Frontiers in Ecology and Evolution,
Journal Year:
2023,
Volume and Issue:
11
Published: June 2, 2023
Land-use
changes
have
received
increasing
attention
since
the
1990s.
Cultivated
land
is
a
vital
resource
with
both
natural
and
economic
features.
Socioeconomic
development
profoundly
affects
spatiotemporal
evolution
of
cultivated
land.
In
turn,
change
also
reflects
socioeconomic
trend.
This
study
took
Haikou
City,
which
has
highest
degree
urbanization
in
Hainan
Province,
as
area,
analyzed
characteristics
its
resources
during
past
20
years
rapid
development,
predicted
future
trends
on
this
basis,
to
provide
scientific
reference
for
rational
use
sustainable
Haikou.
applied
single
land-use
dynamic
(SLUDD)
transfer
matrix
explore
from
2000
2020.
The
patch-generating
simulation
(PLUS)
model
was
introduced
predict
patterns
under
different
scenarios
2030.
results
showed
that:
(1)
although
contributed
Haikou's
rate
over
years,
accompanying
expansion
construction
caused
damage
resources,
especially
urban
suburbs.
Site
conditions,
differential
benefits,
radiation
may
be
potential
influencing
factors
leading
loss
peri-urban
land;
(2)
it
verified
that
PLUS
applies
prediction
Haikou;
(3)
not
only
continued
original
zone
but
exposed
new
sites
loss.
Although
an
inevitable
trend,
there
still
hope
can
controlled,
example,
conservation
scenario.
three
essential
values
maintenance
security
Open Geosciences,
Journal Year:
2025,
Volume and Issue:
17(1)
Published: Jan. 1, 2025
Abstract
Exploring
the
coupling
relationship
of
“pattern–process–quality”
is
conducive
to
understanding
internal
mechanism
habitat
quality
change,
and
great
significance
for
function
maintenance
sustainable
management
regional
ecosystems.
Existing
studies
mainly
analyze
spatial-temporal
evolution
from
perspective
“pattern
quality”
land
use
data.
However,
variation
in
result
many
factors
such
as
habitat.
Therefore,
it
necessary
consider
these
comprehensively
when
studying
change
quality,
so
understand
more
deeply.
This
study
takes
Cambodia,
a
tropical
monsoon
climate
region,
research
area,
uses
cover
data
2000
2022
source.
InVEST
model
used
explore
between
use,
landscape
pattern,
ecological
process.
The
results
show
that
(1)
during
2000–2022,
forest
Cambodia
covered
wide
range,
showing
pattern
distributed
east
west.
(2)
degree
fragmentation
impervious
increased
gradually
2022,
indicating
was
seriously
affected
by
human
activities
natural
factors,
with
increase
elevation
slope,
area
various
types
converted
decreased.
(3)
During
high
areas
were
concentrated
Tonle
SAP
Lake
east,
southwest,
central
part
while
low
part.
(4)
Natural
socio-economic
policies,
regulations
all
have
an
impact
on
Cambodia.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(5), P. 4500 - 4500
Published: March 2, 2023
Liaoning
Province,
as
an
old
industrial
urban
agglomeration
since
the
founding
of
China,
is
important
link
between
Bohai
Economic
Zone
and
Northeast
Zone,
it
has
made
great
contributions
to
economic
development
China.
The
transformation
China’s
economy
heavy
have
posed
challenges
long-lasting
growth
Province.
In
this
study,
driving
force
land
expansion
was
detected
using
patch-generating
use
simulation
(PLUS)
model
in
situation
2030
predicted
under
natural
development,
ecological
protection,
scenarios.
We
then
further
coupled
PLUS
with
integrated
valuation
ecosystem
services
trade-offs
(InVEST)
explore
spatial
autocorrelation
synergistic
relationship
carbon
storage
habitat
quality.
results
indicated
following:
(1)
total
accuracy
2020
reached
94.16%,
Kappa
coefficient
0.9089;
therefore,
result
highly
reliable.
(2)
overall
pattern
both
quality
decreased
from
northwest
southeast
middle,
had
impact
on
a
certain
extent,
positive
correlation.
(3)
protection
(EP)
scenario
only
prospect
increasing
storage,
which
could
increase
sequestration
by
approximately
7.83
×
106
Mg/C,
prospects
optimal
(4)
Weak
trade-off
weak
synergy
dominated
(ND)
scenario;
most
regions
showed
scenario,
heterogeneity
became
more
pronounced
(ED)
strong
emerged
individual
regions.
study
feedback
effect
establishing
security
barrier
Province
furthering
low-carbon
development.
Forests,
Journal Year:
2023,
Volume and Issue:
14(7), P. 1352 - 1352
Published: June 30, 2023
The
changes
in
the
recent
and
future
spatial–temporal
patterns
of
carbon
storage
Tibetan
Plateau
its
dominant
factors
different
periods
were
unclear,
conducive
to
optimizing
spatial
layout
land.
Exploring
temporal
terrestrial
ecosystem
their
influencing
during
a
long
study
period
had
important
theoretical
practical
significance
for
achieving
goal
neutrality.
In
this
study,
Integrated
Valuation
Ecosystem
Services
Trade-offs
model
(InVEST)
was
used
analyze
based
on
vegetation-type
data
2000–2020.
Path-generating
Land-Use
Simulation
(PLUS)
then
predict
distribution
2030
2060
under
inertial
development,
farmland
protection
ecology
priority
scenarios.
results
showed
that:
(1)
degradation
vegetation
types
reduced
period.
During
2000–2020,
desert
shrub
non-vegetation
area
expanded
by
63.21%
13.35%,
respectively,
while
deciduous
scrub,
mixed
forest
low
coverage
grassland
decreased
accordingly.
decreasing
trend
0.37
×
106
t.
(2)
consistent
with
that
types.
(3)
2060,
constraint
ecological
reduction
smallest,
at
0.01
t
0.16
t,
respectively.
Under
largest
reduction,
0.12
0.43
(4)
single
factor
greatest
impacts
FVC
(vegetation
coverage),
q
values
0.616,
0.619
0.567,
interactive
effects
mainly
nonlinear
enhancement
double-factor
enhancement.
impact
DEM
(Digital
Elevation
Model),
0.94,
0.92
0.90,
Therefore,
land
high
should
be
protected
expansion
areas
restricted
planning
improve
level
achieve
Land,
Journal Year:
2024,
Volume and Issue:
13(1), P. 67 - 67
Published: Jan. 6, 2024
Biodiversity
is
profoundly
influenced
by
habitat
quality,
and
Harbin,
a
provincial
capital
situated
in
cold
climate
zone,
stands
out
as
one
of
China’s
regions
most
susceptible
to
the
repercussions
change.
To
ensure
city’s
continued
sustainable
growth,
thorough
assessment
quality
must
be
conducted.
This
study
employs
comprehensive
approach
integrating
InVEST
model,
PLUS
landscape
pattern
analysis,
geographic
detector,
geographically
weighted
regression
model.
The
goal
assess
how
land
use
have
changed
Harbin
City,
investigate
factors
contributing
spatial
heterogeneity
thoroughly
examine
evolutionary
patterns
under
inertial
development
scenario
from
2030
2050,
propose
optimization
strategies.
There
are
four
key
findings.
First,
2000
2020,
agricultural
forest
were
City’s
two
prevalent
types.
notable
transition
occurred
grassland,
expansion
construction
primarily
resulted
its
encroachment
into
areas.
Second,
within
area
study,
increased
while
simultaneously
experiencing
decrease
connectivity,
had
tendency
toward
more
fragmented
distribution.
Third,
overall
rose
between
2020
but
declined
2050.
was
“weak
west
high
east”
distribution
quality.
Fourth,
population
density
has
impact
on
with
NDVI
GDP
close
behind.
Conversely,
precipitation
slope
comparatively
smaller
influences
Natural
combined
favorable
influence
across
research
region
terms
discernibly
detrimental
impact.
Given
these
findings,
this
suggests
targeted
strategies
optimize
These
recommendations
relevant
not
only
for
biodiversity
conservation
also
an
ecologically
community,
particularly
region.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(9), P. 3741 - 3741
Published: April 29, 2024
The
global
ecological
decline
resulting
from
urban
development
presents
a
significant
challenge
for
numerous
regions
striving
to
reconcile
conservation
efforts
with
developmental
needs.
This
study
explores
the
relationship
between
ecosystem
service
value
(ESV)
and
habitat
quality
(HQ)
under
various
scenarios
elucidate
prospective
trajectories.
utilized
PLUS
model
simulate
land
use
patterns
in
Chengdu
metropolitan
area
across
four
distinct
scenarios.
Furthermore,
it
employed
equivalent
factor
method
Invest
quantify
ESV
HQ
values,
investigated
coupling
coordination
each
city
using
(CCM).
findings
are
as
follows:
(1)
Between
2000
2020,
primarily
expanded
through
of
construction
land.
(2)
Concurrently,
demonstrated
fluctuating
trend
characterized
by
an
initial
succeeded
upsurge,
culminating
Development–Ecological
Balance
Scenario.
Likewise,
displayed
similar
pattern
increase,
reaching
its
zenith
Ecological
Dominance
(3)
exhibited
variability
cities
Ultimately,
this
offers
distinctive
perspective
on
evaluating
interplay
conservation,
providing
valuable
insights
promoting
sustainable
other
regions.
Scientific Reports,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: June 7, 2024
Abstract
The
present
study
employed
remote
sensing
images
of
the
Fen
River
Basin
from
2005,
2010,
2015,
and
2020
as
primary
data
source.
software
ENVI,
ArcGIS,
Fragstats
4.2
were
utilized
to
measure
landscape
pattern
index
Basin.
A
collinearity
test
was
conducted
remove
any
redundant
indices.
Based
on
selected
indices,
values
ascertained
follows.
Using
shifting
window
method,
obtained.
Second,
habitat
quality
in
assessed
using
InVEST
model,
spatial
autocorrelation
approach
confirm
that
spatially
autocorrelated.
Finally,
impacts
indices
examined
MGWR
model.
results
show
(1)
Basin's
overall
declined
between
2005
2020;
however,
deterioration
slowed
with
time
had
a
typical
"poor
middle
high
around
margins"
distribution.
low-value
area
continued
increase,
lower-value
decreased
annually,
middle-value
then
increased,
higher-quality
tended
decrease,
increase
again,
high-quality
annually.
(2)
fit
model
greater
than
those
OLS
traditional
GWR
models,
it
able
more
clearly
illustrate
various
roles
play
one
another.
(3)
Changes
patterns
major
impact
quality;
positively
impacted
by
PD
AI,
negatively
MESH,
positive
negative
bidirectional
effects
CONTAG
AI.
Scientific Reports,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: July 10, 2024
Land-use
change
is
the
main
driver
of
carbon
storage
in
terrestrial
ecosystems.
Currently,
domestic
and
international
studies
mainly
focus
on
impact
changes
climate,
while
land-use
complex
ecosystems
are
few.
The
Jialing
River
Basin
(JRB),
with
a
total
area
~
160,000
km
