Land,
Journal Year:
2024,
Volume and Issue:
13(12), P. 2153 - 2153
Published: Dec. 11, 2024
Innovating
institutional
incentives
and
promoting
multiple-subject
interaction
cooperation
to
create
ecological
value
of
cultivated
land
are
practical
requirements
for
the
sustainable
protection
high-quality
development
agriculture
rural
areas.
We
performed
a
survey
questionnaire
862
farmers
in
Wuhan
Metropolitan
Area
used
fuzzy
set
qualitative
comparative
analysis
(fsQCA)
method
explore
configuration
effect
farmers’
behavior
co-creation
(FBEVCCL).
The
characteristics
was
analyzed,
we
propose
optimization
suggestions
land.
research
results
demonstrated
following:
(1)
A
single
element
does
not
constitute
necessary
condition
FBEVCCL,
it
is
analyze
effect.
(2)
Four
configurations
lead
high-level
FBEVCCL.
Both
formal
informal
have
important
impacts
on
but
guidance,
subsidies,
constraints
institutions
often
core
driving
factors,
complemented
by
shaping
values
jointly
enhance
publicity
rewards
disciplinary
can
some
extent
replace
each
other.
(3)
three
low-level
lack
punishments
main
reason
In
future,
should
further
standardize
reward
punishment
mechanism,
green
production
skills,
sustainably
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(2), P. 721 - 721
Published: Jan. 17, 2025
In
order
to
solve
the
safety
ambiguity
problems
in
construction
and
use
of
rural
roads
gully
area
Loess
Plateau,
this
paper
proposes
a
assessment
method
based
on
normal
cloud
model
(NCM).
First,
index
system
is
constructed
by
combining
key
features
road
traffic
safety,
weight
coefficients
each
are
determined
entropy
(EWM)
set
criteria.
Then,
eigenvalue
indicator
calculated
using
clarify
degree
its
affiliation
different
levels,
which
fully
reflects
randomness
process.
Finally,
selects
typical
Plateau
for
example
analysis.
The
results
show
that
not
only
reduces
subjective
influence
evaluation
criteria,
effectively
solves
problem
ambiguity,
provides
reliable
scientific
basis
improving
but
also
lessons
references
improvement
transportation
other
similar
areas;
improves
security
capacity
service
level
regional
roads;
meets
needs
masses
safe
comfortable
travel;
enhances
people’s
sense
well-being,
accessibility,
security;
boosts
development;
better
promotes
optimization
even
nationwide
services
quality.
Remote Sensing,
Journal Year:
2025,
Volume and Issue:
17(6), P. 979 - 979
Published: March 11, 2025
The
precise
spatially
explicit
data
on
land
cover
and
use
changes
is
one
of
the
essential
variables
for
enhancing
quantification
greenhouse
gas
emissions
removals,
which
relevant
meeting
goal
European
economy
society
to
become
climate-neutral
by
2050.
accuracy
machine
learning
models
trained
remote-sensed
suffers
from
a
lack
reliable
training
datasets
they
are
often
site-specific.
Therefore,
in
this
study,
we
proposed
method
that
integrates
bi-temporal
analysis
combination
spectral
indices
detects
potential
changes,
then
serve
as
reference
Random
Forest
classifier.
In
addition,
examined
transferability
pre-trained
model
over
time,
an
important
aspect
operational
point
view
may
significantly
reduce
time
required
preparation
accurate
data.
Two
types
vegetation
losses
were
identified:
woody
coverage
converted
non-woody
vegetation,
vegetated
areas
sealed
surfaces
or
bare
soil.
detected
annually
period
2018–2021
with
overall
(OA)
above
0.97
Kappa
coefficient
0.95
all
intervals
study
regions
Poland
Norway.
Additionally,
model’s
temporal
revealed
improvement
OA
5
percentage
points
macroF1-Score
value
12
compared
original
model.
Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 12, 2025
ABSTRACT
Rapid
global
urbanization
had
significantly
altered
land
use
(LU),
threatening
the
ecology
and
sustainability
of
arid
regions.
Systematic
forward‐looking
analyses
changes
(LUCs)
ecological
risks
in
Asia's
zones,
particularly
urban
agglomeration
on
northern
slope
Tianshan
Mountains
(UANSTM),
remained
limited.
Herein,
LUCs
UANSTM
under
four
scenarios,
including
ecology‐economy
balanced
development
scenario
(EES),
protection
(EPS),
economic
(EDS),
natural
(NDS)
2030,
was
predicted
by
employing
PLUS
model
multi‐objective
programming
(MOP)
model.
Then,
an
evaluation
system
developed
from
dimensions
expansion,
risk,
food
demand,
degradation
to
assess
corresponding
risk
each
case.
The
results
showed
that:
(1)
Under
scenario,
desert
bare
grassland
were
found
be
main
LU
modes
UANSTM,
with
a
significant
increase
cultivated
negligible
change
water
forest;
(2)
area
decreased
NDS
while
areas
grassland,
forest
land,
construction
increased
other
especially
unused
grassland;
(3)
LU‐induced
these
scenarios
similarities,
overall
high
risks.
Among
them,
52.04%
at
relatively
high‐risk
levels,
only
2.97%
low‐risk
levels.
This
study
reveals
diversified
different
thereby
facilitating
individualized
planning
environmental
restoration
UANSTM.
Transactions in Earth Environment and Sustainability,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 12, 2025
Urbanization
has
increasingly
disrupted
natural
ecosystems,
leading
to
various
environmental
problems
and
slowing
sustainable
economic
social
development.
Ecological
restoration
zoning
is
key
efficient
efforts
helps
balance
growth
with
ecological
protection.
This
study
develops
an
risk
evaluation
system,
constructs
security
pattern,
identifies
urban
construction
space
guide
the
of
Jiaozuo
City.
The
goal
create
a
scientific
practical
program.
findings
are
as
follows:
(1)
in
area
characterized
by
distribution
‘low
northern
mountains
southern
mudflats
high
central
plains’,
whereas
resilience
‘high
low
plains’.
(2)
pattern
led
identification
57
source
areas,
164
corridors,
254
pinch
points,
36
barrier
points.
(3)
divides
into
five
zones:
protection,
priority
restoration,
general
management,
moderate
utilization,
zones.
Each
zone
requires
specific
strategies
for
recovery.
provides
foundation
spatial
planning,
green
development
also
new
perspective
framework
research.
Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: April 1, 2025
ABSTRACT
As
urbanization
and
industrialization
advance,
China
faces
increasingly
severe
ecological
challenges.
The
Ecological
Protection
Redline
(EPR)
policy
is
a
crucial
tool
for
land
use
management
protection
but
requires
comprehensive
risk
assessment
method
to
address
ongoing
This
study
integrated
multiple
factors
with
resilience
theory
establish
“Hazard‐Exposure‐Vulnerability‐Damage‐Final
Risk”
framework,
assessing
the
spatiotemporal
dynamics
risks
of
different
EPR
types
in
Qinghai
Province
over
20
years.
Path
analysis
was
further
used
reveal
relationships
between
stages.
Results
show
increasing
hazards
exposure
Water
Conservation
(WC),
Biodiversity
Maintenance
(BM)
Land
Desertification
(LD)
types,
improved
water
conservation,
stable
biodiversity,
controlled
desertification
vulnerability
across
regions.
Integrated
results
downward
trend
WC
type,
BM
type
fluctuated
improved,
an
initial
increase
followed
by
decrease
LD
type.
revealed
that
damage
WC‐type
driven
direct
hazard
impacts,
BM‐type
vulnerability,
LD‐type
indirect
effects
through
exposure.
emphasizes
optimization
policies
reducing
external
disturbances
enhancing
ecosystem
resilience,
providing
recommendations
practical
experience
sustainable
management.
