Research Square (Research Square),
Journal Year:
2023,
Volume and Issue:
unknown
Published: Nov. 7, 2023
Abstract
Ecosystem
service
value
(ESV)
is
an
important
index
to
measure
regional
ecological
well-being,
and
its
spatio-temporal
evolution
of
great
reference
significance
for
promoting
the
comprehensive
green
transformation
economic
social
development.
Based
on
change
law
land
use
ecosystem
in
Hefei
City
from
2000
2020,
this
paper
uses
FLUS
model
evaluation
method
simulate
2040
under
four
scenarios
natural
development,
cropland
protection,
urban
development
so
as
explore
impact
future
value.
The
results
show
that:
(1)
From
area
continued
decrease,
construction
grassland
increased
significantly,
other
types
changed
little.
(2)
total
ESV
first
then
decreased.
significantly
2010,
decreased
by
703.75
CNY
billion
2010
2020.
(3)
Under
multi-scenario
simulation,
values
protection
have
different
degrees
loss,
but
not
only
did
decrease
1.5358
8.0757
respectively.
Among
scenarios,
most
loss
was
scenario,
with
a
reduction
117.52
billion.
research
can
provide
scientific
basis
optimization
structure
establishment
long-term
mechanism
restoration
future.
Scientific Reports,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: June 7, 2024
Abstract
Land
use
changes
significantly
impact
the
structure
and
functioning
of
ecosystems.
The
current
research
focus
lies
in
how
to
utilize
economic
policy
instruments
regulate
conflicts
among
stakeholders
effectively.
objective
is
facilitate
rational
planning
sustainable
development
land
utilization
resources.
PLUS
model
integrates
a
rule-based
mining
method
for
expansion
analysis
CA
based
on
multi-type
stochastic
seeding
mechanism,
which
can
be
used
mine
driving
factors
predict
patch-level
evolution
landscapes.
Using
model,
simulation
was
conducted
study
future
distribution
area
over
next
30
years.
Based
data
from
Guizhou
Province
2000,
2010,
2020,
total
16
were
selected
three
aspects:
geographical
environment,
transportation
network,
socio-economic
conditions.
Four
scenarios,
namely
natural
development,
urban
ecological
conservation,
farmland
rotection,
established.
Comparative
simulated
differences
various
scenarios
performed.
(1)
overall
accuracy
using
0.983,
with
Kappa
coefficient
0.972
FoM
0.509.
meets
requirements.
(2)
Through
four
different
investigated
Each
scenario
exhibited
distinct
impacts
utilization.
Comprehensive
comparison
results
revealed
that
protection
aligns
goals
area.
Currently,
there
relative
scarcity
simulation,
particularly
application,
Province.
This
aims
provide
reference
resources
high-quality
construction
Guizhou,
promoting
tandem
advanced
environmental
protection.
Land,
Journal Year:
2022,
Volume and Issue:
11(10), P. 1617 - 1617
Published: Sept. 21, 2022
Based
on
China’s
“carbon
neutrality”
strategy,
this
study
explores
the
relationship
between
land-use/cover
change
and
temporal
spatial
changes
of
ecosystem
carbon
storage
in
urban
agglomerations.
Using
Plus-InVEST
model,
projected
patterns
land
use
Chengdu-Chongqing
agglomeration
2030
under
natural
development
ecological
protection
scenarios
were
simulated
predicted,
characteristics
storage,
together
with
its
spatio-temporal
dynamics,
evaluated
two
scenarios.
Results
show
that:
(1)
From
2000
to
2020,
forests,
water
areas,
construction
unused
continued
increase,
while
area
cropland
grassland
decreased
continuously.
During
last
20
years,
showed
an
increasing
trend,
overall
increase
24.490
×
106
t.
(2)
Compared
scenario,
forest
land,
grassland,
scenario
exhibits
a
substantial
change;
is
limited;
effect
reflected.
(3)
by
50.001
t
49.753
2030,
respectively.
The
stability
conservation
was
significantly
higher
than
that
scenario.
Therefore,
as
result
coordinated
Chengdu-Chongqing,
functions
various
regions
can
be
losses
mitigated.
Remote Sensing,
Journal Year:
2023,
Volume and Issue:
15(9), P. 2370 - 2370
Published: April 30, 2023
Land
use
is
a
process
that
turns
piece
of
land’s
natural
ecosystem
into
an
artificial
one.
The
mix
plant
and
man-made
covers
on
the
Earth’s
surface
known
as
land
cover.
primary
external
force
behind
change
in
cover,
cover
has
impact
how
carried
out,
resulting
synergistic
interaction
between
two
at
surface.
In
China’s
Shandong
Peninsula
city
cluster,
Dongying
significant
coastal
port
city.
It
serves
administrative
hub
for
Yellow
River
Delta
situated
Province,
northeast.
changes
its
urban
future
are
crucial
to
understanding.
This
research
suggests
prediction
approach
combines
patch-generation
simulation
(PLUS)
model
long-term
short-term
memory
(LSTM)
deep
learning
algorithm
increase
accuracy
predictions
effectiveness
new
method
demonstrated
by
fact
average
inaccuracy
simulating
any
sort
2020
around
5.34%.
From
2030,
361.41
km2
construction
converted
cropland,
424.11
cropland
water.
conversion
areas
water
unused
211.47
148.42
km2,
respectively.
area
will
decrease
8.38%
3.64%,
respectively,
while
land,
water,
grassland
5.53%,
2.44%,
0.78%,
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(1), P. 399 - 399
Published: Jan. 2, 2024
Key
ecological
function
areas
play
a
crucial
role
in
safeguarding
and
rehabilitating
ecosystems
mitigating
regional
degradation.
Unraveling
the
interconnectedness
between
land
use/cover
(LULC)
transformation
ecosystem
service
value
(ESV)
these
regions
is
of
profound
importance
for
sustainable
development.
In
this
paper,
LULC
response
Tumen
River
Basin
(TRB)
to
an
assessment
ESV
from
2000
2020
was
explored.
An
advanced
equivalent
factor
that
incorporates
both
biomass
socioeconomic
factors
used
evaluate
TRB.
Taking
potential
impact
such
as
temperature
(TEM),
precipitation
(PRE),
normalized
difference
vegetation
index
(NDVI),
digital
elevation
model
(DEM),
soil
organic
matter
content
(SOMC),
human
activity
intensity
surface
(HAILS)
into
account,
patch-generating
use
simulation
(PLUS)
simulate
predict
spatial
evolution
under
different
resource
management
strategies
2030.
The
results
indicate
increasing
trend
total
study
area
2020,
with
forested
accounting
nearly
94%
HAILS,
DEM,
NDVI
were
identified
main
affecting
differentiation
ESV.
A
negative
correlation
(−0.65)
found
landscape
shape
ndex
(LSI),
indicating
more
irregularly
shaped
landscapes
have
lower
Positive
correlations
observed
Shannon’s
Diversity
Index
(SHDI)
(0.72)
Aggregation
(AI)
(0.60),
suggesting
diverse
interconnected
higher
PLUS
provide
valuable
data-based
support
achieving
planning
objectives
strategies.
Specifically,
findings
can
serve
reference
integrated
resources
environmental
protection,
promoting
development
functional
along
northeast
border
China.
Frontiers in Marine Science,
Journal Year:
2023,
Volume and Issue:
10
Published: Nov. 29, 2023
As
one
of
the
most
productive
marine
ecosystems
in
coastal
wetlands,
mangrove
forests
have
been
severely
threatened
by
intensive
human
activities.
Many
countries
and
regions
carried
out
restoration
projects.
The
evaluation
effectiveness
is
great
significance
for
scientific
decision-making
engineering
wetland
management.
In
this
study,
we
presented
a
remote-sensing-based
Mangrove
Restoration
Effectiveness
Index
(MREI)
to
evaluate
effectiveness.
We
took
Guangxi
Shankou
National
Natural
Reserve
(GSMNNR)
China,
UNESCO
Biosphere
Reserve,
as
our
study
area,
where
four
phases
afforestation
were
implemented
during
1990-2022.
MREI
was
developed
based
on
Landsat-series
images
considering
change
area
Normalized
Difference
Vegetation
(NDVI)
from
start
year
end
each
phase
(evaluation
period).
further
evaluated
Persistence
(PRE)
trajectory
whole
period,
Process-based
(PREI)
at
village
scale.
results
showed
that
can
effectively
represent
consistent
pattern
with
high-spatial-resolution
imagery.
From
1990
2022,
forest
increased
235.26
ha
873.27
84.59%
converted
tidal
flats
reserve.
average
value
five
0.48,
0.24,
0.29,
0.17,
0.72,
respectively.
dynamic
5.24%
zones
had
poor
PRE,
44.17%
excellent
PRE.
perspective
spatial
distribution,
Zones
PREI
values
ranging
high
low
follows:
Zone
A,
E,
J,
G,
C,
H,
I
(D),
F,
B.
Overall,
mainly
distributed
central
Dandou
Sea
northern
part
Yingluo
Bay.
northwest
Sea.
expect
potential
be
applied
other
Global Change Biology,
Journal Year:
2025,
Volume and Issue:
31(3)
Published: March 1, 2025
Coastal
vegetation
serves
as
a
protective
buffer
against
the
deleterious
impacts
of
storm
surges,
influencing
dynamic
exchange
energy
and
matter
mediating
lateral
transport
carbon
from
land
to
ocean.
Comprehensive
understanding
coastal
dynamics
is
crucial
for
sustaining
ecological
biogeochemical
functions
ecosystems.
Despite
considerable
influence
cover
change
(LCC)
on
greenness,
quantifying
this
impact
along
rapidly
developing
Chinese
coasts
amid
significant
social
economic
changes
over
past
decades
remains
inadequately
addressed.
In
study,
using
moderate-resolution
Landsat-based
Normalized
Difference
Vegetation
Index
(NDVI),
we
found
that
LCC
generally
reduced
greenness
shifted
environment-driven
greening
towards
browning
in
China
three
decades.
Compared
'Stable
Land
Cover
areas',
'Land
Change
areas'
exhibited
23%
decrease
proportion
39%
increase
proportion.
Urbanization
occurring
regions
during
1992-2018
dominated
effect
29%
'LCC
which
outweighed
climate
change,
CO2
fertilization,
nitrogen
enrichment.
This
negative
urbanization
was
scarcely
compensated
by
afforestation,
despite
concurrent
implementation
National
Shelterbelt
System
Construction
Project
(NCSSCP).
The
afforestation
area
under
green
scenario
(SSP1-2.6)
2030-2060
projected
be
substantially
higher
than
30
years.
It
expected
mitigate
enhance
ecosystem
sustainability
through
conservation
policies,
particularly
forest
restoration
zone
China.
Furthermore,
insights
derived
satellite
observations
study
will
serve
fundamental
information
representing
next
generation
Earth
system
models
(ESMs),
enhancing
predictions
related
future
function
adaptation.
Remote Sensing,
Journal Year:
2023,
Volume and Issue:
15(14), P. 3629 - 3629
Published: July 21, 2023
Many
single-land-use
simulation
models
are
available
to
simulate
and
predict
Land
Use
Cover
Change
(LUCC).
However,
few
studies
have
used
multiple
LUCC
in
the
same
region.
The
paper
utilizes
CA-Markov
model,
Modeler
(LCM),
Patch-generating
Simulation
model
(PLUS)
with
natural
social
driving
factors
on
Western
Sichuan
Plateau,
using
Kappa
coefficient,
overall
accuracy
(OA),
Figure
of
Merit
(FoM)
verify
selects
a
suitable
landscape
pattern
study
area
from
2020
2070.
results
as
follows:
(1)
LCM
has
highest
effect,
its
OA,
FoM
higher
than
other
two
models.
(2)
land
types
grassland
wetland
will
increase
Among
them,
decrease,
but
is
still
most
prominent
category
this
proportion
areas
remains
unchanged.
fragmentation
degree
forest
(F),
(GL),
shrubland
(SL),
water
bodies
(WBs),
bare
(BAs),
permanent
ice
snow
(PIS)
decreases,
distribution
shows
trend
aggregation.
dominance
F
C
decreases
dominates
landscape.
aggregation
increased
complexity
decreased,
each
type’s
diversity,
evenness,
richness
increased,
presenting
more
reasonable
development.
Using
region,
choosing
local
great
significance
scientifically
manage
effectively
allocate
resources
field.
Jurnal Tanah dan Sumberdaya Lahan,
Journal Year:
2023,
Volume and Issue:
10(1), P. 37 - 47
Published: Jan. 1, 2023
Widodaren
district
has
an
area
that
is
mostly
still
in
the
form
of
agricultural
land.
However,
at
this
time,
it
undergone
a
land
function
change,
so
impact
on
productivity
food
crops.
The
purpose
study
was
to
analyze
transfer
(paddy
fields)
non-agricultural
spatially
temporally
from
2012-2021.
method
used
secondary
data
analysis
accompanied
by
field
observations.
results
showed
period
2012-2021
conversion
reached
1,226
ha
.
functions
occurred
rice
fields
settlements
covering
422.29
hectares,
mixed
gardens
477.62
ha,
and
326.09
ha.
Land
all
villages
District,
namely
Banyubiru,
Gendingan,
Karangbanyu,
Kauman,
Kayutrejo,
Kedunggudel,
Sekaralas,
Sekarputih,
Sidolaju,
Sidomakmur,
Walikukun,
villages.
