Abstract
Residential
carbon
emissions
have
emerged
as
a
primary
driver
of
future
in
China.
Investigating
the
influential
factors
affecting
demand‐side
and
elucidating
pathways
for
regional
reduction
consumption
can
provide
scientific
basis
peak
carbon‐neutral
action
plans.
This
study
incorporated
development
digital
technology
into
STIRPAT
model.
The
technical
components
model
were
expanded
upon
to
better
understand
influencing
household
sector
emission
effects
these
various
factors.
results
indicated
that:
(i)
per
capita
residential
China
exhibit
slow
fluctuating
rise
followed
by
accelerated
growth,
with
sequence
being
highest
eastern
region,
northeastern
western
finally
central
region;
(ii)
population
size,
shared
prosperity,
urbanization
development,
digitalization
collectively
influence
different
regions,
size
structure
playing
most
significant
promoting
inhibiting
roles,
respectively;
(iii)
societal
scenarios
low‐carbon
demonstrate
advantage
achieving
timely
realization
China's
overall
plan.
In
provinces,
are
projected
occur
around
2035
under
scenarios,
necessitating
substantial
efforts
provinces
meet
2030
target.
Geological Journal,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 5, 2025
ABSTRACT
The
green
park
serves
as
a
significant
spatial
carrier
for
China's
strategy
to
become
manufacturing
powerhouse
and
promote
industrial
transformation
upgrading.
It
is
crucial
platform
implementing
driving
the
development
of
manufacturing,
promoting
harmonious
coexistence
between
man
nature
in
current
era.
main
focus
this
study
total
249
parks
announced
by
Ministry
Industry
Information
Technology,
it
employs
multi‐time
point
PSM‐DID
method
investigate
280
prefecture‐level
cities.
results
show
that:
(1)
coefficient
certification
policy
estimated
have
significantly
negative
impact
at
1%
significance
level.
(2)
facilitates
integration
pollution
reduction
carbon
efforts
leveraging
technology
innovation
government
support.
(3)
effect
has
regional
consistency
resource
heterogeneity.
Therefore,
great
effects
pathways
on
synergies
reduction.
