 m2 each) distributed over six types of forest stands reflecting different intensities and temporal stages of forest management. Species composition of vascular plants and macrofungi was recorded by a single inventory and regular 2-year monitoring, respectively. In total, we found 71 AFS and 1,413 macrofungal species, of which 150 were red-listed macrofungal species. We documented that AFS show potential for being used in the prediction of macrofungi species richness, including endangered species, at the local scale (α-diversity).
   Additionally, we found significant differences in macrofungal species richness depending on study area and type of forest management, which did not, however, derogate the effect of AFS. Spatial congruence between species composition of AFS and macrofungi communities (β-diversity) increased with forest age and decreased with intensity of forest management. If we consider the simplicity of monitoring AFS in comparison to regular monitoring of macrofungi, we found a widely usable tool for estimating macrofungal diversity in all dominant types of managed forest in central Europe. However, we should be aware of the limited ability of AFS to capture macrofungal diversity across a broader spatial context (γ-diversity), especially in areas with a low diversity of AFS.
Přispěvatel
    AV ČR Brno, Geologický ústav
Kód přispěvatele
    AV ČR, GLÚ
Zdrojový formát
    U
Datum importu
    23. 10. 2014