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.
National Science Review,
Год журнала:
2024,
Номер
11(7)
Опубликована: Май 17, 2024
This
study
innovatively
puts
forward
the
three-stage
restoration
goals
and
cutting-edge
key
scientific
issues
of
ecological
restoration,
as
well
their
relationships.
Sustainability,
Год журнала:
2024,
Номер
16(10), С. 4108 - 4108
Опубликована: Май 14, 2024
This
study
selected
61
parks
in
Guizhou
province
as
research
points
and
collected
3282
facial
expression
photos
of
park
visitors
2021
on
the
Sina
Weibo
platform.
FireFACE
v1.0
software
was
used
to
analyze
expressions
evaluate
their
emotional
perception
landscape
structure
ecosystem
service
value
(ESV)
different
types
blue–green
spaces.
Research
shows
that
average
ESV
green
spaces
is
USD
6.452
million
per
year,
while
blue
3.4816
year.
The
space
no
geographical
gradient
changes,
happiness
score
negatively
correlated
with
latitude.
Compared
spaces,
can
better
awaken
positive
emotions
among
visitors.
performance
follows:
TheroponcedrymV
>
GrasslandV
Shrubland
V.
be
perceived
by
visitors,
GreenV
vegetation
height
are
considered
main
driving
factors
for
awakening
In
Guizhou,
when
area
decreases,
people
more
likely
experience
sadness.
Regressions
indicated
increasing
strengthening
hydrological
regulation
function
space,
achieve
a
peaceful
mood.
Overall,
perceive
sentiments
high
Karst
but
low
shrubland.
Land,
Год журнала:
2025,
Номер
14(1), С. 204 - 204
Опубликована: Янв. 20, 2025
Ecological
management
zoning
is
crucial
for
maintaining
regional
ecological
security
and
realizing
differentiated
urban
governance.
However,
the
existing
methods
are
overly
focused
on
functional
attributes
fail
to
adequately
consider
impacts
of
human
activities,
resulting
in
an
insufficiently
rational
allocation
resources.
Taking
Guizhou
Province
as
example,
using
multi-source
data
spatial
analysis
tools,
this
study
proposed
framework
based
coupling
blue-green
infrastructure
(BGI)
network
gray
(GI)
network.
The
results
indicated
that
(1)
BGI
area
included
179
sources,
with
a
total
54,228.80
km2,
232
corridors.
(2)
There
were
53
sources
GI
network,
totaling
709.19
corridors
first,
second,
third
levels
11,469.31
km,
6703.54
5341.30
respectively.
(3)
606
barrier
points
identified,
mainly
distributed
central
part
area,
disturbance
zone
was
1132.50
which
had
largest
distribution
Qiandongnan,
followed
by
Qiannan.
(4)
At
county
scale,
five
zones
identified
four
indicators,
namely,
source
ratio
corridor
density
ratio,
point.
Then,
we
targeted
optimizations
restorations
each
zone.
This
organically
linked
anthropogenic
identify
zones,
will
provide
new
perspectives
synergies
between
protection
economic
development.
Land Degradation and Development,
Год журнала:
2025,
Номер
unknown
Опубликована: Май 7, 2025
ABSTRACT
Ecosystem
management
initiatives
remain
far
from
achieving
sustainable
development
targets,
with
degraded
ecosystems
significantly
limiting
the
protection
efficiency.
This
study
proposes
a
multi‐objective
framework
for
ecological
restoration
that
complements
existing
protected
areas
and
identifies
priority
to
enhance
effectiveness
sustainability
within
resource
constraints.
Focusing
on
representative
ecologically
fragile
county
Loess
Plateau,
this
assessed
ecosystem
services
(ESs)
applied
Ordered
Weighted
Averaging
(OWA)
model
delineate
targeted
areas.
Following
this,
objectives
were
established
based
regional
conservation
requirements,
accompanied
by
of
corresponding
scenarios.
These
scenarios
aimed
maximize
efficiency,
improve
importance
landscape
connectivity,
while
minimizing
human
activities
impacts.
Lastly,
security
patterns
constructed
identify
sources,
corridors,
barriers,
as
well
prioritize
into
four
levels.
Key
findings
revealed
three
offered
highest
trade‐off
respectively,
selected
under
hypothetical
objectives.
Regions
characterized
higher
ESs
lower
activity,
encompassing
one‐third
total
area,
exhibited
costs.
Restoration
priorities
covered
15.25%–26.83%
8–19
barriers
identified
in
agricultural
construction
zones,
emphasizing
imperative
land‐use
conversion
forests
or
grasslands.
provide
actionable
strategies
harmonizing
socio‐economic
imperatives,
highlighting
tiered
interventions
effectiveness.
Global Ecology and Conservation,
Год журнала:
2023,
Номер
49, С. e02776 - e02776
Опубликована: Дек. 19, 2023
Since
the
Anthropocene,
global
natural
ecosystems
have
suffered
more
severe
and
accelerating
harm
than
at
any
other
period
in
history.
The
growing
conflict
between
urban
expansion
ecological
conservation
highlights
importance
of
finding
a
balance.
Ecological
security
pattern
(ESP)
focuses
on
minimizing
cost-benefit
ratio
while
maintaining
minimum
level
land
use
demand.
It
is
an
effective
spatial
tool
for
balancing
sprawl
conservation,
sustaining
regional
safeguarding
human
well-being,
thus
fostering
sustainable
development.
However,
when
identifying
ESP,
it
still
unclear
whether
core
areas
specific
or
comprehensive
ecosystem
characteristics
should
be
highlighted.
In
this
study
we
established
three
ESP
construction
scenarios
to
explore
trade-off
conservations
characteristics.
Scenario
1
3
respectively
tended
prioritize
respectively,
2
represented
intermediate
approach.
Furthermore,
effectiveness
were
assessed
choose
best
solution
under
objectives
health,
landscape
connectivity
integrated
.
results
showed
that
had
largest
number
sources
corridors,
being
5.82
times
7.48
1,
respectively.
total
area
each
scenario
was
1626
km2,
accounting
24%
area.
Besides,
with
705
km2.
Natural
reserves
Helan
Mountain,
Sha
Lake,
Baijitan
identified
as
all
scenarios,
emphasizing
their
importance.
exhibited
better
representativeness
demonstrated
highest
conservation.
not
optimal
objectives.
suggested
characteristic
benefits.
This
characteristics,
which
will
help
identify
opitimal
solution.
