National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Diversity and ecology of endophytic fungi in different parts of pants.
Kovaříčková, Adéla ; Prášil, Karel (advisor) ; Kolařík, Miroslav (referee)
Even though endophytic fungi have been studied intensively in the past years, little attention has been payed to endophytic colonisation of a whole plant. The search part of this work is about the differences in diversity and ecology of endophytes within whole plants, whose single parts represent qualitatively different environments for growth of endophytic fungi. The main difference is between the colonisation of systemic endophytes of grasses from family Clavicipitaceae and the colonisation of taxonomically heterogenous group of non-systemic endophytes. A systemic endophyte colonizes all above-ground organs of grass, while a non-systemic endophytes form only local infections, and their species composition in specific plant parts differs. The practical part of this work encompasses the pilot study of species diversity of endophytic fungi from woody parts (branches, stems and roots) of an elm tree (Ulmus laevis). There are differences in the frequency of colonisation among samples cultivated on agar plates, and also in diversity of isolated fungal genera.
Diversity and ecology of endophytic fungi in different parts of pants.
Kovaříčková, Adéla ; Prášil, Karel (advisor) ; Kolařík, Miroslav (referee)
Even though endophytic fungi have been studied intensively in the past years, little attention has been payed to endophytic colonisation of a whole plant. The search part of this work is about the differences in diversity and ecology of endophytes within whole plants, whose single parts represent qualitatively different environments for growth of endophytic fungi. The main difference is between the colonisation of systemic endophytes of grasses from family Clavicipitaceae and the colonisation of taxonomically heterogenous group of non-systemic endophytes. A systemic endophyte colonizes all above-ground organs of grass, while a non-systemic endophytes form only local infections, and their species composition in specific plant parts differs. The practical part of this work encompasses the pilot study of species diversity of endophytic fungi from woody parts (branches, stems and roots) of an elm tree (Ulmus laevis). There are differences in the frequency of colonisation among samples cultivated on agar plates, and also in diversity of isolated fungal genera.

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