International Journal of Sustainable Development & World Ecology,
Год журнала:
2022,
Номер
30(4), С. 445 - 457
Опубликована: Дек. 27, 2022
ABSTRACTToday,
the
world
is
encountering
one
of
most
challenging
moments
in
history
due
to
surging
levels
greenhouse
gas
(GHG)
emissions
linked
many
factors,
with
natural
resources
standing
out.
The
recent
COP26
extensively
echoes
need
for
a
conscious
exploration
bid
sustain
ecosystem
present
and
future
generations.
To
this
end,
current
research
probes
impacts
vectoring
oil,
coal,
gases,
on
CO2
selected
10
top
resource-dependent
countries
from
1995
2019.
Additionally,
model
considers
pertinent
role
renewable
energy,
green
finance,
structural
change,
technology
advancement.
empirical
evidence
relies
preliminary
tests
comprising
cross-sectional
interdependence
tests,
homogeneity
stationarity
cointegration
that
account
issue
dependence
panel
model,
all
which
conform
expected
rule
thumb.
Besides,
second-generation
estimators
such
as
CS-ARDL,
CCEMG,
AMG,
novel
quantile
regression,
are
employed
evaluate
model.
results
show
exacerbate
emission
surge.
However,
moderating
evident
technology.
heterogeneous
effects
emanate
regression
indicate
main
robust.
Consequently,
cutting
down
fossil
fuels
subsidies
increasing
investment
energy
constitute
key
recommendations
advanced
by
study.KEYWORDS:
Natural
resourcesrenewable
energystructural
changegreen
financetechnologyresource-dependent
economies
Disclosure
statementNo
potential
conflict
interest
was
reported
authors.Ethical
approvalThis
complies
internationally
accepted
standards
practice
reportingData
availability
statementThe
data
support
findings
study
available
upon
request.
Sustainable Environment,
Год журнала:
2023,
Номер
9(1)
Опубликована: Май 10, 2023
The
world
governments
have
come
together
under
the
Paris
Agreement
to
begin
decarbonization
and
transition
a
zero-carbon
economy.
goal
of
attaining
low-carbon
growth
is
not
as
simple
it
may
appear,
however,
because
fast
developing
fossil
fuel-dependent
global
economies
are
concentrated
on
accelerating
economic
expansion
at
expense
catastrophic
environmental
repercussions.
In
light
these
circumstances,
this
study
aims
investigate
combined
implications
composite
risk
(CRI),
green
innovation
(GINOV),
policy
stringency
(EPS)
carbon
dioxide
(CO2)
emissions
in
context
Brazil,
Russia,
India,
China,
South
Africa
(BRICS),
while
controlling
for
(GDP)
renewable
energy
research
development
(RERD)
over
period
from
1960
2020.
addresses
problems
cross-sectional
dependence
slope
heterogeneity
data
set
used
analysis
by
using
second-generation
cross-sectionally
augmented
autoregressive
distributed
lags
(CS-ARDL)
framework
evaluate
long-
short-run
models.
accompanying
findings
confirm
cointegrating
relationships
between
variables.
Additionally,
results
regression
demonstrate
that
EPS,
GINOV,
RERD
contribute
long-term
reduction
CO2
emissions.
CRI
GDP,
increase
important
conclusions,
suggested
BRICS
nations
prevent
deterioration
strengthening
policies
promoting
development.
addition,
authorities
should
encourage
use
sources
ecologically
beneficial
technologies
improve
quality
achieve
neutrality
target.
