Remote Sensing,
Journal Year:
2022,
Volume and Issue:
14(21), P. 5473 - 5473
Published: Oct. 31, 2022
Examining
the
ecology
quality
of
Pan-Third
Pole
region
has
implications
for
global
environmental
change
and
sustainable
development.
However,
spatio-temporal
evolution
ecological
in
this
is
still
lacking.
In
study,
65
countries
were
selected.
A
comprehensive
evaluation
index
system
was
constructed
using
a
dataset
containing
remote
sensing,
environment
socio-economic
data
to
spatially
quantify
quality,
as
well
its
from
2000
2020.
The
results
displayed
that
average
at
moderate
level
0.53.
Spatially,
excellent
regions
mainly
concentrated
East
Asian
countries,
while
severe
located
Middle
East.
From
2000–2020,
areas
with
improved
changes
accounted
38.48%
total
area,
10.66%
area
experienced
decline;
specifically,
European
had
large
proportion
areas,
significantly
larger
declining
areas.
We
also
found
ecosystem
human
activities
an
influence
on
region.
This
study
provides
important
empirical
services
Environmental Technology & Innovation,
Journal Year:
2024,
Volume and Issue:
35, P. 103686 - 103686
Published: May 27, 2024
Enhancing
ecosystem
quality
is
a
necessary
part
of
establishing
ecological
civilization.
The
study
requires
the
development
comprehensive
evaluation
indices.
existing
simple
remote
sensing
indices
are
insufficient
for
achieving
and
systematic
quality.
Therefore,
we
constructed
an
index
based
on
landscape
pattern,
stability,
services.
spatiotemporal
dynamics
in
Inner
Mongolia
were
analyzed
over
period
from
2005
to
2020.
Moreover,
geographically
weighted
regression
model
was
used
investigate
factors
influencing
variations
main
results
as
follows.
(1)
spatial
distribution
exhibited
gradual
decline
northeast
southwest.
In
contrast,
temporal
analysis
revealed
general
increase
(2)
Climate
significant
factor
heterogeneity
variability
Socioeconomic
factors,
population
density
livestock
numbers
had
notable
impacts
quality,
respectively.
(3)
Mongolia,
temperature
showed
positive
correlation
northeastern
region,
but
negative
central
western
regions.
findings
offer
valuable
support
local
policymakers
making
informed
decisions
regarding
targeted
management.
Furthermore,
our
provide
governments
with
insights
enhancing
regional
ecosystems
by
taking
into
account
specific
conditions
area.
Land Degradation and Development,
Journal Year:
2024,
Volume and Issue:
35(9), P. 3062 - 3074
Published: April 9, 2024
Abstract
China's
ecological
restoration
projects
aim
to
safeguard
natural
forests,
improve
the
environment,
and
achieve
carbon
neutrality.
Previous
studies
at
multiple
scales
have
reported
that
contributed
enhancing
sinks.
However,
effect
of
these
on
sinks
has
remained
uncertain.
Thus,
we
conducted
a
comparative
analysis
nonlinear
trends
influencing
factors
sink
in
four
project
areas.
Our
findings
suggested
Pearl
River
shelterbelt
program
middle
reaches
Yellow
areas
experienced
significant
enhancements
ecosystem
The
exhibiting
monotonically
increasing
decreasing
(positive
shifts)
accounted
for
74.48%
71.76%
two
areas,
respectively.
less
than
half
(41.38%
31.80%,
respectively)
demonstrated
or
positive
shifts
Yangtze
Three
North
Shelterbelt
high
background
value
played
crucial
role
projects.
Additionally,
economic
development
urban
greening
promoted
sink.
In
CO
2
fertilization,
appropriate
warming,
increased
precipitation
were
helpful
promote
with
trends.
Moreover,
attributed
implementation
low
temperature
drought
hindered
enhancement
extreme
climate
(flood
drought)
it
These
can
provide
comprehensive
evaluation
effectiveness
terrestrial
ecosystems
offer
practical
guidelines
Remote Sensing,
Journal Year:
2023,
Volume and Issue:
15(5), P. 1179 - 1179
Published: Feb. 21, 2023
As
very
fragile
natural
ecological
areas,
the
spatiotemporal
environment
(EE)
analysis
of
World
Natural
Heritage
Sites
(WNHSs)
is
particularly
important
for
their
conservation
and
sustainable
development.
Timely,
objective
quantitative
evaluation
EE
change
characteristics
WNHSs
great
significance
ecological,
environmental
protection
government
policy
formulation.
This
study
quantitatively
evaluates
distribution
Kalajun–Kuerdening
WNHS
by
selecting
Remote
Sensing
Ecological
Environment
Index
(RSEI)
2006,
2011,
2016
2021.
We
studied
differences
in
buffer
zones
nominated
sites
heritage
patterns
trends.
The
changes
land
use
from
2006–2011,
2011–2016
2016–2021
were
overlaid
analyzed
to
explore
relationship
between
evolution
site.
results
show
that
(1)
site
was
a
state
equilibrium
2006
form
slight
decline
quality
2011
under
influence
factors,
but
it
maintained
stable
with
small
degree
fluctuation,
recovery
areas
better
grades
located
northwest
region
(Kalajun)
northeast
(Kuerdening)
(2)
grade
shows
neighborhood
without
large
number
leap
changes.
(3)
From
2021,
than
zone,
onward,
difference
two
gradually
decreased
until
average
basically
same
but,
spatially,
most
zone
area.
(4)
types
transformation
caused
enhancement
barren–grassland,
snow/ice–barren
barren–snow/ice,
while
reduction
grassland–barren
barren–snow/ice.
this
help
improve
knowledge
background
its
evolutionary
process
provide
scientific
guidance
ecologically
related
decision
making
management
global
sites.
snow
ice
cover
an
essential
factor
shift
Site.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(2), P. 794 - 794
Published: Jan. 17, 2024
Clarifying
the
changing
trend
in
vegetation
and
its
affecting
variables
is
extremely
valuable
for
natural
resource
management.
Vegetation
changes
Yinshanbeilu
grassland
region,
which
situated
centre
of
Inner
Mongolia
northern
China
part
arid
steppe
are
sensitive
to
climatic
factors.
In
this
study,
we
investigated
zone
from
year
2000
2020
using
Normalized
Difference
Index
(NDVI)
data.
The
contribution
conditions
human
activities
annual
growing
season
was
quantified.
findings
revealed
that
cover
increased
at
a
rate
0.00267/a
between
2020.
Throughout
during
season,
precipitation
had
greater
influence
on
growth
than
other
climatological
most
places,
there
significant
positive
correlation
NDVI
precipitation,
negatively
correlated
with
average
rates
temperature,
cumulative
sunshine
hours,
potential
evapotranspiration
contributed
were
0.00173/a,
−0.00027/a,
0.00006/a,
0.00074/a,
respectively,
entire
year,
0.00180/a,
−0.00001/a,
0.00021/a,
0.00059/a
season.
impact
climate
change
more
pronounced,
accounting
84.76%
97.36%
change.
Humans
15.24%
total
2.64%
This
research’s
serve
as
scientific
support
preserving
environment
well
an
essential
reference
government
decision
making.
