-
South America and Antarctica. Both
species are
characterised by a
paraplectenchymatous cortex composed of large, dark
pigmented cells, a pachydermatous...
-
differences from
those of the
genus Rusavskia. Notably,
Zeroviella has
paraplectenchymatous cortical layers throughout the thallus, in
contrast to Rusavskia...
- thallus,
composed of red to
orange lobes. Its
cortical layer is
paraplectenchymatous (fungal
tissue with a
cellular structure superficially like parenchyma...
- be
distinguished by
several features,
including its true isidia,
paraplectenchymatous arrangement of
hyphae (cells
arranged in a tissue-like manner), and...
-
exciple in
Opeltia has a
paraplectenchymatous structure in the
basal portion,
transitioning into a
mesodermatous paraplectenchymatous form with a well-developed...
- classification. The
upper cortex—the
protective outer layer of the thallus—is
paraplectenchymatous,
meaning it
consists of
tightly packed,
roughly equal-sized cells...
-
tomentum up to
their tips. The
upper cortex of
Lobariella reticulata is
paraplectenchymatous,
measuring 25–35 μm in thickness, with a 4–5 μm
thick epicortex formed...
- apothecium) has a well-developed matrix,
ranging from
mesodermatous paraplectenchymatous to
somewhat pseudoprosoplectenchymatous in structure. The hymenium...
- as
paraplectenchymatous. The
apothecia are
biatorine in form and are
encased in an
outer layer, the true exciple, that is
either paraplectenchymatous or...
- Letrouitia. The
apothecia are biatorine, with the true
exciple being paraplectenchymatous and the
hymenium reaching 100–180 μm in height. The
ascospores are...
