International Journal of Sustainable Development & World Ecology,
Год журнала:
2024,
Номер
unknown, С. 1 - 13
Опубликована: Дек. 26, 2024
Ecological
restoration,
as
a
component
of
sustainable
development,
can
mitigate
ecosystem
degradation
and
improve
ecological
diversity.
Accurate
identification
restoration
priority
areas
(ERPAs)
is
essential
for
developing
practice.
However,
few
studies
have
considered
both
reference
conditions
vulnerability
during
restoration.
In
this
study,
comprehensive
framework
ERPA
was
developed
by
integrating
vulnerability.
Using
the
Jialing
River
Basin
(JRB),
representative
basin
Yangtze
River,
case
our
results
revealed
that
under
average
climate
conditions,
with
high
values
were
mostly
in
eastern
southeastern
mountainous
JRB,
whereas
potential
concentrated
central
northern
southern
basin.
Additionally,
regions
found
urban
scattered
along
major
tributaries.
Overall,
identified
ERPAs
predominantly
areas,
some
basin,
accounting
9.61%
JRB.
Consequently,
JRB
be
divided
into
four
targeted
management
strategies
to
address
implement
activities.
Moreover,
we
suggest
proposed
identifying
used
clarifying
objectives,
assessing
baseline,
offering
scientific
large-scale
efforts.
Energy Sustainable Development/Energy for sustainable development,
Год журнала:
2024,
Номер
80, С. 101420 - 101420
Опубликована: Март 20, 2024
The
significance
of
renewable
energy
as
a
pivotal
green
industry
in
decarbonizing
the
global
economy
and
addressing
climate
change
is
profound.
rise
China's
regional
serves
testament
to
its
transition
from
an
industrial
powerhouse
leader
sustainable
growth,
offering
valuable
insights
for
future
worldwide.
This
study
analyzes
efficiency,
alongside
factors
that
influence
it,
Qinghai
Province
over
2000–2021.
It
uses
combination
Logarithmic
Mean
Divisia
Index
factor
decomposition,
Data
Envelopment
Analysis
Super-SBM
models,
field
research
with
rounded
approach.
finds
robust
increase
capacity,
particularly
after
2016.
Efficiency
generally
has
risen,
although
periods
inefficiency
were
noted
2014
2019.
Despite
fluctuations,
overall
impact
such
structure,
electricity
intensity,
security,
carbon
productivity,
emissions,
all
contribute
positively
development
energy,
notably
recent
years.
paper
concludes
discussion
policies
wider
implications
sector.
The
framework
development
for
large-scale
energy
construction
zoning
and
the
consideration
of
geographical
potential
are
critical
to
achieving
carbon
neutrality
goals.
However,
previous
wind
power
studies
have
mostly
focused
on
micro-site
selection,
rarely
quantitatively
analyzed
response
relationship
between
ecosystem
from
a
macroscopic
perspective.
This
study
introduced
new
explainable
artificial
intelligence
ecological
suitability
prediction
framework,
which
can
serve
as
link
mitigation
adaptation
measures
in
global
climate
change.
Twenty
indicator
layers
were
incorporated,
quantitative
evaluation
method
was
used
generate
twenty
raster
data
subsequent
models'
input
layers.
results
showed
that
accuracies
XGBoost,
LightGBM,
CatBoost
CNN
93.36%,
96.50%,
97.17%
97.46%
respectively.
performed
consistently
across
all
categories,
while
more
distinctive
very
unsuitable
suitable
categories.
analysis
found
sensitivity
desertification
distance
roads
contributed
most
results,
influences
socio-economic
indicators
minimal.
Applying
Qinghai-Tibetan
Plateau
revealed
71.4%
area
farm
construction,
but
total
high
1.90×106
GW.
It
is
recommended
11.32%
areas
with
should
be
developed
soon
possible
future
after
detailed
assessment,
order
achieve
nationally
determined
contributions
target
slow
down
warming.
Land,
Год журнала:
2025,
Номер
14(3), С. 642 - 642
Опубликована: Март 18, 2025
Assessing
the
value
of
ecosystem
products
over
time
can
reflect
effectiveness
protection
and
serve
as
a
measurable
indicator
in
national
park
management.
This
study
focuses
on
Three-River-Source
National
Park
(TRSNP),
located
Tibetan
Plateau,
“Water
Tower
China”.
We
developed
an
accounting
system
for
TRSNP
assessed
their
2015
2020.
Key
findings
include
following.
(1)
The
validation
system’s
scientific
basis
with
comprehensive
framework
covering
material
products,
regulating
services,
cultural
services.
(2)
total
increased
by
31.19%
from
to
Driven
policies
such
grazing
bans
restoration
grasslands,
saw
decrease
during
same
period,
while
services
experienced
increase.
Notably,
among
associated
soil
conservation
emerged
highest.
(3)
varies
across
different
regions
due
influences
land
use
types
erosion
types.
Among
these,
per
unit
area
is
highest
Lancang
River
source
region,
followed
Yellow
was
lowest
Yangtze
region.
(4)
Recommendations
enhancing
agricultural
animal
husbandry
increase
overall
agro-pastoral
income,
focusing
regions,
exploring
strategies
trading
ecological
resource
rights
retention
research
offers
pertinent
case
product
assessment,
contributes
effect
evaluation
TRSNP,
provides
relevant
management
TRSNP.
Agriculture,
Год журнала:
2025,
Номер
15(9), С. 1008 - 1008
Опубликована: Май 6, 2025
Water
resource
management
is
crucial
for
sustainable
agricultural
and
ecological
development,
particularly
in
regions
with
complex
land-use
patterns
sensitive
eco-systems.
The
Bashang
region
of
Zhangjiakou
city,
located
the
agro-pastoral
ecotone
northern
China,
an
ecologically
fragile
area
that
currently
undergoing
significant
land
use
climate
changes.
Despite
importance
understanding
interplay
between
use,
change,
water
conservation,
few
studies
have
comprehensively
evaluated
their
combined
effects
on
regional
resources.
This
study
addresses
this
gap
by
investigating
spatiotemporal
changes
yield
(WY)
conservation
capacity
(WCC)
under
different
scenarios
year
2035.
research
employs
FLUS
model
to
predict
future
InVEST
estimate
WY
WCC
a
natural
development
scenario
(NDS),
production
(APS),
protection
(EPS),
planning
(LPS).
results
reveal
primarily
influenced
precipitation,
topography.
finds
which
focus
optimization,
such
as
EPS
LPS,
significantly
enhance
Notably,
LPS
scenario,
limits
urban
expansion
increases
amount
land,
provides
best
balance
conservation.
findings
highlight
need
integrated
approaches
management,
transitional
zones.
unique
contribution
lies
its
comprehensive
modeling
approach,
combines
data,
analysis,
valuable
insights
strategies.
Forests,
Год журнала:
2024,
Номер
15(6), С. 1000 - 1000
Опубликована: Июнь 7, 2024
Natural
vegetation
protects,
maintains,
and
improves
the
environment
through
its
ecological
functions
is,
thus,
an
important
component
of
Earth’s
ecosystems.
The
distribution
natural
corresponding
roles
vary
with
topographic
gradient.
Understanding
this
role
is
essential
for
effective
ecosystem
management
conservation
efforts.
This
study
analyzes
composition
across
altitude
gradients
spatiotemporal
evolution
water
conservation,
soil
carbon
storage
in
southern
hill
mountain
belt
China.
We
then
explored
drivers
at
different
gradients.
results
showed
that
increased
by
108.56%,
97.04%,
only
slightly.
varied
gradients,
500–800
m
gradient
exhibiting
markedly
higher
than
other
effect
precipitation
on
increases
altitude.
In
addition,
altitudes,
evergreen
coniferous
forests
had
a
greater
storage.
Based
results,
we
propose
measures
altitudes.
provides
reference
decision-makers
to
develop
adjust
restoration
programs
mountainous
areas
improvement
local
environment.
