The Innovation Geoscience,
Journal Year:
2025,
Volume and Issue:
unknown, P. 100133 - 100133
Published: Jan. 1, 2025
<p>The
global
service
industry,
commonly
perceived
as
low-carbon,
is
in
fact
a
significant
driver
of
emissions
growth.
Yet,
traditional
emission-accounting-based
assessments
have
overlooked
the
transmission
pathways
industry
across
regions,
thereby
making
it
difficult
to
uncover
its
dynamic
and
complex
spatial
industrial
interconnections.
This
study
addresses
this
gap
by
using
multi-regional
input-output
(MRIO)
analysis
structural
path
decomposition
(SPD)
examine
consumption-based
(CBE)
sector
multiple
countries
from
1995
2021,
offering
new
insights
for
targeted
mitigation
strategies.
Results
reveal
steady
63%
increase
CBE
services,
primarily
driven
expansion
public,
health,
financial
services.
While
developed
are
net
importers
embodied
developing
nations
largely
serve
exporters,
with
transportation—especially
air
water
transport—contributing
significantly
carbon
intensity.
China,
United
States,
Japan
emerge
top
service-sector
emitters,
highlighting
critical
role
both
direct
intermediate
inputs
driving
emissions.
The
underscores
need
efficiency
improvements
green
technological
investments,
particularly
transport
high-impact
sectors,
mitigate
while
supporting
These
findings
offer
policymakers
on
prioritizing
sector-specific
cross-border
strategies
achieve
sustainable
development
industry.</p>
Landscape Architecture,
Journal Year:
2025,
Volume and Issue:
32(1), P. 49 - 56
Published: Jan. 1, 2025
Objective
Ecosystem
services
are
the
link
between
ecosystems
and
social
systems.
While
effectively
coordinating
regional
ecological,
economic
needs
promoting
carbon
sequestration
emission
reduction,
ecosystem
can
be
transmitted
to
surrounding
areas
boost
ecological
space
optimization.
Under
guidance
of
peaking
neutrality
goals,
clarifying
positive
impact
on
net
sink
efficiency
in
metropolitan
spillover
effect
contribute
service
enhancement,
realize
efficient
reduction
space.
Methods
Supported
by
multi-source
panel
data
spanning
period
from
2010
2020,
this
research
takes
Shanghai
Metropolitan
Area
as
object
divides
area
into
40
units.
Based
multiple
benefits
synergistically
urban
enhancement
constructs
a
indicator
system.
Then,
utilizing
undesirable
slacks-based
measurement
(SBM)
model,
evaluates
each
unit
during
further
explores
distributional
characteristics
spatial-temporal
changes
sinks,
emissions,
geospatial
perspective.
In
combination
with
guiding
content
spatial
synergistic
planning
for
Area,
four
important
services,
namely
water
retention,
purification,
soil
retention
biodiversity
maintenance,
quantitatively
characterized
InVEST
model.
Subsequently,
based
decomposition
effects
(direct,
indirect
total
effects)
obtained
econometric
influencing
mechanisms
their
interrelationship
units
analyzed.
addition,
innovatively
revealed
according
flow
conduction
mechanisms.
Results
Research
results
summarized
follows.
1)
During
11
years
growth
dioxide
emissions
gradually
slowed
down,
while
primary
productivity
vegetation
continued
increase,
high
sinks
were
partially
overlapped;
some
core
nodes,
such
City,
maintained
steady
improvement,
driving
neighboring
cities
reduce
increase
sinks;
meanwhile,
improved
have
similar
divided
2
types:
production
value,
those
medium-high
low
sinks.
2)
The
significant
heterogeneity
relatively
stable
over
11-year
period,
values
mainly
distributed
southwestern
part
cover
around
Taihu
Lake
concentrated
resources,
construction
near
traffic
arteries,
amount
has
shown
fluctuating
characteristics.
3)
Regarding
efficiency,
there
differences
coefficients,
directions
significance
different
services.
For
trade-off
index
relationship
index,
direct
significantly
positive,
negative.
Conclusion
clarifies
that
water-related
purification
affect
attention
should
paid
network
system
its
coupling
green
grey
spaces,
so
stimulate
vitality
Jiangnan
vein.
As
it
is
necessary
differentiate
optimization
strategies
type
local
conditions,
conservation
spaces
continuously
strengthened,
followed
joint
protection
control
red
lines
areas,
promote
territorial
activities,
thus
contributing
improvement
general.
clearly
demonstrates
enhancing
conserving
reveals
an
effective
path
region,
which
may
provide
certain
reference
improving
management.
The Innovation Geoscience,
Journal Year:
2025,
Volume and Issue:
unknown, P. 100133 - 100133
Published: Jan. 1, 2025
<p>The
global
service
industry,
commonly
perceived
as
low-carbon,
is
in
fact
a
significant
driver
of
emissions
growth.
Yet,
traditional
emission-accounting-based
assessments
have
overlooked
the
transmission
pathways
industry
across
regions,
thereby
making
it
difficult
to
uncover
its
dynamic
and
complex
spatial
industrial
interconnections.
This
study
addresses
this
gap
by
using
multi-regional
input-output
(MRIO)
analysis
structural
path
decomposition
(SPD)
examine
consumption-based
(CBE)
sector
multiple
countries
from
1995
2021,
offering
new
insights
for
targeted
mitigation
strategies.
Results
reveal
steady
63%
increase
CBE
services,
primarily
driven
expansion
public,
health,
financial
services.
While
developed
are
net
importers
embodied
developing
nations
largely
serve
exporters,
with
transportation—especially
air
water
transport—contributing
significantly
carbon
intensity.
China,
United
States,
Japan
emerge
top
service-sector
emitters,
highlighting
critical
role
both
direct
intermediate
inputs
driving
emissions.
The
underscores
need
efficiency
improvements
green
technological
investments,
particularly
transport
high-impact
sectors,
mitigate
while
supporting
These
findings
offer
policymakers
on
prioritizing
sector-specific
cross-border
strategies
achieve
sustainable
development
industry.</p>
