International Journal of New Developments in Education,
Journal Year:
2023,
Volume and Issue:
5(8)
Published: Jan. 1, 2023
Under
the
background
of
comprehensively
promoting
high-quality
development
rural
education,
construction
teachers
in
our
country
has
been
further
promoted.
Combined
with
present
situation
schools,
this
paper
evaluates
and
analyzes
its
structural
characteristics,
professional
level
teachers'
cognition,
obtains
problems
existing
training
teachers,
puts
forward
corresponding
strategies
through
attribution
analysis.
That
is,
from
"change
leadership
practice,
enhance
school
care;
based
on
ability,
establish
improve
mechanism
teacher
education
training."
Pay
attention
to
needs
create
supportive
conditions
realize
innovation
management,
also
foundation
for
sustainable
follow-up
teachers.
Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 21, 2025
ABSTRACT
This
study
aims
to
uncover
the
characteristics
of
land
use/cover
(LULC)
changes
over
a
macro‐scale
and
long‐term
period,
as
well
assess
their
associated
ecological
risks.
LULC
are
closely
tied
environmental
processes
such
climate
change,
biodiversity,
soil
conservation,
water
purification.
With
global
population
growth
urbanization,
have
left
significant
footprint.
To
achieve
UN's
Sustainable
Development
Goals,
understanding
negative
impacts
is
essential.
employs
GIS
spatial
models
analyze
spatiotemporal
evolution
in
Belt
Road
Initiative
(BRI)
countries
post‐BRI
proposal,
using
remote
sensing
monitoring
InVEST
model.
During
ancient
Silk
living
production
spaces
occupied
only
2.15%
area.
By
2013,
this
had
expanded
12.98%
due
agricultural
growth,
notably
central
India
Eastern
European
Plain.
From
2013
2021,
continued
increase,
while
decreased,
with
notable
expansions
southeastern
coastal
China,
Java,
Mediterranean.
Post‐BRI,
led
decreased
quality
risks
landscape
fragmentation,
carbon
emissions,
nitrogen
eutrophication,
but
increased
habitat
degradation,
erosion,
phosphorus
eutrophication.
Land,
Journal Year:
2024,
Volume and Issue:
13(3), P. 267 - 267
Published: Feb. 21, 2024
Soil
organic
carbon
(SOC)
constitutes
a
critical
component
of
reservoirs
within
terrestrial
ecosystems.
The
ramifications
urban
land
use
transitions
on
SOC
dynamics,
particularly
in
rapidly
urbanizing
regions
such
as
Shanghai,
remain
insufficiently
elucidated.
This
investigation
synergizes
predictive
change
model
(Logistic-CA-Markov)
with
an
ecosystem
service
quantification
framework
(InVEST),
aiming
to
delineate
the
interplay
between
variability
and
Land
Use
Cover
Change
(LUCC)
under
natural
development
ecological
protection
scenarios.
Empirical
observations
from
2010
2020
reveal
contraction
Shanghai’s
agricultural
34,912.76
hectares,
juxtaposed
expansion
built-up
areas
36,048.24
hectares.
Projections
for
2030
scenario
indicate
moderated
sprawl,
reducing
area
by
13,518
hectares
relative
scenario.
Notably,
net
sequestration
capacity
Shanghai
is
anticipated
diminish
approximately
0.418
million
tons
2030.
trend
observed
both
considered
scenarios,
forecasting
cumulative
reduction
stocks
exceeding
1
pathway
portends
more
pronounced
accelerated
depletion
reserves.
Although
conservation
measures
show
potential
decelerate
this
loss,
they
appear
insufficient
reverse
ongoing
decline
stocks.
study
advocates
strategic
planning
interventions
focused
constraining
growth
building
densities
augmenting
preservation
management
eco-lands.
Such
are
imperative
bolstering
capacity.
International Journal of Digital Earth,
Journal Year:
2024,
Volume and Issue:
17(1)
Published: Aug. 13, 2024
Rich
resources
and
fragile
ecosystems
of
estuaries
are
increasingly
impacted
by
land
use
cover
(LULC).
However,
previous
studies
habitat
quality
(HQ)
typically
do
not
model
the
impact
LULC
in
Southeast
Asian
estuaries.
Here,
we
used
Integrated
Valuation
Environmental
Services
Trade-offs
(InVEST)
Patch-generating
Land-Use
Simulation
(PLUS)
to
assess
predict
HQ
degradation
Johor
River
Estuary
(JRE)
from
1989
2047.
Habitat
contribution
rate
(HQCR)
was
quantify
land-use
changes
on
HQ.
We
analyzed
correlation
spatio-temporal
HQ,
respectively.
Our
forecasts
show
(1)
Construction
expanding
more
than
10
times
(2)
increases
slightly
followed
a
continuous
decrease
index
(HQI).
(3)
Degradation
HQI
forests,
agricultural
land,
residential
expansion
reclamation.
(4)
Population
growth,
economic
development,
national
development
policies
may
pose
significant
future
threats
water,
marine
traffic
River.
results
that
affect
JRE
should
integrate
impacts
natural
human
factors
changes.
Research Square (Research Square),
Journal Year:
2024,
Volume and Issue:
unknown
Published: March 25, 2024
Abstract
Riverine
ecosystems
supply
humans
with
a
variety
of
ecosystem
services
(ESs),
but
anthropogenic
activities
endanger
their
availability
worldwide.
Understanding
the
spatiotemporal
characteristics
riverine
ESs
and
identifying
primary
driving
forces
behind
various
are
crucial
for
preserving
regional
ecological
security
achieving
sustainability.
The
study
examines
spatio-temporal
changes
from
2000
to
2022
in
Danro
River
Basin
Jharkhand
four
essential
Ecosystem
Services
(ES):
Sediment
Delivery
Ratio
(SDR),
Nutrient
(NDR),
Habitat
Quality
Monitoring
(HQM)
Carbon
Storage
(CS),
using
InVEST
model,
Land
Use
Dynamics
Index
Correspondence
analysis.
is
tributary
Ganges
basin
affected
by
sand
mining.
Key
results
were:
(1)
A
rise
soil
erosion
was
observed
due
transformation
agricultural
land
into
urban
areas;
(2)
phosphorous
nitrogen
retention
higher
as
compared
forest
(3)
habitat
quality
body
showed
degradation
during
2020;
(4)
area
can
sequester
2128304.92
Mg
Carbon;
(5)
use
dynamic
index
(K)
indicated
that
bare
ground
experienced
greatest
impact,
value
-0.021.
uncovered
complex
relationships
between
changes,
emphasizing
tradeoffs
synergies
laying
stress
on
holistic
management
strategies
balance
leverage
synergies.
findings
provide
valuable
insights
decision-making
socio-environmental
processes.
Other
regions
missing
meteorological,
hydrological,
geological
data
may
also
benefit
applying
model
localized
parameters.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(15), P. 11538 - 11538
Published: July 26, 2023
The
Songnen
Plain
of
Northeast
China
is
one
the
three
largest
soda
saline–alkaline
regions
in
world.
To
better
understand
soil
alkalinization
this
important
agricultural
region
China,
it
vital
to
explore
driving
factors
alkalinity.
Combined
with
prior
research
on
Wuyu’er–Shuangyang
River
Basin,
study
examined
alkalinity
using
Geodetector
method.
First,
analysis
results
risk
detector,
factor
and
ecological
detector
revealed
primary
area.
Next,
interaction
determined
how
combinations
impacted
In
general,
natural
altitude
spring
temperature,
especially
altitude,
played
a
key
role
alkalinization.
These
indicated
that
closed
terrain
warming
trends
were
main
causes
addition,
there
significant
enhance-nonlinear
enhance-bivariate
relationships
among
factors,
which
combined
contributed
more
than
individual
factors.
Ecological Indicators,
Journal Year:
2024,
Volume and Issue:
159, P. 111710 - 111710
Published: Feb. 1, 2024
Urban
canopy
coverage
(UTCC)
is
a
measure
that
reflects
both
the
quantity
and
quality
of
urban
green
spaces.
Understanding
how
UTCC
responds
to
urbanization
crucial
for
developing
comprehensive
strategies
achieve
sustainable
urbanization.
Our
study
presented
framework
understanding
response
changes
process
coupling
state,
transition,
drivers.
Using
high-resolution
remote
sensing
interpretation
data
in
2002–2013–2019,
we
examined
spatiotemporal
heterogeneity
comparative
characteristics
status
indicators,
transition
factors
within
Beijing's
area
2002–2013
2013–2019.
These
indicators
included
annual
change
(AUTCCPC),
mean
patch
size
(AMPSC),
Euclidean
minimum
distance
(AEmnC),
loss
(UTCCloss),
gain
(UTCCgain),
stability
index
(UTCCSI),
impermeable
surface
proportion
(P_IMP),
road
density
(D_ROAD),
population
(D_POP),
from
center
(DIS_UC).
The
findings
indicated
"deceleration
balance"
trend
2002
2019.
proportion,
size,
connectivity,
continued
increase,
accompanied
by
deceleration
increasing
rate.
spatial
distribution
shifted
ring
gradient
pattern
balanced
pattern.
impacted
most
were
P_IMP
D_Road.
interaction
impact
intensity
between
was
enhanced,
with
∩
D_READ
DIS_UC
having
substantial
on
changes.
unveiled
phased
process,
providing
theoretical
foundation
"how
promote
more
effective
planning
during
rapid
development"
aiding
planners/managers
implementing
forest
management.
Research Square (Research Square),
Journal Year:
2024,
Volume and Issue:
unknown
Published: March 12, 2024
Abstract
It
is
of
great
significance
to
explore
the
ecological
environment
and
high-quality
development
Hebei
Province
its
coupling
coordination
degree
promote
integrated
Beijing-Tianjin-Hebei
realize
harmonious
coexistence
human
nature.
In
this
paper,
comprehensive
index
method
used
evaluate
quality
development;
cold-hot
spot
analysis
analyse
spatial
distribution
pattern
quality,
local
autocorrelation
correlation
characteristics;
model
geographic
detector
are
measure
characteristics.
The
results
show
that:
(1)
there
obvious
differences
in
province,
relatively
low
area
most
widely
distributed,
accounting
for
42.22%
total
area,
mainly
central
eastern
plains,
all
levels
aggregation
(2)
only
three
development,namely,
high,medium
low,
medium
level
has
widest
distribution,
51.66%
province
a
large
distribution;
(3)
interaction
significant,
regions
stage
coordinated
development,
between
two
systems
factors
within
system
synergistic
effect
any
interact
with
each
other
after
greater
than
single
driving
factor.
research
can
provide
decision-making
reference
realizing
modernization
civilization
construction,
