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Trichaptum perrottetii transect very close up showing how the fibres make up most of the fruiting body.

Trichaptum perrottetii transect HA Close up DW Ms.jpg Trichaptum perrottetii transect - note how thin the pore layer is.ThumbnailsTrichaptum perrottetii with 10 cm scale. Yes, Hexagonia comes to mind, but the hymenium is so unusually thin and the pores lacking the typical  hexagonal shape.Trichaptum perrottetii transect - note how thin the pore layer is.ThumbnailsTrichaptum perrottetii with 10 cm scale. Yes, Hexagonia comes to mind, but the hymenium is so unusually thin and the pores lacking the typical  hexagonal shape.Trichaptum perrottetii transect - note how thin the pore layer is.ThumbnailsTrichaptum perrottetii with 10 cm scale. Yes, Hexagonia comes to mind, but the hymenium is so unusually thin and the pores lacking the typical  hexagonal shape.Trichaptum perrottetii transect - note how thin the pore layer is.ThumbnailsTrichaptum perrottetii with 10 cm scale. Yes, Hexagonia comes to mind, but the hymenium is so unusually thin and the pores lacking the typical  hexagonal shape.Trichaptum perrottetii transect - note how thin the pore layer is.ThumbnailsTrichaptum perrottetii with 10 cm scale. Yes, Hexagonia comes to mind, but the hymenium is so unusually thin and the pores lacking the typical  hexagonal shape.
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EXIF Metadata

Make
NIKON CORPORATION
Model
NIKON D850
DateTimeOriginal
2019:06:19 11:17:03
ApertureFNumber
f/29.0