Veterinary Sciences,
Journal Year:
2022,
Volume and Issue:
9(7), P. 356 - 356
Published: July 13, 2022
Climate
change
and
anthropic
activities
are
the
two
main
factors
explaining
wild
great
ape
habitat
reduction
population
decline.
The
extent
to
which
human-borne
infectious
diseases
contributing
this
trend
is
still
poorly
understood.
This
due
insufficient
or
fragmented
knowledge
on
abundance
distribution
of
current
populations,
difficulty
obtaining
optimal
biological
samples
for
diagnostic
testing,
scarcity
pathogen
typing
data
sufficient
quality.
review
summarises
information
most
clinically
relevant
pathogens
viral,
bacterial,
parasitic,
fungal
nature
transmission
from
humans
apes
suspected.
After
appraising
robustness
available
epidemiological
and/or
molecular
evidence,
we
attempt
categorise
each
according
its
likelihood
truly
being
human
origin.
We
further
discuss
those
agents
anthroponotic
more
likely.
These
include
viral
(Human
Metapneumovirus
Respiratory
Syncytial
Virus),
one
bacterial
(diarrhoeagenic
Escherichia
coli),
parasitic
(Cryptosporidium
spp.
Giardia
duodenalis)
pathogens.
Finally,
identify
drawbacks
impairing
research
in
propose
lines
that
may
contribute
bridging
gaps.
One Earth,
Journal Year:
2020,
Volume and Issue:
3(4), P. 462 - 474
Published: Oct. 1, 2020
Despite
conservation
commitments,
most
countries
still
lack
large-scale
biodiversity
monitoring
programs
to
track
progress
toward
agreed
targets.
Monitoring
program
design
is
frequently
approached
from
a
top-down,
data-centric
perspective
that
ignores
the
socio-cultural
context
of
data
collection.
A
rich
landscape
people
and
organizations,
with
diversity
motivations
expertise,
independently
engages
in
monitoring.
This
often
leads
complementarity
activities
across
places,
time
periods,
taxa.
In
this
Perspective,
we
propose
framework
for
aligning
different
efforts
realize
through
networked
stakeholders,
data,
schemes.
We
emphasize
value
integrating
independent
observations
conjunction
backbone
structured
core
monitoring,
thereby
fostering
broad
ownership
resilience
due
strong
partnership
science,
society,
policy,
individuals.
Furthermore,
identify
stakeholder-specific
barriers
incentives
foster
joint
collaboration
effective
Frontiers in Forests and Global Change,
Journal Year:
2021,
Volume and Issue:
4
Published: April 15, 2021
Conservation
efforts
should
target
the
few
remaining
areas
of
world
that
represent
outstanding
examples
ecological
integrity
and
aim
to
restore
a
much
broader
area
with
intact
habitat
minimal
species
loss
while
this
is
still
possible.
There
have
been
many
assessments
“intactness”
in
recent
years
but
most
these
use
measures
anthropogenic
impact
at
site,
rather
than
faunal
intactness
or
integrity.
This
paper
makes
first
assessment
for
global
terrestrial
land
surface
assesses
how
ecoregions
sites
could
qualify
as
Key
Biodiversity
Areas
(KBAs
–
contributing
significantly
persistence
biodiversity)
based
on
their
(under
KBA
Criterion
C).
Three
datasets
are
combined
create
new
spatially
explicit
map
numbers
extirpated.
Based
it
estimated
no
more
2.9%
can
be
considered
faunally
intact.
Additionally,
using
habitat/density
distribution
data
15
large
mammals
we
also
make
an
initial
where
mammal
densities
reduced,
showing
further
decrease
2.8%
functionally
Only
11%
were
identified
included
within
existing
protected
areas,
only
4%
KBAs
triggered
by
other
criteria.
Our
findings
show
number
C
potentially
increase
up
20%
if
composition
was
restored
reintroduction
1–5
species.
Hence,
all
necessary
requirements
met
order
reintroduce
regain
integrity,
will
across
human
impacts
low
(human
footprint
≤4).
Focusing
restoration
planet
full
Science Advances,
Journal Year:
2024,
Volume and Issue:
10(14)
Published: April 3, 2024
The
rapid
growth
of
clean
energy
technologies
is
driving
a
rising
demand
for
critical
minerals.
In
2022
at
the
15th
Conference
Parties
to
Convention
on
Biological
Diversity
(COP15),
seven
major
economies
formed
an
alliance
enhance
sustainability
mining
these
essential
decarbonization
However,
there
scarcity
studies
assessing
threat
global
biodiversity.
By
integrating
dataset
with
great
ape
density
distribution,
we
estimated
number
African
apes
that
spatially
coincided
industrial
projects.
We
show
up
one-third
Africa's
population
faces
mining-related
risks.
West
Africa
in
particular,
numerous
areas
overlap
fragmented
habitats,
often
high-density
regions.
For
97%
areas,
no
survey
data
are
available,
underscoring
importance
increased
accessibility
environmental
within
sector
facilitate
research
into
complex
interactions
between
mining,
climate,
biodiversity,
and
sustainability.
bioRxiv (Cold Spring Harbor Laboratory),
Journal Year:
2020,
Volume and Issue:
unknown
Published: June 25, 2020
ABSTRACT
Aim
Modelling
African
great
ape
distribution
has
until
now
focused
on
current
or
past
conditions,
whilst
future
scenarios
remain
scarcely
explored.
Using
an
ensemble
forecasting
approach,
we
predicted
changes
in
taxon-specific
under
of
climate,
land-use
and
human
population
changes.
Location
Sub-Saharan
Africa
Methods
We
compiled
occurrence
data
populations
from
the
IUCN
A.P.E.S.
database
extracted
relevant
human-,
climate-
habitat-related
predictors
representing
(2050)
conditions
to
predict
a
best-
worst-case
scenario,
using
forecasting.
Given
large
effect
model
predictions,
further
tested
algorithm
sensitivity
by
considering
default
non-default
modelling
options.
The
latter
included
interactions
between
polynomial
terms
correlative
algorithms.
Results
distributions
gorilla
bonobo
are
likely
be
directly
determined
climate-related
variables.
In
contrast,
chimpanzee
is
influenced
mostly
anthropogenic
Both
our
approaches
produced
similar
accuracy,
although
slight
difference
magnitude
range
change
was
found
for
Gorilla
beringei
beringei,
G.
diehli
,
Pan
troglodytes
schweinfurthii
.
On
average,
decline
50%
geographic
(
;
55%
)
expected
best
scenario
if
no
dispersal
occurs
(57%
58%
worst
scenario).
However,
new
areas
suitable
habitat
become
available
most
taxa
(81%
103%
best,
93%
91%
worst,
respectively),
except
b.
Main
Conclusions
Despite
uncertainty
predicting
precise
proportion
2050,
both
losses
all
apes.
Thus,
conservation
planners
urgently
need
integrate
planning
simultaneously
support
climate
mitigation
measures
at
decision-making
levels
countries
abroad.
Diversity and Distributions,
Journal Year:
2021,
Volume and Issue:
27(9), P. 1663 - 1679
Published: June 6, 2021
Abstract
Aim
Modelling
African
great
ape
distribution
has
until
now
focused
on
current
or
past
conditions,
while
future
scenarios
remain
scarcely
explored.
Using
an
ensemble
forecasting
approach,
we
predicted
changes
in
taxon‐specific
under
of
climate,
land
use
and
human
populations
for
(1)
areas
outside
protected
(PAs)
only
(assuming
complete
management
effectiveness
PAs),
(2)
the
entire
study
region
(3)
interspecies
range
overlap.
Location
Tropical
Africa.
Methods
We
compiled
occurrence
data
(
n
=
5,203)
apes
from
IUCN
A.P.E.S.
database
extracted
relevant
climate‐,
habitat‐
human‐related
predictors
representing
(2050)
conditions
to
predict
change
a
best‐
worst‐case
scenario,
using
forecasting.
Results
The
predictive
performance
models
varied
across
taxa.
Synergistic
interactions
between
are
shaping
distribution,
particularly
variables.
On
average
taxa,
decline
50%
is
expected
PAs
best
scenario
if
no
dispersal
occurs
(61%
worst
scenario).
Otherwise,
85%
reduction
occur
regions
(94%
worst).
However,
gains
(52%
best,
21%
worst),
with
slight
increase
(66%
24%
Moreover,
more
than
half
losses
where
interspecific
ranges
Main
Conclusions
Massive
by
2050,
but
gain
uncertain
as
will
not
be
able
occupy
these
new
immediately
due
their
limited
capacity,
migration
lag
ecological
constraints.
Given
that
most
PAs,
Africa's
PA
network
likely
insufficient
preserving
suitable
habitats
maintaining
connected
populations.
Thus,
conservation
planners
urgently
need
integrate
planning
climate
mitigation
measures
at
all
decision‐making
levels
both
countries
abroad.
Scientific Data,
Journal Year:
2022,
Volume and Issue:
9(1)
Published: Sept. 10, 2022
A
curated
database
of
shark
and
ray
biological
data
is
increasingly
necessary
both
to
support
fisheries
management
conservation
efforts,
test
the
generality
hypotheses
vertebrate
macroecology
macroevolution.
Sharks
rays
are
one
most
charismatic,
evolutionary
distinct,
threatened
lineages
vertebrates,
comprising
around
1,250
species.
To
accelerate
science,
we
developed
Sharkipedia
as
a
open-source
research
initiative
make
all
published
traits
population
trends
accessible
everyone.
hosts
information
on
58
life
history
from
274
sources,
for
170
species,
39
families,
12
orders
related
length
(n
=
9
traits),
age
(8),
growth
(12),
reproduction
(19),
demography
(5),
allometric
relationships
well
871
time-series
202
relies
backbone
taxonomy
IUCN
Red
List
bibliography
Shark-References.
has
profound
potential
rapidly
growing
demands
management,
international
trade
regulation
anchoring
Evolutionary Anthropology Issues News and Reviews,
Journal Year:
2021,
Volume and Issue:
30(6), P. 399 - 420
Published: Sept. 20, 2021
Abstract
Chimpanzees
(
Pan
troglodytes
)
are
the
only
great
apes
that
inhabit
hot,
dry,
and
open
savannas.
We
review
environmental
pressures
of
savannas
on
chimpanzees,
such
as
food
water
scarcity,
evidence
for
chimpanzees'
behavioral
responses
to
these
landscapes.
In
our
analysis,
were
generally
associated
with
low
chimpanzee
population
densities
large
home
ranges.
addition,
thermoregulatory
behaviors
likely
reduce
hyperthermia
risk,
cave
use,
frequently
observed
in
hottest
driest
savanna
hypothesize
a
“savanna
landscape
effect”
chimpanzees
offer
pathways
future
research
understand
its
evolutionary
processes
mechanisms.
conclude
by
discussing
significance
modeling
evolution
early
hominin
traits
informing
conservation
programs
endangered
apes.
PLOS Climate,
Journal Year:
2024,
Volume and Issue:
3(2), P. e0000345 - e0000345
Published: Feb. 28, 2024
Large
gaps
remain
in
our
understanding
of
the
vulnerability
specific
animal
taxa
and
regions
to
climate
change,
especially
regarding
extreme
impact
events.
Here,
we
assess
African
apes,
flagship
highly
important
umbrella
species
for
sympatric
biodiversity.
We
estimated
past
(1981–2010)
future
exposure
change
impacts
across
363
sites
Africa
RCP2.6
RCP6.0
near
term
(2021–2050)
long
(2071–2099).
used
fully
harmonized
data
on
events
from
Inter-Sectoral
Impact
Model
Intercomparison
Project
(ISIMIP).
Historic
show
that
171
had
positive
temperature
anomalies
at
least
nine
ten
years
with
strongest
(up
0.56°C)
eastern
chimpanzees.
Climate
projections
suggest
temperatures
will
increase
all
sites,
while
precipitation
changes
are
more
heterogeneous.
a
heavy
288
an
number
consecutive
dry
days
by
up
20
per
year
(maximum
gorillas).
All
be
frequently
exposed
wildfires
crop
failures
future,
latter
could
apes
indirectly
through
increased
deforestation.
84%
projected
heatwaves
78%
river
floods.
Tropical
cyclones
droughts
were
only
individual
western
central
Africa.
further
compiled
available
evidence
how
affect
example,
heat
stress
dehydration,
reduction
water
sources
fruit
trees,
reduced
physiological
performance,
body
condition,
fertility,
survival.
To
support
necessary
research
sensitivity
adaptability
impacts,
planning
implementation
conservation
measures,
provide
detailed
results
each
ape
site
open-access
platform
A.P.E.S.
Wiki.
Conservation Letters,
Journal Year:
2025,
Volume and Issue:
18(1)
Published: Jan. 1, 2025
ABSTRACT
The
western
chimpanzee
(
Pan
troglodytes
verus
)
is
classified
as
Critically
Endangered
by
the
International
Union
for
Conservation
of
Nature
(IUCN),
with
an
80%
decrease
decline
between
1990
and
2014.
A
major
threat
to
its
survival
illegal
trade
in
live
chimpanzees
(ITLC),
a
highly
organized
criminal
activity
national
international
scope.
Here,
we
compile
existing
information
on
ITLC
Guinea‐Bissau,
highlight
relevant
knowledge
gaps,
suggest
immediate
conservation
management
actions.
Guinea‐Bissau
likely
extensive
factor
contributing
declining
population.
most
urgent
measures
needed
prevent
are
(i)
build
centralized
database
containing
wildlife
kept
pets,
(ii)
train
officials
laws
regulations
related
identify
protected
threatened
species,
(iii)
define/update
penalties
perpetrators
holding
chimpanzees,
(iv)
raising
awareness
society
risks
maintaining
wildlife,
(v)
investigate
supply
trade‐chain
actors’
profile,
(vi)
sanctuary
or
rehabilitation
center
within
Guinea‐Bissau.
Considering
high
risk
extinction
subspecies,
addressing
elsewhere
West
Africa
urgent.