REVISTA CHILENA DE ENTOMOLOGÍA,
Journal Year:
2023,
Volume and Issue:
49(3), P. 539 - 545
Published: Aug. 29, 2023
Se
propone
Chonos
gen.
nov.
para
acoger
a
C.
ciliatus
sp.
describen
ambos
taxones
y
se
proporcionan
imágenes
del
adulto
de
diversas
estructuras
diferenciales
la
especie.
discuten
las
afinidades
diferencias
con
los
géneros
Oncosalpingus
Blair,
1919,
Chileosalpingus
Solervicens,
2022
Tolwaka
2023.
Systematic Entomology,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 23, 2025
Abstract
Calonecrinae
represent
a
unique
but
small
subfamily
of
Nitidulidae
that
is
endemic
to
South
Asia.
Their
habitats,
the
Asian
lowland
forests,
are
under
imminent
threat
degradation,
posing
risk
rapid
extinction
for
these
species
in
their
specific
locales.
Despite
looming
existence,
our
understanding
this
enigmatic
group
remains
limited.
We
conducted
an
examination
museum
and
newly
collected
specimens,
alongside
review
literature,
which
led
discovery
new
species,
Calonecrus
mindanaoensis
sp.
nov
.,
from
Mindanao,
Philippines.
Additionally,
we
provide
detailed
illustrations
various
type
specimens
genus
Thomson.
For
first
time,
immature
stages
were
described
based
on
jendeki
,
with
photographs
including
scanning
electron
microscopy
images.
natural
history
was
uncovered,
revealing
all
life
uniquely
adapted
complete
entire
cycle
sticky
sap.
reevaluate
phylogenetic
placement
analyses
mitochondrial
genomes.
positioned
within
Epuraeinae
clade
phylogenetically
related
epuraeine
Trimenus
.
Consequently,
study
proposes
reclassifying
as
Calonecrini
stat.
extremely
modified
tribe
Epuraeinae.
This
research
significantly
broadens
ecology
Calonecrini.
Along
taxonomic
results,
solid
foundation
conservation
further
into
habitat
preferences
evolutionary
behaviour.
Zootaxa,
Journal Year:
2025,
Volume and Issue:
5620(2), P. 255 - 277
Published: April 8, 2025
Beetles
of
the
genus
Pselaphacus
Percheron,
1835
(Coleoptera:
Erotylidae)
are
associated
with
basidiomes
various
macrofungi
species.
The
includes
30
described
species,
all
which
Neotropical,
14
species
recorded
in
Brazil.
has
never
undergone
a
comprehensive
taxonomic
revision,
and
current
information
is
largely
limited
to
original
descriptions,
often
focus
on
basic
coloration
few
morphological
traits.
In
this
study,
we
present
new
data
previously
unexamined
structures
within
(e.g.,
male
female
abdominal
terminalia,
mouthparts,
metendosternite),
as
well
host
fungi
life
cycle
signatus
Guérin-Méneville,
1841,
dentatus
Germar,
1824.
Detailed
descriptions
diagnostic
characteristics
provided
for
both
adults
immatures
these
two
ZooKeys,
Journal Year:
2024,
Volume and Issue:
1207, P. 151 - 165
Published: July 12, 2024
The
present
contribution
is
devoted
to
the
review
of
some
species
Mordellidae
belonging
Italian
fauna
described
by
Mariano
Zuccarello
Patti
and
Mario
Enrico
Franciscolo.
New
taxonomic
combinations
are
proposed:
Mediimorda
argyropleura
(Franciscolo,
1942),
comb.
nov.
,
Mordella
quomoi
Franciscolo,
1942,
rev.
Mordellokoiles
grandii
stat.
considered
that
not
part
fauna.
In
addition,
given
impossibility
identifying
based
on
its
original
description
destruction
type
material,
aradasiana
Patti,
1840
treated
as
nomen
dubium
.
PeerJ,
Journal Year:
2024,
Volume and Issue:
12, P. e18008 - e18008
Published: Sept. 16, 2024
Coccinelloid
beetles
have
a
sparse
fossil
record
in
the
Mesozoic.
Here,
we
describe
and
illustrate
an
unusual
coccinelloid
beetle,
Yassibum
yoshitomii
gen.
et
sp.
nov.,
from
mid-Cretaceous
Kachin
amber.
stands
out
within
Coccinelloidea
due
to
its
notched
profemora
presence
of
antennal
grooves
on
elytral
epipleura.
Based
our
phylogenetic
analyses,
suggest
that
is
most
likely
related
family
Anamorphidae.
The
alternative
placements
are
critically
evaluated
based
comparison
morphology.
Biology,
Journal Year:
2023,
Volume and Issue:
12(7), P. 1006 - 1006
Published: July 14, 2023
Hindwing
venation
is
one
of
the
most
important
morphological
features
for
functional
and
evolutionary
analysis
beetles,
as
it
key
used
beetle
flight
performance
design
beetle-like
flapping
wing
micro
aerial
vehicles.
However,
manual
landmark
annotation
hindwing
a
time-consuming
process
hindering
development
morphology
research.
In
this
paper,
we
present
novel
approach
detection
landmarks
on
hindwings
leaf
beetles
(Coleoptera,
Chrysomelidae)
using
limited
number
samples.
The
proposed
method
entails
transfer
pre-existing
model,
trained
large
natural
image
dataset,
to
specific
domain
hindwings.
This
achieved
by
deep
high-resolution
network
backbone.
low-stage
parameters
are
frozen,
while
high-stage
re-trained
construct
model.
A
dataset
was
constructed,
varying
numbers
randomly
selected
results
demonstrate
that
average
normalized
mean
error
(100
samples)
remains
below
0.02
only
reached
0.045
when
mere
three
samples
training.
Comparative
analyses
reveal
out-performs
prevalently
(i.e.,
residual
network).
study
showcases
practicability
employing
images-specifically,
those
in
ImageNet-for
purpose
pre-training
models
particular,
providing
promising
insect
digitization.