Scientific Reports,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: March 13, 2024
Abstract
Optimizing
the
spatial
layout
of
national
territory
is
crucial
for
realizing
transformation
and
development
resource-oriented
cities
in
context
high-quality
new
period.
This
paper
takes
Tongling
City
as
a
case
study,
based
on
analysis
historical
foundation,
then
uses
SD-FLUS
comprehensive
model
to
carry
out
systematic
five
dimensions
economy,
society,
population,
science
technology,
resources
environment,
discusses
optimization
pattern
under
contextual
simulation.
The
conclusions
are
follows:
①
hierarchical
framework
“system-indicator-element”
not
only
internally
interconnected,
but
also
inextricably
linked
with
relationship
between
various
categories
land
use
system.
②
Decrease
cropland,
forest,
water,
grassland,
barren
decreases
from
economic
development,
social
progress,
there
small
increase
area
scenario
resource
environmental
protection,
direction
change
impervious
opposite
direction.
③
Cultivated
retained
situ
concentrated
extent,
forested
reduced
extent
while
status
quo
maintained,
Yangtze
River
water
system
will
be
protected
large
part
waters
Zongyang
County
give
way
expansion
construction
objectives
county.
Building
expanded
extended
northeast
original
site
area,
southwest
corner
county
center
some
promote
county’s
development.
Ecological Indicators,
Journal Year:
2022,
Volume and Issue:
142, P. 109258 - 109258
Published: Aug. 10, 2022
Habitat
fragmentation,
a
contributor
to
biodiversity
degradation
in
urbanized
regions,
will
result
from
rapid
urbanization.
Due
the
low
quality
of
habitats
and
complexity
land
use
high-density
cities,
traditional
ecological
corridor
development
approaches
may
not
be
viable
for
urban
contexts.
Furthermore,
unlike
other
corridors,
width
corridors
is
fixed
due
very
constrained
high
density
structures
areas.
However,
we
discovered
few
studies
on
how
build
densely
populated
Aside
that,
earlier
primarily
concentrated
identifying
potential
paths
with
spatial
range
typically
being
determined
subjectively.
The
goal
this
research
was
develop
an
integrated
approach
determining
suitable
areas
rapidly
urbanizing
region.
Firstly,
key
species
were
identified
Morphological
Spatial
Pattern
Analysis
(MSPA)
applied
identify
core
established
city,
which
then
NDVI
InVEST
construct
resistance
surfaces.
Potential
graded
importance
by
Linkage
Mapper.
Finally,
our
metric
indicators
system,
four
set
framework:
animal
migration,
maximum
cost-weighted
distances
animals
can
migrate,
mobility
potential,
greatest
restoration
opportunities.
A
total
33
sources
63
identified.
only
10
m
wide
at
its
narrowest
point
100
widest
point.
Delimiting
appropriate
provide
guidance
implementation
ensuring
security
Ecological Indicators,
Journal Year:
2021,
Volume and Issue:
131, P. 108167 - 108167
Published: Aug. 31, 2021
Coal
is
an
important
global
energy
resource.
However,
the
negative
impacts
of
mining
are
factors
restricting
sustainable
development
areas.
Under
superimposed
influences
different
intensities,
natural
ground
conditions,
and
social-economic
development,
there
large
differences
in
restoration
characteristics
response
strategies
for
mining.
To
guide
utilization
coal
resources
ecological
restoration,
spatial
distribution
should
be
appropriately
analyzed
at
macroscale.
Based
on
web-crawler
technology
multi-source
remote
sensing
data,
this
paper
attempted
to
estimate
intensity
social-ecological
resilience
respectively
county
level,
divide
areas
into
nine
regions
China.
zoning
results,
differentiated
were
proposed
resource
various
regions.
The
valuation
results
suggested
that
mines
widely
distributed
abundant
China,
mainly
concentrated
central,
southwest
northwest
nearly
half
with
low
resilience.
Especially,
high
intensity-low
north
China
which
account
10.83%.
These
receive
special
attention
prevent
possible
risks
minimize
economic
effects.
Social-ecological
measures
system
adaptation
disturbances,
can
regarded
as
standard
adjustment.
In
future,
local
governments
try
combine
provide
support
