Frontiers in Remote Sensing,
Journal Year:
2024,
Volume and Issue:
5
Published: Nov. 28, 2024
This
study
investigates
land
use
and
cover
changes
in
the
Teiči
Strict
Nature
Reserve,
Latvia,
from
1982
to
2023
models
potential
future
based
on
four
legislative
scenarios
extending
2064.
The
research
aims
assess
effectiveness
of
existing
conservation
zoning
relation
historical
projected
cover,
addressing
ongoing
debate
between
fixed
adaptable
strategies.
employs
remote
sensing
imagery,
geographical
information
system
data,
modeling
methods
analyze
predict
trends.
results
suggest
substantial
over
past
decades,
including
intensified
urbanization,
agricultural
expansion,
a
decline
peat
bogs
forested
areas.
Scenario
projections
indicate
that
continued
could
further
challenge
efficiency
current
strategies,
with
varying
outcomes
depending
measures
climate
change
impacts.
concludes
adaptive
management
variable
are
necessary
address
these
dynamic
preserve
reserve’s
ecological
integrity.
emphasize
importance
integrating
predictive
into
planning
improve
flexibility
sustainability
protected
Scientific Reports,
Journal Year:
2025,
Volume and Issue:
15(1)
Published: March 11, 2025
The
ecological
research
of
regional
land
use
and
cover
change
(LULCC)
under
the
Shared
Socioeconomic
Pathway
(SSP)
Representative
Concentration
(RCP)
scenarios
proposed
by
IPCC
has
become
a
prominent
topic.
This
study
investigates
spatial
distribution
risks
associated
with
changes
in
arid
semi-arid
regions
Xinjiang
future
SSP-RCP
scenarios.
In
this
paper,
LUCC
data,
climate
soil
topographic
data
different
2100
were
adopted
to
construct
use/land
quality
index
(LQI),
(CQI),
(SQI)
respectively.
Using
as
case
study,
an
integrated
risk
model
was
constructed
through
LQI,
CQI
SQI.
By
2100,
LQI
areas
will
dominate,
accounting
for
approximately
70%
total
area.
Central
Xinjiang,
home
largest
desert
China—the
Taklimakan
Desert—predominantly
consists
Gobi,
where
is
generally
better
SSP-RCP126
scenario
compared
other
high
are
primarily
concentrated
mountainous,
Xinjiang.
SQI
remains
consistent
across
2100.
Under
SSP-RCP245
scenarios,
global
warming
effectively
mitigated,
leading
relatively
favorable
overall
However,
SSP-RCP370
SSP-RCP585
moderate,
high,
extremely
expand,
covering
50%
Land,
Journal Year:
2024,
Volume and Issue:
13(6), P. 876 - 876
Published: June 18, 2024
Human
activities
have
caused
different
degrees
of
land-use
change
on
topographic
gradients,
with
impacts
the
landscape
and
ecosystem.
Effectively
preventing
addressing
ecological
risk
(ER)
achieving
harmonious
coexistence
between
humans
nature
are
important
aspects
sustainable
development.
In
this
study,
we
used
Gansu
Province
as
an
example,
adopted
five
periods
data
in
1980,
1990,
2000,
2010
2020,
geoinformatic
Tupu
method
terrain
distribution
index
to
study
changes
under
then
constructed
assessment
(LERA)
model
based
pattern
analyze
(LER)
spatiotemporal
finally
explored
LER
driving
factors
using
geodetector
model.
The
results
showed
that
(1)
dominant
types
were
unused
land
grassland,
accounting
for
approximately
74%
land.
situation
transferring
changing
each
type
was
more
drastic.
cropland
built-up
easily
found
low
gradient
areas
elevations
small
slopes;
woodland,
grassland
water
high
large
slopes.
(2)
(LERI)
0.018,
0.019,
0.019
0.020,
respectively,
spatial
expressions
northwest
southeast.
Low
concentrated
reserves;
human
interference
natural
environmental
complex
areas.
(3)
Natural
mainly
acted
moderate
position
gradients;
socioeconomic
gradients.
interacted
than
alone
LER.
This
can
provide
a
scientific
basis
ensuring
security
development
topography
geomorphology.
Land,
Journal Year:
2024,
Volume and Issue:
13(5), P. 675 - 675
Published: May 13, 2024
Nanling
Mountain
region
is
a
typical
southern
hilly
region,
which
plays
an
important
ecological
and
environmental
protection
role
in
China’s
overall
land
pattern.
Based
on
the
remote
sensing
image
data
of
Longnan
City
2013,
2018
2023,
this
paper
interpreted
use
type
analyzed
transfer
situation
by
using
flow,
matrix.
At
same
time,
based
index
(RSEI)
model,
quality
from
2013
to
2023
was
retrieved.
The
temporal
spatial
response
model
discussed
autocorrelation
geographical
detector.
results
show
that
decrease
forest
(16.23
km2)
increase
construction
(13.25
were
main
transfers
City.
environment
indexes
0.789,
0.917
0.872,
respectively,
showing
trend
“first
rising
then
decreasing”.
north
significantly
lower
than
south,
poor
area
appeared
around
northern
urban
area,
“inward
contraction”.
Forest
land,
garden
grassland,
cultivated
water
have
positive
impact
quality,
while
traffic
other
negative
quality.
different
modes
related
change
interaction
between
cover
(LUCC)
factors
had
great
evolution
