20 Cankers caused by Cryphonectria parasitica (chestnut blight) in Murg SG. Download (png, 19 MB) Fullscreen Image 4 of 20 Cryphonectria parasitica (Chestnut blight) in culture. Download (jpg, 7 MB) Fullscreen [...] after work. Download (jpg, 2 MB) Fullscreen Image 16 of 20 Tree surgery. Experimental biocontrol of chestnut blight. Download (jpg, 5 MB) Fullscreen Image 17 of 20 Armillaria fruiting bodies grown in the lab
In-tree behavior of diverse viruses infecting the chestnut blight fungus Professor Nobuhiro Suzuki Prof. Dr. Nobuhiro Suzuki Group of Plant/Microbe Interactions, Biotic Stress Unit, Institute of Plant [...] ascomycetous fungus, Cryphonectria parasitica , causes one of the most destructive tree diseases, chestnut blight. Several viruses such as the prototype hypovirus CHV1, have previously been shown to reduce [...] host fungus. This property of viruses prompts many researchers to applied studies on biocontrol of chestnut blight as well as basic studies on both the fungus and its viruses. Despite the fact that C. parasitica
effects of global changes on ecosystems. In the Insubric region, WSL’s typical thematic areas are: chestnut groves and their cultivation, forest fires, invasive species (neobiota), as well as changes in
and interpreted in the light of different socio-cultural context. Main research topics are the chestnut forests and cultivation, forest fire history and ecology, invasive organisms, biodiversity in disturbed
and outside the forest. Examples of dangerous organisms include the Asian longhorned beetle, the chestnut gall wasp, and ash dieback fungus. View from the West. Image: Reinhard Laessig Enhanced diagnostic
tree species in a changing climate and their development in mixed stands. Timber production with chestnut-coppice in Ticino Provenance, planting and fertilization experiments Comparisons of managed and
cannot always be established with complete certainty. (Figure on the left) In this stem disc from a chestnut tree, an overgrown scar can be seen. At 40x magnification, the initial emergence of the wound tissue
of the NFI plots, we limit our assessment to Beech (Fagus sylvatica), Ash (Fraxinus excelsior), Chestnut (Castanea sativa), Larch (Larix decidua, Larix kaempferi), Norway spruce (Picea abies), Scots pine
Former fellowship Contents Visiting Fellows 2023 Visiting Fellows 2022 Visiting Fellows 2021 Visiting Fellows 2020 Visiting Fellows 2019 Visiting Fellows 2018 Visiting Fellows 2017 Visiting Fellows 20
Fellowship The WSL supports external scientists to visit WSL by offering fellowships in order to enable collaboration together with WSL employees for a specified period of time. The fellowship mainly