KANYÚ,
Journal Year:
2024,
Volume and Issue:
2(I), P. 46 - 64
Published: Jan. 31, 2024
Actualmente
el
deterioro
de
los
ecosistemas
y
paisaje
es
un
problema
ambiental
trascendencia,
conocimiento
factores
especial
importancia
pues
permite
generar
acciones
remediación,
por
ello
presente
se
orienta
a
responder
mediante
revisión
sistemática
PRISMA
¿Cuáles
son
principales
paisaje?
Los
estudios
en
su
mayoría
realizaron
China,
España
Estados
Unidos,
donde
identificaron
antrópicos
que
generaron
cambio
climático
actúa
principalmente
ecosistémico
paisajístico,
siendo
impacto
negativo
afecta
al
componente
abiótico,
además
identifica
otros
como
la
salinización,
uso
tierra
cobertura
del
suelo,
sequía
extrema,
árboles
metales
pesados,
incendios
forestales
microplásticos.
Land,
Journal Year:
2024,
Volume and Issue:
13(8), P. 1267 - 1267
Published: Aug. 12, 2024
The
effectiveness
of
ecological
security
patterns
(ESPs)
in
maintaining
regional
stability
and
promoting
sustainable
development
is
widely
recognized.
However,
limited
research
has
focused
on
the
early
warning
risks
inherent
ESPs.
In
this
study,
Guangdong–Hong
Kong–Macao
Greater
Bay
Area
(GHKMGBA)
taken
as
study
area,
risk
zones
are
delineated
by
combining
landscape
index
habitat
quality,
a
multi-level
ESP
constructed
based
circuit
theory.
PLUS
model
was
employed
to
simulate
future
built-up
land
expansion
under
different
scenarios,
which
were
then
extracted
overlaid
with
enable
multi-scenario
risks.
results
showed
following:
central
plains
coastal
areas
GHKMGBA
exhibits
high
level
risk,
whereas
peripheral
forested
face
less
threat,
crucial
for
stability.
ESP,
comprising
sources,
corridors,
pinch
points,
flow
stability,
tertiary
corridors
significant
stress
all
requiring
restoration
enhancement
efforts.
There
differences
severity
within
across
various
scenarios.
Under
protection
scenario,
will
have
best
situation,
effectively
protecting
reducing
damage,
providing
valuable
reference
policies.
it
must
not
overlook
economic
still
needs
further
seek
balance
between
growth
protection.
Land,
Journal Year:
2023,
Volume and Issue:
12(7), P. 1377 - 1377
Published: July 10, 2023
After
a
period
of
rapid
development,
the
process
urbanization
in
China
has
gradually
shifted
from
“scale
expansion”
to
“enhanced
quality”.
The
scarcity
urban
land
resources
created
constraints
on
and
economic
development.
This
paper
examines
carrying
capacity
perspective
renewal.
A
conceptual
model
driving
mechanism
comprehensive
is
constructed,
incorporating
six
dimensions
22
indicators,
including
renewal
ecology.
Through
questionnaire
surveys
structural
equation
modeling,
feedback
data
are
analyzed,
measurement
models,
mediation
effects
examined
analyze
causal
paths
factors
different
land.
research
results
indicate
that
all
have
direct
positive
impact
capacity.
In
terms
effects,
influencing
ranked
descending
order
magnitude
as
follows:
disaster
prevention
mitigation
capacity,
infrastructure
renewal,
social
economy,
overall
ecology,
This
paper
investigates
the
spatial
and
temporal
evolution
of
coordination
between
carbon
emission
performance
(CEP)
ecological
resilience
(ER)
in
Yellow
River
Basin,
considering
China's
active
urbanization
transformation
commitment
to
"dual-carbon"
target.
We
establish
a
comprehensive
evaluation
system
using
super-efficiency
SBM
model
entropy
weight
TOPSIS
method.
Additionally,
we
analyze
dynamic
driving
factors
CEP
ER
region
through
Gaussian
kernel
density
estimation
geographic
detector.
The
findings
reveal
that:
Basin
fluctuates
during
2011—2021,
with
slight
overall
change,
while
shows
consistent
increase.
Notably,
decreases
notably
upstream,
moderately
middle
reaches,
marginally
downstream.
Conversely,
improves
upstream
but
declines
overall,
enhancements
reaches
little
change
coupling
degree
among
prefecture-level
cities
exhibits
fluctuating
patterns,
modest
increases
upper
lower
reaches.
Overall,
is
disordered,
regional
disparities.
High-value
points
were
notable
downstream
2011,
peaked
midstream
2017,
declined
by
2021.The
emissions
reflects
complex
interplay
urbanization,
environmental
policies,
Basin.
