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Diversity of fungi colonizing and damaging leaves of pontic azalea Azalea pontica
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The research aimed at verifi cation of fungi species colonizing phyllosphere of pontic azalea <em>Azalea pontica </em>L. and at comparison of the fungi species composition: – in the natural stand in the Kołacznia nature reserve, – in arboretum collections at Bolestraszyce and Rogów. 600 fragments of healthy, infected and fallen leaves of pontic azalea were collected for mycological analyses. The species forming the largest number of colonies identified from the healthy leaves were: <em>A. alternata</em>, <em>Ph. cyclaminis</em>, <em>E. nigrum</em>, <em>Ph. medicaginis </em>and <em>B. cinerea, </em>from infected leaves<em>: A. alternata</em>, <em>E. nigrum, Ph. cyclaminis</em>, <em>S. fi micola</em>, <em>T. viride </em>and <em>A. phaeospermum, </em>whereas: <em>E. nigrum</em>, <em>A. alternata</em>, <em>S. fi micola</em>, <em>Ph. cyclaminis and B. cinerea </em>were isolated from the fallen leaves, which indicates that a majority of fungi persistently colonize the leaves during vegetation period and damage them, which leads to defoliation. Colonization of pontic azalea phyllosphere in arboreta by more numerous fungi colonies and species than under conditions of natural sites evidences their increased pressure in the arboreta environment.
Title: Diversity of fungi colonizing and damaging leaves of pontic azalea Azalea pontica
Description:
The research aimed at verifi cation of fungi species colonizing phyllosphere of pontic azalea <em>Azalea pontica </em>L.
and at comparison of the fungi species composition: – in the natural stand in the Kołacznia nature reserve, – in arboretum collections at Bolestraszyce and Rogów.
600 fragments of healthy, infected and fallen leaves of pontic azalea were collected for mycological analyses.
The species forming the largest number of colonies identified from the healthy leaves were: <em>A.
alternata</em>, <em>Ph.
cyclaminis</em>, <em>E.
nigrum</em>, <em>Ph.
medicaginis </em>and <em>B.
cinerea, </em>from infected leaves<em>: A.
alternata</em>, <em>E.
nigrum, Ph.
cyclaminis</em>, <em>S.
fi micola</em>, <em>T.
viride </em>and <em>A.
phaeospermum, </em>whereas: <em>E.
nigrum</em>, <em>A.
alternata</em>, <em>S.
fi micola</em>, <em>Ph.
cyclaminis and B.
cinerea </em>were isolated from the fallen leaves, which indicates that a majority of fungi persistently colonize the leaves during vegetation period and damage them, which leads to defoliation.
Colonization of pontic azalea phyllosphere in arboreta by more numerous fungi colonies and species than under conditions of natural sites evidences their increased pressure in the arboreta environment.
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