Global Change Biology,
Journal Year:
2025,
Volume and Issue:
31(3)
Published: March 1, 2025
Climate
change
poses
a
significant
threat
to
the
survival
of
many
species.
Although
protected
areas
can
slow
down
biodiversity
loss,
they
often
lack
systematic
planning
and
do
not
integrate
genetic
diversity.
Genetic
diversity
is
key
prerequisite
for
species
ability
tolerate
new
conditions.
Using
population
distribution
data
from
96
plant
in
Third
Pole
(encompassing
Tibetan
Plateau
adjacent
mountains),
we
mapped
patterns
diversity,
projected
climate-driven
range
dynamics
future
erosion,
designed
an
optimal
conservation
framework
region.
We
identified
several
patches
high
haplotype
(HD),
with
relatively
number
haplotypes
southeastern
Pole.
Regression
models
revealed
that
climate
topography
have
interacted
shape
latitude
precipitation
being
best
predictors
HD
cpDNA
nrDNA,
respectively.
Ecological
niche
modeling
predicted
approximate
43
km
northwestward
86
m
upward
shift
suitable
habitats
under
scenarios,
likely
leading
loss
up
13.19%
15.49%
nrDNA
Alarmingly,
71.20%
newly
priority
fall
outside
existing
planned
National
Park
Clusters.
Therefore,
recommend
expanding
network
by
2.02
×
105
km2
(5.91%)
Pole,
increasing
total
conserved
area
1.36
106
(39.93%)
effectively
preserve
evolutionary
potential
plants.
This
study
represents
innovative
attempt
incorporate
into
efforts.
International Journal of Environmental Research and Public Health,
Journal Year:
2022,
Volume and Issue:
19(16), P. 9887 - 9887
Published: Aug. 11, 2022
National
parks,
as
an
important
type
of
nature
protected
areas,
are
the
cornerstone
that
can
effectively
maintain
biodiversity
and
mitigate
global
climate
change.
At
present,
China
is
making
every
effort
to
build
a
nature-protection
system,
with
national
parks
main
body,
this
approach
considers
China′s
urgent
goals
obtaining
carbon
neutrality
mitigating
It
great
significance
carbon-neutralization
strategy
accurately
predict
sink
capacity
park
ecosystems
under
background
To
evaluate
dynamics
change
different
management
measures,
we
combined
remote-sensing
observations,
model
simulations
scenario
analyses
simulate
in
proposed
Kunlun
Mountain
Park
ecosystem
over
past
two
decades
(2000–2020)
zoning
controls
various
scenarios
from
2020
2060.
Our
results
show
area
increasing.
Simultaneously,
will
be
improved
implementation
control
measures;
which
increased
by
2.04%
2.13%
2060
research
multiple
scenarios.
The
provide
scientific
basis
for
establishment
final
boundary
determination
Park.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
158, P. 111491 - 111491
Published: Dec. 29, 2023
Mainstreaming
biodiversity
into
protection
planning
and
management
is
of
great
significance
for
conservation
sustainable
development.
Species
potential
distribution
modeling
an
effective
way
species
diversity
evaluation
hotspots
identification,
which
are
crucial
conservation.
Taking
the
Central
Urban
Area
Chongqing
Municipality
as
study
area,
main
objectives
this
were
to
identify
potentially
suitable
habitats,
richness
key
protected
in
current
future,
determine
relative
contribution
environmental
factors
assess
effectiveness
areas
(PAs)
based
on
MaxEnt
model
gap
analysis.
The
results
showed
that
habitats
total
mainly
located
"two
rivers
four
mountains",
with
a
area
1610.55
km2,
forestland
accounted
59.78
%.
demonstrated
clear
topographic
heterogeneity,
index
decreased
at
first
then
increased
increasing
terrain
niche
(TNI).
Meanwhile,
it
was
observed
plants
birds
shared
similar
mountainous
areas,
overlapping
753.53
high
covered
182.83
km2.
In
2050,
future
would
remain
stable
increase
steadily.
terms
direction
centroid
shift,
migrate
low
latitude,
altitude
southeast
by
8.34
km.
jackknife
tests
indicated
determined
land
use,
mean
diurnal
range
TNI.
Additionally,
problems
gaps
coexisted
existing
PAs,
comprehensive
PAs
only
446.96
Finally,
suggestions
natural
system
optimization
ecological
proposed.
This
provides
scientific
supports
efficient
management.
Remote Sensing,
Journal Year:
2024,
Volume and Issue:
16(5), P. 751 - 751
Published: Feb. 21, 2024
Reanalysis
datasets
provide
a
reliable
reanalysis
of
climate
input
data
for
hydrological
models
in
regions
characterized
by
limited
weather
station
coverage.
In
this
paper,
the
accuracy
precipitation,
maximum
and
minimum
temperatures
four
datasets,
China
Meteorological
Assimilation
Driving
Datasets
SWAT
model
(CMADS),
time-expanded
forecast
system
(CFSR+),
European
Centre
Medium-Range
Weather
Forecast
(ERA).
Forcing
Dataset
(CMFD),
were
evaluated
using
from
28
ground-based
observations
(OBs)
Source
Yangtze
Yellow
Rivers
(SYYR)
region
used
as
runoff
simulation
performance
evaluation,
respectively.
And,
finally,
CMADS
was
optimized
Integrated
Calibrated
Multi-Satellite
Retrievals
Global
Precipitation
Measurement
(AIMERG)
data.
The
results
show
that
CMFD
is
most
representative
precipitation
characteristics
SYYR
among
followed
ERA5
CFSR,
while
performs
satisfactorily
temperature
simulations
region,
but
underestimates
precipitation.
And
we
contend
notably
contingent
upon
precision
daily
within
dataset.
do
not
effectively
capture
extreme
River
sources.
refinement
through
integration
AIMERG
satellite
emerges
potent
strategy
enhancing
simulations.
This
research
can
reference
selecting
meteorological
products
optimization
methods
process
areas
with
few
stations.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
154, P. 110861 - 110861
Published: Aug. 25, 2023
Protected
areas
are
widely
recognized
as
crucial
for
biodiversity
conservation
and
ecosystem
service
maintenance.
In
recent
decades,
countries
worldwide
have
made
great
progress
in
expanding
the
scope
of
protected
areas.
However,
evaluation
effectiveness
is
insufficient
due
to
limited
resource
inputs.
this
study,
we
assessed
nature
reserves'
conserving
services
Three-river
Source
Tibetan
Plateau
China
over
past
20
years
at
multiple
scales.
Our
findings
revealed
substantial
improvements
value,
habitat
quality,
water
retention
carbon
storage,
a
slight
decline
soil
retention.
Furthermore,
implementing
measures
within
reserves
has
resulted
better
ecological
conditions
than
outside.
terms
different
protection
zones
reserves,
core
showed
highest
improvement
conditions,
followed
by
buffer
experimental
These
results
indicate
positive
influence
projects
on
objectives.
Additionally,
study
indicated
more
stringent
management.
Limiting
human
activities
taking
protect
urgent.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(8), P. 6563 - 6563
Published: April 12, 2023
This
paper
aims
to
analyze
the
spatial
patterns
characteristics
of
cultural
resources
within
Yellow
River
National
Cultural
Park
in
China.
Therefore,
this
plans
use
Arcgis-10.8
software
describe
and
Geographic
detector
tools
study
influence
physical
geography
social
human
factors
on
distribution
pattern
resources.
The
results
indicate
that:
(1)
show
a
that
is
dense
east
sparse
west;
(2)
planning
scope
are
clustered,
multiple
high-density
areas
such
as
south
Shanxi
province,
north
North
Henan
Middle
Shaanxi
have
formed,
area
covered
by
intangible
heritage
larger
than
tangible
heritage;
(3)
“triangular”
pattern,
shows
an
“N”
inverted
“V”
structure;
(4)
single
factor
limited.
interaction
can
significantly
improve
explanation,
landscape
layout
main
affecting
