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Secret lifestyles of pyrophilous fungi in the genus Sphaerosporella.

Karen W HughesAlexis CaseP Brandon MathenyStephanie N KivlinRonald H PetersenAndrew N MillerTeresa M Iturriaga
Published in: American journal of botany (2020)
This study demonstrates that Sphaerosporella species, in the absence of fire, are biotrophic, forming both mycorrhizal and endophytic associations with developing Pinus pungens seedlings and may persist in nature in the absence of wildfire as a conifer symbiont. We speculate that Sphaerosporella may fruit only after the host plant is damaged or destroyed and that after wildfires, deep roots, needle endophytes, or heat-resistant spores could serve as a source of soil mycelium.
Keyphrases
  • ultrasound guided
  • heat stress
  • plant growth
  • arabidopsis thaliana
  • cell wall