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TZUNTIL:20261025T010000Z
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DTSTAMP:20260813T174356Z
DESCRIPTION:The presence of suitable mycorrhizal fungi is essential for orc
 hid seed germination and\, consequently\, orchid conservation. Most orchid
 s retain these fungi into adulthood as they provide critical advantages in
  nutrient-poor environments\, enhance stress resilience\, and support long
 -term survival and reproductive success. Fungi from the polyphyletic rhizo
 ctonia group are major orchid symbionts that can be cultivated under lab c
 onditions. While the biogeography and ontogenetic changes in orchid-fungus
  interactions are relatively well explored at least for some orchid groups
 \, there is limited knowledge about the nutritional demands\, functional t
 raits\, cultivability\, genetic diversity\, and spatial distribution of rh
 izoctonian fungi within and between sites. In my talk\, I will summarize f
 indings from in vitro and in situ experiments with European orchid species
  and their rhizoctonian fungi conducted in my lab over the past ten years\
 , highlighting the gaps in our knowledge that need to be addressed to succ
 essfully bridge ex situ and in situ conservation.\n&nbsp\;
DTSTART;TZID=Europe/Berlin:20250123T121500
DTEND;TZID=Europe/Berlin:20250123T134500
LOCATION:H6\, Geo
SUMMARY:Assoc. Prof. Jana Jersakova\, University of South Bohemia\, České B
 udějovice (Homepage): Role of fungal interactions in orchid conservation: 
 Lessons learned and future directions.
TRANSP:TRANSPARENT
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