How not to describe a species: lessons from a tangle of anacondas (Boidae: Eunectes Wagler, 1830)
Wolfgang Wüster,
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Hinrich Kaiser,
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Marinus Steven Hoogmoed
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et al.
Zoological Journal of the Linnean Society,
Journal Year:
2024,
Volume and Issue:
201(4)
Published: Aug. 1, 2024
Abstract
A
recent
revision
of
the
anacondas
(Serpentes:
Boidae:
Eunectes),
with
description
a
new
species
green
anaconda,
generated
extensive
publicity,
but
also
provoked
considerable
controversy
due
to
inadequacies
evidence
used
and
errors
in
nomenclature.
We
here
use
case
this
problematic
publication
to:
(i)
highlight
common
issues
affecting
delimitations,
especially
an
over-reliance
on
mitochondrial
DNA
data,
reiterate
best
practices;
(ii)
reanalyse
data
available
for
establish
true
current
state
knowledge
lines
further
research;
(iii)
analyse
nomenclatural
history
status
genus.
While
our
analysis
reveals
significant
morphological
variation
both
yellow
anacondas,
denser
sampling
informative
nuclear
markers
are
required
meaningful
delimitation
Eunectes.
Tracing
name-bearing
types
establishes
Trinidad
as
type
locality
Boa
murina
Linnaeus,
1758
allows
identification
extant
lectotype
species.
Finally,
we
emphasize
responsibility
journals
authors
ensure
that
published
taxonomic
work
meets
burden
substantiate
descriptions
named
compliance
rules
zoological
Language: Английский
More South American Boas? A Comment on Boa atlantica and B. occidentalis
Zootaxa,
Journal Year:
2025,
Volume and Issue:
5588(4), P. 594 - 598
Published: Feb. 17, 2025
Language: Английский
Description of the Northern Green Anaconda (Eunectes akayima sp. nov. Serpentes; Boidae): What Is in a Name?
Jesús A. Rivas,
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Juliana S. Terra,
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Marijn Roosen
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et al.
Diversity,
Journal Year:
2024,
Volume and Issue:
16(7), P. 418 - 418
Published: July 18, 2024
While
elucidating
the
evolutionary
trajectory
of
green
anacondas,
we
previously
documented
existence
two
distinct
species,
Eunectes
akayima
sp.
nov.
and
murinus
(Linnaeus,
1758),
that
separated
approximately
10
million
years
ago.
Our
research
integrates
a
novel
molecular
clock
approach,
focuses
on
tectonic
plate
movements
with
fossil
records
as
minimal
chronological
markers,
offers
refined
understanding
speciation
events
in
relation
to
major
biogeographical
occurrences
South
America.
Mitochondrial
DNA
analysis
demonstrates
significant
genetic
divergence
between
which
is
supported
by
notable
difference
sexual
size
dimorphism
(SSD)
intensity
along
other
morphological
differences.
This
paper
also
rectifies
earlier
oversights
description
new
species
clarifies
taxonomic
ambiguities
compliance
International
Code
Zoological
Nomenclature
(henceforth
ICZN).
In
addition,
designate
neotype
for
E.
stabilize
group.
an
effort
honor
Indigenous
nations,
derives
its
name
from
Carib
language,
advocating
inclusion
traditional
names
scientific
discourse.
not
only
contributes
stability
anacondas
but
advocates
usage
zoological
nomenclature
adopting
more
inclusive
flexible
approach
ICZN
eliminating
unintended
exclusionary
practices
have
inherited
science
disciplines.
Language: Английский
Special Issue: a few steps back, several steps forward
Journal of Vertebrate Biology,
Journal Year:
2023,
Volume and Issue:
72(E2303)
Published: Dec. 31, 2023
Language: Английский
Biodiversity in the Caribbean from 1950 to the Present
Bielefeld University Press / transcript Verlag eBooks,
Journal Year:
2024,
Volume and Issue:
unknown, P. 385 - 410
Published: Aug. 2, 2024
The
Caribbean
is
regarded
as
a
biodiversity
hotspot,
with
high
levels
of
endemism
in
some
northern
regions
and
mainland
species
southern
countries.
region's
has
been
documented
since
well
before
the
1950s,
but
knowledge
transfer
sharing
have
chronic
challenges.
First,
much
documentation
was
done
by
people
who
were
not
from
Caribbean,
therefore
information
taken
them
when
they
returned
to
their
home
Second,
because
several
European
countries
claimed
various
islands
overseas
territories,
data
across
exchanged.
Finally,
there
no
repository
unless
specimens
relocated
North
American
or
museum.
saw
periods
development
technological
advancement
which
influenced
documentation.
Several
states
had
external
owners
administrators
between
1950s
1960s,
direct
impact
on
actions.
From
1960s
1980s,
period
transition,
number
gaining
independence
United
Kingdom
developing
own
economies.
Between
1980s
2000s,
these
underwent
infrastructure
stabilisation
economic
diversification.
As
communication
real-time
proliferated
emergence
cyber
technology
global
community
shrank,
culminating
digitisation
historic
records.
Global
Biodiversity
Information
Facility
(GBIF)
one
platform
that
digitised
GBIF
around
1
million
records
natural
history
Caribbean.
There
are
now
5
georeferenced
images
supplied
citizen-science
platforms
iNaturalist
eBird.
factors
contributed
existence
its
These
include
governance,
geography,
geology,
meteorology,
trade.
To
trace
changes
distribution
throughout
insular
sixteen
specific
taxa
selected
for
discussion.
Furthermore,
role
Indigenous
cultural
influences
acceptance
management
cannot
be
overlooked,
entities
such
IUCN
(International
Union
Conservation
Nature)
IPBES
(Intergovernmental
Science-Policy
Platform
Ecosystem
Services)
recognised
theses
avenues
traditional
knowledge.
Caribbean's
70
years
political
governance
commented
on,
focus
biogeography.
roles
culture
folklore
social
impacts
addressed,
threats
biodiversity.
A
coalition
international
treaties
island
become
signatories
help
address
challenges
presented
support
new
direction
sovereign
decision
making
progression
conservation.
Lastly,
we
recognise
even
if
adopts
conservation
practices,
it
unlikely
can
reverse
effects
resource
waste
management.
Language: Английский