Frontiers in Environmental Science,
Journal Year:
2025,
Volume and Issue:
12
Published: Jan. 7, 2025
Climate
risks
include
two
elements:
physical
and
transition
risks.
Exploring
the
impact
of
climate
on
green
technology
innovation
contributes
to
sustainable
development.
This
study
uses
panel
data
from
269
cities
in
China
2008
2022
explore
innovation,
it
employs
Spatial
Dubin
Models
for
spatial
effects
analysis.
The
main
research
conclusions
are
as
follows.
First,
components
risks—physical
risks—significantly
hinder
innovation.
Second,
suppress
by
reducing
market
potential,
while
do
so
decreasing
foreign
direct
investment.
Third,
over
time,
shows
a
clustering
pattern
“low-low”
“high-high.”
Fourth,
create
negative
spillover
effects,
generate
positive
ones.
Fifth,
mainly
seen
central
region,
those
primarily
observed
eastern
western
regions,
indicating
significant
regional
heterogeneity.
Finally,
promoted
period
2018–2022,
which
is
different
their
suppressive
other
time
periods.
In
general,
this
establishes
more
comprehensive
analytical
framework
that
fills
existing
gaps.
Applied Economics,
Journal Year:
2024,
Volume and Issue:
unknown, P. 1 - 21
Published: Feb. 2, 2024
Government
subsidies
are
essential
in
guiding
enterprises'
transformation
and
development.
In
the
face
of
green
dilemma
for
businesses
during
transition
from
old
to
new
growth
drivers,
it
is
crucial
investigate
whether
government
can
further
enhance
their
effectiveness.
We
utilize
a
panel
dataset
Chinese
listed
companies
2007
2021
explore
relationship
between
innovation
(GINN),
with
specific
focus
on
moderating
effect
marketization.
find
that
not
only
significantly
promote
substantive
(UGINN)
strategic
(TGINN)
but
also
improve
business
performance.
The
model
demonstrates
presence
market
failure
GINN.
show
marketization
index
(MI),
environmental
information
disclosure
(EDI),
highly
polluting
industries
(HPI),
manufacturing
(MF)
have
significant
effects.
mechanism
analysis
elucidates
GINN
by
encouraging
increased
R&D
investments.
However,
note
these
lead
inefficient
investments
enterprises,
resulting
waste
resources.
offer
enlightenment
understanding
government's
role
promoting
enterprises
improving
relevant
subsidy
policies.
Environmental Science and Pollution Research,
Journal Year:
2024,
Volume and Issue:
31(12), P. 19002 - 19021
Published: Feb. 15, 2024
Abstract
Gearing
up
for
green
technology
innovation
(GTI)
and
natural
resources
has
become
even
more
important
in
the
transition
to
a
zero-emission
life,
economy,
sustainable
development
goals.
This
attempt
situation
that
needs
be
overpowered
much
sooner
by
European
countries,
which
have
encountered
challenges
many
ways,
especially
regarding
resources,
energy
supply,
climate
crisis.
In
this
vein,
current
study
follows
novel,
robust
Method
of
Moment
Quantile-Regression
(MM-QR),
successfully
yields
heterogeneous
information
structure
across
quantiles,
examine
determinants
GTI
15
EU
countries
over
period
2003–2018.
MM-QR
estimation
results
indicate
are
countries.
While
growth
(GG)
an
adverse
impact
on
middle-
high-GTI
effect
ecological
footprint
is
positive
highest-GTI
The
effects
financial
(FD)
revealed
all
Remarkably,
environmental
taxes
influence
lowest
highest
quantile
respectively.
Finally,
renewable
greenfield
FDI
no
GTI.
Governments
can
promote
providing
most
immaculate
way,
firms
engage
projects,
as
well
encouraging
these
through
taxes.
Frontiers in Environmental Science,
Journal Year:
2025,
Volume and Issue:
12
Published: Jan. 7, 2025
Climate
risks
include
two
elements:
physical
and
transition
risks.
Exploring
the
impact
of
climate
on
green
technology
innovation
contributes
to
sustainable
development.
This
study
uses
panel
data
from
269
cities
in
China
2008
2022
explore
innovation,
it
employs
Spatial
Dubin
Models
for
spatial
effects
analysis.
The
main
research
conclusions
are
as
follows.
First,
components
risks—physical
risks—significantly
hinder
innovation.
Second,
suppress
by
reducing
market
potential,
while
do
so
decreasing
foreign
direct
investment.
Third,
over
time,
shows
a
clustering
pattern
“low-low”
“high-high.”
Fourth,
create
negative
spillover
effects,
generate
positive
ones.
Fifth,
mainly
seen
central
region,
those
primarily
observed
eastern
western
regions,
indicating
significant
regional
heterogeneity.
Finally,
promoted
period
2018–2022,
which
is
different
their
suppressive
other
time
periods.
In
general,
this
establishes
more
comprehensive
analytical
framework
that
fills
existing
gaps.
