- thin-layer chromatography. The
photobiont partner of the
lichen is a
trentepohlioid green alga that is
about 10 by 5 μm. Two of the most
unique characteristics...
-
algae as
their photobiont partner,
Trinathotrema ****ociates with a
trentepohlioid photobiont.
Trinathotrema hierrense Ertz & van den Boom (2012) Trinathotrema...
-
characterized by its
thallus and
soredia containing lichexanthone and
trentepohlioid green algae. The
lichen has a crustose,
granular thallus with a pale...
- a smooth, thin,
thallus lacking a cortex. The
photobiont partner is
trentepohlioid.
Lichen products identified from
members of the
genus include roccellic...
-
approximately 0.05 mm in
diameter and 0.3–0.8 mm high. The
algae are
trentepohlioid.
Ascomata are low conical,
approximately 0.7–1.2 mm in diameter, fully...
- brownish-grey
color and a very thin and
glossy thallus. The
algae are
trentepohlioid.
Ascomata were not
observed during the study. However, the
lichen has...
-
Trichothelium longisetum is crustose, thin, and greyish-brown in colour, with a
trentepohlioid (green algal)
photobiont that does not form
radiating plates. The perithecia...
- (the
symbiotic algae providing nutrients through photosynthesis) is
trentepohlioid. The
ascomata (spore-producing structures) are
immersed in the bark...
-
dissected by a thin
black prothallus.
Isidia are absent. The
photobiont is
trentepohlioid (i.e.,
green algae from the
genus Trentepohlia).
Ascomata (fruiting...
- pinkish-green to pale
orange colour, and
lacks a prothallus. The
photobiont is
trentepohlioid green algae. The
ascomata are perithecia,
located in
cavities in the...
