Land,
Journal Year:
2023,
Volume and Issue:
12(9), P. 1744 - 1744
Published: Sept. 8, 2023
Accurately
identifying
the
supply
and
demand
of
ecosystem
services
at
multiple
scales
determining
factors
that
influence
supply–demand
relationship
are
crucial
for
guiding
sustainable
management
restoration
regional
services.
In
view
this,
we
quantified
five
in
Qinling–Daba
Mountain
area
based
on
spatial
statistical
data,
exploring
relationships
between
examining
mechanisms
by
which
like
natural
human
activities
affect
evolution
patterns
these
The
results
show
(1)
there
was
no
risk
associated
with
ESs
area,
numerous
were
excess.
impact
ES
became
increasingly
clear
as
scale
increased.
(2)
Under
scales,
will
change.
At
mesoscale,
most
significant,
whereas
macroscale,
demands
significant.
(3)
Cultivated
land,
grass
forest
land
key
use
categories
service
hotspots,
providing
richer
functions
region.
(4)
Precipitation
NDVI
main
elements
While
GDP
population
density
have
a
significant
services,
causes
primarily
responsible
trade-offs
This
study
aims
to
evaluate
driving
Mountains,
scientific
basis
ecosystems
Ecological Indicators,
Journal Year:
2024,
Volume and Issue:
160, P. 111845 - 111845
Published: March 1, 2024
This
research
centers
on
the
necessity
for
synchronized
management
of
natural
resources
in
urban
agglomerations.
study
utilizes
ecosystem
services
theory
to
analyze
interplay
between
land
use
and
Food-Water-Energy
(F-W-E)
nexus
Beijing-Tianjin-Hebei
(B-T-H)
region
from
2000
2030.
Assessment
is
conducted
using
InVEST
models,
which
include
Habitat
Quality
(HQ),
Water
Yield
(WY),
Carbon
Sequestration
(CS),
Soil
Retention
(SDR),
Food
Production
(FP).
The
findings
indicate
an
annual
increase
construction
with
a
concurrent
notable
decrease
cultivated
land.
Furthermore,
HQ,
CS,
per
capita
FP
show
decline
until
2020,
expected
continue
Conversely,
WY
SDR
have
been
growing
annually,
albeit
projected
by
Spearman
coefficient
analysis
uncovers
synergies
HQ
alongside
trade-offs
CS
WY.
Trade-offs
are
also
observed
SDR,
HQ.
Applying
K-means
clustering
facilitates
county-based
spatial
planning
F-W-E
system,
providing
crucial
insights
suggestions
sustainable
resource
management.
The Science of The Total Environment,
Journal Year:
2024,
Volume and Issue:
922, P. 171185 - 171185
Published: Feb. 24, 2024
Balancing
supply
and
demand
in
Nature-based
Recreation
(NbR)
has
the
potential
to
yield
co-benefits
across
multiple
Ecosystem
Services
(ES),
helping
make
tourism
activities
more
sustainable.
However,
a
comprehensive
understanding
of
supply-demand
mismatches
NbR
is
challenging
due
complex
interaction
among
various
social,
economic
ecological
factors.
This
paper
investigates
provide
insights
for
informing
spatial
regional
planning
achieve
sustainable
tourism.
To
this
end,
uses
wide
range
indicators
such
as
biophysical
attributes,
accessibility
social
map
assess
demand,
followed
by
application
statistics
analyse
mismatches.
Cluster
analysis
was
performed
based
on
relationship
identify
typology
ES
study
area
north
Iran.
The
proposes
an
innovative
recreation
bundles
with
implications
region
marked
hot
spot
generated
five
differing
recreational
opportunities.
Bundles
1
2,
characterized
surplus
substantial
value,
are
suitable
camping,
hiking,
climbing,
birdwatching.
In
contrast,
bundle
4
5
associated
urban
centres,
experience
deficit,
making
them
less
NbR.
Bundle
3,
mixture
natural
productive
lands,
plays
important
role
maintaining
balanced
state.
holds
diverse
forms
tourism,
including
rural
agricultural
farm
tours
life
experiences.
Based
findings,
provides
valuable
proposing
targeted
strategies
sustainably
manage
activities.
Land,
Journal Year:
2025,
Volume and Issue:
14(3), P. 528 - 528
Published: March 3, 2025
Quantifying
the
unequal
supply
and
demand
of
ecosystem
services
(ESs)
is
a
prerequisite
for
hierarchical
ecological
governance
decisions.
However,
previous
studies
have
largely
overlooked
scale
effect
spatially
adjacent
units
role
spatial
compactness
in
shaping
inequality.
To
address
these
research
gaps,
this
study
conducted
survey
six
counties
within
Danjiangkou
Basin
China.
By
adopting
moving
window-based
local
Gini
coefficient
method,
we
quantified
inequality
ESs
region,
introduced
refined
variation
to
measure
compactness,
analyzing
impact
urbanization
on
The
results
indicate
that
region
gradually
intensifying.
from
perspective,
exhibits
significant
heterogeneity,
decreasing
urban
centers
suburbs
rural
areas,
while
maintaining
strong
continuity.
Furthermore,
found
primary
factor
exacerbating
inequality,
compact
development
can
mitigate
it.
findings
provide
practical
guidance
cross-county
coordination,
restoration,
sustainable
development.
