Energy & Environment,
Journal Year:
2023,
Volume and Issue:
35(7), P. 3759 - 3784
Published: May 18, 2023
The
role
of
green
finance
is
to
develop
industry
mechanisms
in
areas
including
transportation,
building,
water
preservation,
clean
energy
production,
storage,
and
distribution,
which
ultimately
results
emissions
waste
reduction,
biodiversity
habitat
protection,
pollution
control.
Therefore,
recognizing
the
significance
finance,
this
research
investigates
asymmetric
reduction
carbon
along
with
economic
growth,
foreign
direct
investment,
urbanization
as
control
antecedents
using
econometric
model
“non-linear
autoregressive
distributed
lag
(NARDL)”
for
period
2000–2020
ASEAN
nations.
According
NARDL
outcomes,
positive
shock
enhances
ecological
quality
negative
shocks
harm
environmental
quality.
In
addition,
contribute
harmful
pollutants.
recommend
nations’
governments,
environmentalists,
policymakers,
devise
strong
financial
mechanisms,
long-term
investment
strategies
attract
opportunities
bridge
gap
energy.
Geoscience Frontiers,
Journal Year:
2022,
Volume and Issue:
14(3), P. 101531 - 101531
Published: Dec. 20, 2022
This
study
analyzes
the
impact
of
biomass
energy,
financial
development,
and
economic
growth
on
environmental
quality
using
novel
Fourier
autoregressive
distributed
lag
(ARDL)
approach
annual
data
for
period
1965–2018
in
United
States
(USA).
The
related
variables
load
capacity
factor
(LCF)
as
well
indicators
degradation
such
carbon
dioxide
emissions
ecological
footprint.
LCF
is
one
most
comprehensive
to
date,
encompassing
both
biocapacity
In
this
regard,
contributes
economics
literature
by
examining,
first
time,
energy
LCF.
results
cointegration
test
show
that
there
only
a
long-run
relationship
between
independent
variables.
According
ARDL
results,
improves
quality,
while
development
has
no
effect
Moreover,
increase
per
capita
income
reduces
Furthermore,
since
elasticity
larger
long
run
than
short-run,
Kuznets
curve
validated.
Therefore,
government
should
encourage
use
investment
form
energy.
Geoscience Frontiers,
Journal Year:
2023,
Volume and Issue:
14(5), P. 101589 - 101589
Published: March 23, 2023
Limiting
toxic
elements
from
being
exposed
to
the
world's
atmosphere
has
been
biggest
challenge
among
environmental
researchers
and
stakeholders.
Climate
change
conferences
have
counselling
global
economies
take
serious
steps
toward
profound
decarbonization
keep
universal
temperature
below
1.5
°C.
In
this
context,
direction
of
research
changed,
are
more
focused
on
tracing
how
limit
pollution
it
threshold
level.
milieu,
nuclear
energy
can
make
a
big
difference
along
with
other
alternatives
fossil
energy.
Therefore,
we
extend
extant
literature
by
exploring
dynamic
effects
atomic
ICT
carbon
emissions
(CO2)
for
top
countries
using
data
1990
2017.
To
obtain
robust
findings,
deploy
novel
non-parametric
econometric
approach
(i.e.,
method
moments
quantile
regression).
The
results
suggest
that
is
sustainable
alternative
historical
fuel
as
curbs
CO2
in
lower,
middle,
upper
quantiles.
Furthermore,
our
findings
corroborate
penetration
through
internet,
mobile
telephone
plays
vital
role
improving
quality.
Moreover,
unveil
linear
economic
growth
jeopardizes
environment
unleashing
harmful
gases.
also
support
existence
Environmental
Kuznets
Curve
(EKC)
hypothesis
confirming
negative
association
between
polynomial
(squared-GDP)
designated
nations.
Also,
Granger
causality
test
reaffirms
causal
nexus
selected
series
runs
technological
innovation
emissions,
indicating
any
policy
shock
both
leads
degradation.
We,
therefore,
advocate
territories
enriching
their
baskets
boost
achieve
100%
decoupling
pollution.
Geoscience Frontiers,
Journal Year:
2023,
Volume and Issue:
14(4), P. 101564 - 101564
Published: Feb. 4, 2023
The
outcome
of
patents
on
environmental
(POET)
technologies
the
EF
in
USA
has
not
been
comprehensively
explored.
Therefore,
to
close
this
breach
literature,
present
study
discovers
how
ecological
affect
footprint
(EF)
while
regulatory
for
GDP
and
EC
using
Fourier-based
approaches.
conclusions
reveal
that
POET
are
an
important
predictor
cause
a
reduction
deprivation
long
run;
as
expected,
economic
growth
negatively
affects
sustainability.
outcomes
suggest
it
is
possible
resolve
conflicts
between
economy
environment
by
technological
innovation.
government
must
reconsider
its
policy
focus,
particularly
coal
energy
sourcing
industrial
energy,
continuing
with
heavy
investments
ambitious
renewable
technology
development
plan.
Moreover,
should
continue
promote
technologies.
International Journal of Sustainable Development & World Ecology,
Journal Year:
2023,
Volume and Issue:
30(7), P. 745 - 759
Published: April 2, 2023
ABSTRACTThis
research
explores
the
role
of
green
resource
productivity,
renewable
energy,
economic
globalization,
and
growth
towards
advancing
pursuits
decarbonization
in
top
energy
transition
economies.
This
study
achieves
this
objective
by
adopting
both
asymmetric
symmetric
econometric
methods
for
period
between
1990
2021.
adopted
Method
Moments
Quantile
Regression
(MMQR)
to
uncover
effect
regressors
on
carbon
emissions.
The
MMQR
results
suggest
that
all
quantiles,
globalization
mitigate
CO2
emissions,
while
induces
Additionally,
robustness
analysis,
we
disaggregated
into
trade
financial
investigated
their
roles
achieving
decarbonization.
We
uncovered
mitigates
emissions
at
but
lower
middle
Moreover,
estimation,
following
estimators:
Fixed
Ordinary
Least
Square,
Fully
Modified
Dynamic
Square
estimators
were
employed
study.
Their
outcome
corroborated
findings
MMQR.
For
Granger
causality
inference,
suggests
there
is
a
bi-directional
Furthermore,
find
feedback
association
one-way
causal
interconnection
detected
from
globalization.
flowing
Finally,
an
unidirectional
interaction
Consequently,
research's
provide
applicable
policy.KEYWORDS:
Energy
transitionDecarbonizationeconomic
yresources
productivitygreen
resources
productivityfinancial
globalizationRenewable
Disclosure
statementNo
potential
conflict
interest
was
reported
authors.Availability
dataData
readily
available
request
corresponding
author.Authors
ContributionAll
authors
contributed
equally
final
manuscript.Ethical
ApprovalAll
ethical
practices
standards
have
been
observed
during
writing
study.Additional
informationFundingThere
no
specific
support
provided
The Innovation,
Journal Year:
2023,
Volume and Issue:
4(3), P. 100423 - 100423
Published: April 13, 2023
To
reduce
greenhouse
gas
(GHG)
emissions,
biomass
has
been
increasingly
developed
as
a
renewable
and
clean
alternative
to
fossil
fuels
because
of
its
carbon-neutral
characteristics.
China
investigating
the
rational
development
use
bioenergy
for
developing
energy
achieving
carbon
neutrality.
Substituting
with
multi-source
multi-approach
utilized
corresponding
reduction
in
remain
largely
unexplored.
Here,
comprehensive
accounting
model
multi-dimensional
analysis
was
by
combining
spatial,
life
cycle,
multi-path
analyses.
Accordingly,
production
potential
GHG
emission
each
distinct
type
feedstock
through
different
conversion
pathways
were
estimated.
The
sum
all
available
organic
waste
(21.55
EJ
yr-1)
plants
on
marginal
land
(11.77
produced
23.30
reduced
2,535.32
Mt
CO2-eq
19.48%
25.61%
China's
total
emissions
2020,
respectively.
When
focusing
mitigation
substituting
conventional
counterparts,
bioelectricity
most
effective,
4.45
8.58
times
higher
than
that
gaseous
liquid
fuel
alternatives,
In
this
study,
cycle
reductions
maximized
mix
end
uses
based
properties,
an
optimal
78.56%
allocation
from
biodiesel,
densified
solid
biofuel,
biohydrogen,
biochar.
main
regional
focused
Jiangsu,
Sichuan,
Guangxi,
Henan,
Guangdong
provinces,
contributing
31.32%
potential.
This
study
provides
valuable
guidance
exploiting
untapped
resources
secure
neutrality
2060.
