Land,
Journal Year:
2022,
Volume and Issue:
11(3), P. 401 - 401
Published: March 9, 2022
In
order
to
control
the
development
of
urban
space,
it
is
important
explore
scientific
methods
provide
a
reference
for
regional
territorial
space
planning.
On
basis
minimum
cumulative
resistance
(MCR)
model
and
cellular
automaton
(CA)-Markov
model,
we
constructed
new
technical
method
delineating
boundaries,
exploring
temporal
spatial
distribution
characteristic
land
use
in
Wuhan
from
2010
2020
through
nighttime
remote
sensing
images,
simulating
boundaries
2025
2035.
The
results
show
that:
(1)
scales
City’s
built-up
areas
2010,
2015,
were
500
km2,
566.13
885.11
respectively,
trends
expansion
run
east
southeast,
(2)
on
MCR
boundary
scale
City
2025,
2030,
2035
perspective
actual
supply
will
be
903.52
937.48
1021.44
based
CA-Markov
ideal
demand
912.75
946.40
1041.91
respectively.
By
combining
two
methods,
determined
901.62
944.39
1015.36
km2
as
2035,
According
principle
supply–demand
balance,
delineated
by
integration
which
line
with
trend
growing
cities,
could
optimize
pattern;
solve
contradiction
between
development,
farmland
protection,
ecological
protection;
methodological
decision-making
planning
practice.
Land,
Journal Year:
2022,
Volume and Issue:
11(3), P. 359 - 359
Published: March 1, 2022
Reasonable
delineation
of
the
urban
growth
boundary
(UGB)
plays
a
vital
role
in
guiding
orderly
space
and
ensuring
environmental
health.
Existing
methodologies
for
UGB
have
failed
to
address
significance
ecological
security.
Therefore,
this
study
presents
framework
that
couples
security
pattern
(ESP)
establishment
construction
land
expansion
(CLE)
simulation
delineate
UGB.
The
proposed
is
applied
Nanchang
Metropolitan
Area
(NCMA)
southeastern
China.
First,
we
established
regional
ESP
NCMA
2018
based
on
an
improved
minimum
cumulative
resistance
model.
areas
low-,
medium-,
high-level
were
1050.75,
736.42,
720.59
km2,
respectively.
Second,
implemented
multi-scenario
CLE
2025
cellular
automata–Markov
A
natural
development
scenario
was
superior
protection
scenarios
social,
economic,
at
scale.
Accordingly,
delineated
with
scale
687.87
dynamic
adjustment
using
results
scenario.
rationality
scientificity
verified
by
comparing
layout
planning
City.
incorporating
provides
useful
tool
similar
urbanized
cities.
Its
application
conducive
achieving
win–win
outcome
development.
International Journal of Environmental Research and Public Health,
Journal Year:
2022,
Volume and Issue:
19(10), P. 6216 - 6216
Published: May 20, 2022
Rapid
socio-economic
development
has
had
a
significant
impact
on
land
use/cover
(LULC)
changes,
which
bring
great
pressure
to
the
ecological
environment.
LULC
changes
affect
ecosystem
services
by
altering
structure
and
function
of
ecosystems.
It
is
significance
reveal
internal
relationship
between
service
value
(ESV)
for
protection
restoration
environments.
In
this
study,
based
spatial
temporal
evolution
values
in
Manas
River
basin
from
1980
2020
considering
economic
benefits,
we
coupled
gray
multi-objective
optimization
model
(GMOP)
patch-generating
land-use
simulation
(PLUS)
(GMOP-PLUS
model)
optimize
under
three
scenarios
(a
natural
scenario,
ND;
priority
(EPD);
balanced
EED)
2030,
analyzed
trade-offs
synergies
relationships
among
four
services.
We
found
that
2020,
farmland
construction
expanded
2017.90
km2
254.27
km2,
respectively,
whereas
areas
grassland
unused
decreased
1617.38
755.86
respectively.
By
trend
will
be
stable
ND
area
increase
327.42
EPD
most
EED
reaching
65.01
km2.
From
ESV
exhibited
an
upward
basin.
7.18%,
6.54%,
6.04%
EPD,
EED,
scenarios,
The
clustering
obvious
desert
around
water
system
with
"low-low
synergy"
"high-high
synergy";
plain
mountainous
are
mainly
"high-low
trade-off"
"low-high
relationships.
This
paper
provides
scientific
reference
coordinating
also
new
technical
approach
address
planning
resources
Land,
Journal Year:
2022,
Volume and Issue:
11(3), P. 401 - 401
Published: March 9, 2022
In
order
to
control
the
development
of
urban
space,
it
is
important
explore
scientific
methods
provide
a
reference
for
regional
territorial
space
planning.
On
basis
minimum
cumulative
resistance
(MCR)
model
and
cellular
automaton
(CA)-Markov
model,
we
constructed
new
technical
method
delineating
boundaries,
exploring
temporal
spatial
distribution
characteristic
land
use
in
Wuhan
from
2010
2020
through
nighttime
remote
sensing
images,
simulating
boundaries
2025
2035.
The
results
show
that:
(1)
scales
City’s
built-up
areas
2010,
2015,
were
500
km2,
566.13
885.11
respectively,
trends
expansion
run
east
southeast,
(2)
on
MCR
boundary
scale
City
2025,
2030,
2035
perspective
actual
supply
will
be
903.52
937.48
1021.44
based
CA-Markov
ideal
demand
912.75
946.40
1041.91
respectively.
By
combining
two
methods,
determined
901.62
944.39
1015.36
km2
as
2035,
According
principle
supply–demand
balance,
delineated
by
integration
which
line
with
trend
growing
cities,
could
optimize
pattern;
solve
contradiction
between
development,
farmland
protection,
ecological
protection;
methodological
decision-making
planning
practice.
