Mycorrhiza Research
Dr. Ingrid Kottke

Hyphae of mycorrhizal fungus, stained by methyl blue, in the cortical cells of an epiphytic orchid root
New structures and morphotyping of arbuscular mycorrhiza of trees Hartig Net Institute of Special Botany and Mycology

Mycorrhizas of temperate forests

Ectomycorrhizas for sustainable forests

We became involved in programs for sustainable forestry favouring beech instead of Norway spruce for future plantings. We showed that beech seedlings inoculated by Paxillus involutus in the nursery are far more resistant to water stress, frost and damage by deer [46, 21] and become faster colonized by native fungi and thus faster adapted to the planting area than non inoculated plants [38].

Three groups of beech (Fagus sylvatica) plants inoculated by two different strains of Paxillus involutus (left and right) or not inoculated (middle) collected after 6 months in the field. Survival and growth rate differences were statistically significant. Photo: I. Kottke.

Next research project: 
Mycorrhiza-like associations of liverworts

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New

e-book: "Mykorrhiza – Pilz-Wurzel-Symbiosen" (2016, WikiBooks)
6th Oct 2016

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© 2008 - 2016 Dr. rer. nat. habil Ingrid Kottke apl. Prof. i. R.
University of Tübingen | Germany | E-Mail

Concept and Design: Dr. Esther Schwarz-Weig (www.sci-stories.com)