Environment Development and Sustainability,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Nov. 23, 2024
Climate
change
and
disparities
among
economic
groups
represent
significant
challenges
confronting
the
global
community
today.
Inadequate
action
against
climate
is
likely
to
worsen
inequalities,
while
these
inequalities
can
hinder
effective
execution
of
initiatives.
Against
this
backdrop
study
examines
impact
ENT
on
carbon
emissions
inequality
(CEI)
develop
equitable
inclusive
mitigation
strategies.
Using
a
unique
GMM-PVAR
approach,
we
analyze
structural
dynamics
in
panel
dataset
41
developing
developed
countries
for
1990–2020.
This
method
efficient
robust.
It
capable
taking
into
account
dynamism
data.
Further
tackle
endogeneity
concerned
data
sets.
The
empirical
models
geopolitical
risk,
complexity,
total
natural
resource
rents,
GDP
growth
as
potential
influencers
CEI.
Our
findings
reveal
that:
(1)
negatively
impacts
CEI,
underscoring
its
importance
reduction
efforts;
(2)
complexity
exhibits
negative
relationship
with
implying
it
contributes
reduction;
(3)
resources,
all
positively
hindering
(4)
impulse
response
analysis
shows
that
shocks
induce
an
initial
inverse
followed
by
oscillating
responses
over
ten
periods;
(5)
causality
test
corroborates
results
indicate
no
reverse
causality.
robustness
based
function
heterogeneous
confirm
earlier
findings.
outcomes
effect
showing
any
upsurge
one
unit
leads
decline
CEI
1.09
units
long
run.
Remarkably,
increase
risk
will
automatically
contribute
escalation
5.977
units.
from
Impulse
Response
Analysis
documents
how
responds
independent
variables
periods.
demonstrates
shock
stimulate
first
period
then
oscillate
across
10
periods
Grounded
outcomes,
concludes
policy
implications
promote
sustainable
government
should
embrace
environmental
policies
enhance
application
harmonious
effects.
implement
pricing
system
create
incentive
individuals
companies
reduce
invest
clean
technologies.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(5), P. 1815 - 1815
Published: Feb. 21, 2025
Algeria’s
resource-dependent
economy
faces
significant
challenges
in
balancing
hydrocarbon
reliance
with
environmental
sustainability,
yet
existing
research
largely
overlooks
the
comprehensive
load
capacity
factor
(LCF)
metric
favor
of
traditional
emissions
analyses.
This
study
examines
relationships
between
LCF
and
key
economic–environmental
factors
Algeria
from
1980
to
2023,
including
total
natural
resource
rents,
energy
transition,
technological
innovation,
GDP,
primary
consumption,
urbanization.
Using
ARDL
DARDL
econometric
approaches
complemented
by
a
kernel-based
regularized
least
squares
analysis,
captures
both
linear
nonlinear
while
accounting
for
asymmetric
dynamics
short-
long-term
perspectives.
The
findings
reveal
that
urbanization
significantly
impair
LCF,
consumption
shows
minimal
positive
impact.
transition
initiatives
demonstrate
mixed
effects,
highlighting
complexities
green
implementation
economies.
These
results
suggest
sustainable
development
requires
targeted
policies
focusing
on
management
efficiency,
environmentally
conscious
urban
planning,
technology
adoption,
providing
valuable
insights
other
resource-rich
nations
pursuing
similar
sustainability
transitions.