4.7 Article

Foliar Endophytic Fungi from the Endangered Eastern Mountain Avens (Geum peckii, Rosaceae) in Canada

Journal

PLANTS-BASEL
Volume 10, Issue 5, Pages -

Publisher

MDPI
DOI: 10.3390/plants10051026

Keywords

foliar fungal endophytes; Eastern Mountain Avens; mycobiome; plant conservation; Rosaceae

Categories

Funding

  1. Mersey Tobeatic Research Institute
  2. Sage Environmental Fund
  3. Nova Scotia Department of Natural Resources Habitat Conservation Fund
  4. Nova Scotia Museum Research Grant
  5. Mycological Society of America Martin-Baker Research Award
  6. NSERC Discovery Grant [NSERC-2017-04325]
  7. Acadia University Honours Student Research Award
  8. Arthur Irving Academy of the Environment Scholarship
  9. NSERC Canadian Graduate Scholarship-Doctoral award (CGS-D)

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This study investigated the culturable foliar fungi present in Geum peckii leaves at different sites in Canada with varying degrees of human impact, finding that habitats with more human impact showed lower endophytic diversity and potentially unknown fungal taxa.
Eastern Mountain Avens (Geum peckii Pursh, Rosaceae) is a globally rare and endangered perennial plant found only at two coastal bogs within Digby County (Nova Scotia, Canada) and at several alpine sites in the White Mountains of New Hampshire (USA). In Canada, the G. peckii population has declined over the past forty years due in part to habitat degradation. We investigated the culturable foliar fungi present in G. peckii leaves at five locations with varying degrees of human impact within this plant species' Canadian range. Fungal identifications were made using ITS rDNA barcoding of axenic fungal cultures isolated from leaf tissue. Differences in foliar fungal communities among sites were documented, with a predominance of Gnomoniaceae (Class: Sordariomycetes, Phylum: Ascomycota). Habitats with more human impact showed lower endophytic diversities (10-16 species) compared to the pristine habitat (27 species). Intriguingly, several fungi may represent previously unknown taxa. Our work represents a significant step towards understanding G. peckii's mycobiome and provides relevant data to inform conservation of this rare and endangered plant.

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