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Figure 2 - The endophyte Allantophomopsis cytisporea is associated with snow blight on Calluna vulgaris in the Alps—An effect of climate change?
![Figure 2. (a) Mycelium of Allantophomopsis cytisporea colonizing dead tissue of a Calluna vulgaris leaf (scale bar: 20 µm); the bright meandering lines are the cell walls of the puzzle piece-like epidermal cells of C. vulgaris. (b) Interaction between Herpotrichia pinetorum (strain 95-Fi; Schneider et al. 2009) to the left and A. cytisporea (strain A_DA_21_15) to the right after 21 days at 4°C on MEA. Conidia of A. cytisporea strains (c) A_SB_8_12 and (d) A_SB_6_12 in H 2 O stained with fountain pen ink (Pelikan, blue) and observed using phase contrast optics (scale bar: 10 µm); arrowheads indicate the slimy appendages of the conidia.](https://www.researchgate.net/publication/336857928/figure/fig2/AS:819141397188608@1572309936110/a-Mycelium-of-Allantophomopsis-cytisporea-colonizing-dead-tissue-of-a-Calluna-vulgaris_Q320.jpg)
(a) Mycelium of Allantophomopsis cytisporea colonizing dead tissue of a Calluna vulgaris leaf (scale bar: 20 µm); the bright meandering lines are the cell walls of the puzzle piece-like epidermal cells of C. vulgaris. (b) Interaction between Herpotrichia pinetorum (strain 95-Fi; Schneider et al. 2009) to the left and A. cytisporea (strain A_DA_21_15) to the right after 21 days at 4°C on MEA. Conidia of A. cytisporea strains (c) A_SB_8_12 and (d) A_SB_6_12 in H 2 O stained with fountain pen ink (Pelikan, blue) and observed using phase contrast optics (scale bar: 10 µm); arrowheads indicate the slimy appendages of the conidia.
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