Mycological Progress,
Год журнала:
2023,
Номер
22(8)
Опубликована: Июль 14, 2023
Abstract
Lichens
have
been
reappraised
as
self-sustaining
and
long-living
ecosystems
in
which
a
multiplicity
of
microorganisms
are
housed,
addition
to
the
main
symbiotic
partners.
Lichen-associated
microfungi
can
frequently
occur
cryptically,
their
species
diversity
has
recently
more
fully
elucidated
by
DNA
metabarcoding
studies
culture
isolations.
These
lichen-associated
fungi
represent
wide
array
major
lineages
ascomycetes
basidiomycetes,
including
both
filamentous
yeast
species.
Thanks
isolations,
morphology
subset
microfungal
studied.
Metabarcoding
analyses
shown
high
ascomycetous
two
cosmopolitan
rock-inhabiting
lichens
–
Rhizoplaca
melanophthalma
Tephromela
atra
many
these
taxa
were
successfully
isolated
culture.
Based
on
sequence
data
morphological
analyses,
new
within
Chaetothyriales
here
recognized.
Both
from
dry
habitats
described
Cladophialophora
endolichena
Cometto,
de
Hoog,
Muggia
Paracladophialophora
lichenicola
Muggia.
Other
strains
placed
Pleostigmataceae,
Trichomeriaceae
,
Pleosporales
Mycosphaerellales
Coniochaetales
Hypocreales
further
filling
gaps
knowledge
fungal
residing
lichen
thalli.
Journal of Fungi,
Год журнала:
2024,
Номер
10(8), С. 546 - 546
Опубликована: Авг. 3, 2024
Pine
trees
play
a
crucial
role
in
the
forests
of
Sichuan
Province,
boasting
rich
species
diversity
and
lengthy
evolutionary
history.
However,
research
investigation
on
fungi
associated
with
pine
are
insufficient.
This
study
investigated
hyphomycetes
China.
During
survey,
we
collected
five
specimens
from
branches
bark
Pinus.
Five
barcodes
were
selected
for
sequenced,
including
ITS,
SSU,
LSU,
TEF1,
RPB2.
Morphological
examination
multi-locus
phylogenetic
analyses
revealed
three
new
species,
viz.
Catenulostroma
pini
sp.
nov.
within
Teratosphaeriaceae,
Kirschsteiniothelia
longisporum
Kirschsteiniotheliaceae,
Sporidesmiella
sichuanensis
Junewangiaceae,
two
known
Paradictyoarthrinium
diffractum
P.
hydei
Paradictyoarthriniaceae,
which
host
records
Pinus
species.
pini,
distinguished
other
genus
by
its
unique
morphology,
has
conidial
morphologies:
small
terminal
helicoconidia,
scolecoconidia
many
septa,
phragmoconidia
conidia.
longer
spores
when
compared
to
genus.
According
analysis,
formed
an
independent
clade
sister
S.
aquatica
juncicola,
differences
size.
Yeast,
Год журнала:
2022,
Номер
39(10), С. 513 - 520
Опубликована: Сен. 6, 2022
The
neighbor-joining
(NJ)
method
of
tree
inference
is
examined,
with
special
attention
to
its
use
in
yeast
species
descriptions.
How
the
often-vilified
works
often
misunderstood.
More
importantly,
given
right
kind
data,
output
a
phylogram
that
illustrates
hypothetical
phylogeny
just
as
credible
obtained
by
any
other
method.
And
method,
result
greatly
affected
sampling
intensity,
particularly
number
aligned
positions
used
for
analysis.
I
address
various
allegations,
including
claim
phenetic,
and,
therefore,
not
phylogenetic.
argue
NJ
most
suitable
descriptions,
primarily
because
it
best
at
visually
preserving
extent
sequence
divergence
between
close
relatives,
which
continues
be
primary
criterion
delineation.
relevance
bootstraps
application
phylogenetic
concept
discussed.
Mycological Progress,
Год журнала:
2023,
Номер
22(8)
Опубликована: Июль 14, 2023
Abstract
Lichens
have
been
reappraised
as
self-sustaining
and
long-living
ecosystems
in
which
a
multiplicity
of
microorganisms
are
housed,
addition
to
the
main
symbiotic
partners.
Lichen-associated
microfungi
can
frequently
occur
cryptically,
their
species
diversity
has
recently
more
fully
elucidated
by
DNA
metabarcoding
studies
culture
isolations.
These
lichen-associated
fungi
represent
wide
array
major
lineages
ascomycetes
basidiomycetes,
including
both
filamentous
yeast
species.
Thanks
isolations,
morphology
subset
microfungal
studied.
Metabarcoding
analyses
shown
high
ascomycetous
two
cosmopolitan
rock-inhabiting
lichens
–
Rhizoplaca
melanophthalma
Tephromela
atra
many
these
taxa
were
successfully
isolated
culture.
Based
on
sequence
data
morphological
analyses,
new
within
Chaetothyriales
here
recognized.
Both
from
dry
habitats
described
Cladophialophora
endolichena
Cometto,
de
Hoog,
Muggia
Paracladophialophora
lichenicola
Muggia.
Other
strains
placed
Pleostigmataceae,
Trichomeriaceae
,
Pleosporales
Mycosphaerellales
Coniochaetales
Hypocreales
further
filling
gaps
knowledge
fungal
residing
lichen
thalli.
