Sustainability,
Год журнала:
2024,
Номер
16(11), С. 4461 - 4461
Опубликована: Май 24, 2024
Resource
exploitation
markedly
alters
land
use
and
ecological
carbon
storage,
posing
risks
to
sinks
food
security.
This
study
analyzes
land-use
change
from
1990
2020
in
the
resource-based
province
of
Shanxi,
China.
By
introducing
a
mineral
resource
driver,
PLUS
model
was
used
predict
four
scenarios:
natural
development
(ND),
cropland
protection
(CP),
(EP),
dual
ecology
(DP).
The
spatial
temporal
evolutions
storage
were
then
analyzed
using
InVEST
model.
Forests
predominantly
distributed
mountainous
areas,
with
croplands
southerly
central
flat
construction
lands
around
cities,
mining
sporadically
across
Shanxi.
From
2020,
grasslands
decreased,
while
forest,
construction,
increased.
Carbon
decreased
continuously,
total
loss
15.1
×
106
t.
High-value
areas
Lüliang,
Taihang,
Taiyue
Mountains,
low-value
more
populous
southern
regions.
predicted
decline
by
2035
under
ND
CP
scenarios
exceed
that
EP
DP
scenarios.
scenario
projected
an
increase
4.93
t
2035.
realizes
maintains
security,
providing
theoretical
reference
for
achieving
neutrality
high-quality
sustainable
Shanxi
Province.
Remote Sensing,
Год журнала:
2023,
Номер
15(16), С. 4050 - 4050
Опубликована: Авг. 16, 2023
Studying
the
spatiotemporal
distribution
pattern
of
carbon
storage,
balancing
land
development
and
utilization
with
ecological
protection,
promoting
urban
low-carbon
sustainable
are
important
topics
under
China’s
“dual
strategy”
(Carbon
emissions
stabilize
harmonize
natural
absorption).
However,
existing
research
has
paid
little
attention
to
impact
use
changes
different
spatial
policies
on
provincial-scale
ecosystem
storage.
In
this
study,
we
established
a
density
database
for
Liaoning
Province
obtained
temporal
storage
over
past
20
years.
Then,
based
16
driving
factors
multiple
in
Province,
predicted
cover
(LUCC)
three
scenarios
2050
analyzed
characteristics
response
mechanisms
scenarios.
The
results
showed
that
(1)
LUCC
directly
affected
35.61%
increase
construction
decrease
0.51
Tg
20-year
period.
(2)
From
2020
2050,
varied
significantly
among
trend
scenario
(NTS),
restoration
(ERS),
economic
priority
(EPS),
values
2112.05
Tg,
2164.40
2105.90
respectively.
Carbon
exhibited
positive
growth,
mainly
due
substantial
forest
area.
(3)
was
characterized
by
“low
center,
high
east,
balanced
west”.
Therefore,
can
consider
rationally
formulating
strictly
implementing
policy
protection
future
planning
so
as
control
disorderly
growth
land,
realize
area,
effectively
enhance
ensure
realization
goal
strategy”.
Ecological Indicators,
Год журнала:
2023,
Номер
154, С. 110660 - 110660
Опубликована: Июль 15, 2023
The
carbon
storage
service
of
terrestrial
ecosystems
has
an
veritable
impact
on
the
global
cycle
and,
in
turn,
climate
change.
Hence,
both
assessing
and
predicting
land
use
changes
are
necessary
to
reduce
emissions
mitigate
Therefore,
using
integrated
valuation
ecosystem
services
tradeoffs
(InVEST)
model
with
remote
sensing
data,
this
study
systematically
analyzes
use/cover
change
(LUCC)
response
characteristics
types
Henan
Province,
China
1990–2020
period.
also
uses
patch-generating
simulation
(PLUS)
predict
LUCC
Province
from
2023
2050
under
different
scenarios,
including
Business
as
Usual
(BAU),
Ecological
Conservation
(EC),
Urban
Development
(UD)
scenarios.
following
results
noted:
(1)
mainly
comprises
conversion
farmland
construction
land.
Presently,
Province's
is
found
have
decreased
by
339.72
Tg
due
LUCC,
which
characterized
"high
west
low
east."
(2)
Regarding
three
aforementioned
province's
predicted
increase
its
greatest
extent
UD
scenario.
Under
EC
scenario,
woodland
areas
will
be
effectively
protected.
highest
level
reserves
likely
followed
that
BAU
while
lowest
should
seen
312.07
Tg,
233.43
394.49
lower
than
2020
BAU,
EC,
respectively.
In
sum,
provides
scientific
basis
decisions
aimed
at
facilitation
low-carbon
development,
optimal
utilization
spaces,
development
ecological
civilization
Province.
Ecological Indicators,
Год журнала:
2023,
Номер
151, С. 110345 - 110345
Опубликована: Май 11, 2023
Land
use/cover
change
(LUCC)
is
the
primary
source
of
carbon
storage
changes
in
ecosystem.
Up
to
now,
there
are
few
studies
about
impacts
and
driving
mechanisms
LUCC
for
ecosystem
at
spatial–temporal
scales.
Characterizing
Yellow
River
Basin
(YRB)
its
role
very
important
necessary
elucidate
results
human
activities
on
ecosystems.
The
policies
address
potential
future
risks
should
be
formulated
advance
achieve
effective
development.
In
paper,
we
regarded
YRB
as
study
area,
analyzed
during
2000
2020,
predicted
land
use
patterns
2040
under
scenarios
natural
trend
(NT),
ecological
degradation
(ED),
restoration
(ER)
using
Markov
model
with
Patch-generating
Use
Simulation
(PLUS)
model,
quantified
ecosystems
over
last
20
years
according
Integrated
Valuation
Ecosystem
Services
Tradeoffs
(InVEST)
model.
outcome
was
follows:
(1)
During
2040,
changed
markedly,
cropland
being
transformed
into
woodland,
grassland
built-up
land;
(2)
an
upward
a
mean
annual
increase
1.93×106Mg
C,
woodland
answer
increasing
storage,
while
unused
could
induce
decrease;
(3)
Carbon
varied
different
degrees
three
scenarios,
but
premise
not
causing
large-scale
damage,
conversion
means
improving
greatly
enhancing
sequestration
efficiency
capacity
YRB.
conclusion,
environmental
management
continuously
oriented
protection
low-carbon
development,
so
that
basin
will
able
develop
benign
direction.
Global Ecology and Conservation,
Год журнала:
2024,
Номер
49, С. e02796 - e02796
Опубликована: Янв. 1, 2024
Ecosystem
services
are
an
essential
foundation
for
sustainable
human
development.
In
view
of
the
severe
soil
erosion
on
Loess
Plateau
(LP),
it
is
important
to
explore
spatial
and
temporal
characteristics
supply-demand
balance
conservation
(SCSs).
this
study,
ecosystem
service
ratio
was
innovatively
proposed
quantitatively
assess
supply
demand
conservation.
First,
InVEST
model
used
spatially
quantify
(soil
retention)
erosion)
(SCS)
in
LP
from
2005
2020.
Meanwhile,
variation
matching
were
analyzed.
Second,
predict
future,
InVEST-PLUS
simulate
under
multiple
scenarios
2030.
The
natural
development
(NDS),
ecological
protection
(EPS)
economic
(EDS)
coupled
with
shared
socioeconomic
pathways
(SSPs)
representative
concentration
(RCPs).
results
showed
that:
(1)
2020,
annual
average
modulus
increased
by
60.58
(t/(hm²·a));
retention
per
unit
area
12.89
t/hm2;
both
northwest
southeast,
pattern
mainly
low-low
shifted
low-high
each
year;
(2)
based
LULC
simulated
PLUS
model,
kappa
coefficient
overall
accuracy
86.29%
91.14%,
respectively.
A
total
19.8%
22.97%
built-up
land
expanded
NDS
EDS
scenarios,
respectively,
a
17,515.65
km2
forestland
grassland
EPS
scenario;
(3)
2030.NDS-SSP245,
2030.EPS-SSP126
2030.EDS-SSP585
moderate
high
surpluses
accounted
11.40%,
14.34%
10.80%
surplus
area,
respectively;
compared
deficit
49.67%,
43.29%
56.65%
study
provided
innovations
coupling
degree
future
model.
Land,
Год журнала:
2022,
Номер
11(10), С. 1617 - 1617
Опубликована: Сен. 21, 2022
Based
on
China’s
“carbon
neutrality”
strategy,
this
study
explores
the
relationship
between
land-use/cover
change
and
temporal
spatial
changes
of
ecosystem
carbon
storage
in
urban
agglomerations.
Using
Plus-InVEST
model,
projected
patterns
land
use
Chengdu-Chongqing
agglomeration
2030
under
natural
development
ecological
protection
scenarios
were
simulated
predicted,
characteristics
storage,
together
with
its
spatio-temporal
dynamics,
evaluated
two
scenarios.
Results
show
that:
(1)
From
2000
to
2020,
forests,
water
areas,
construction
unused
continued
increase,
while
area
cropland
grassland
decreased
continuously.
During
last
20
years,
showed
an
increasing
trend,
overall
increase
24.490
×
106
t.
(2)
Compared
scenario,
forest
land,
grassland,
scenario
exhibits
a
substantial
change;
is
limited;
effect
reflected.
(3)
by
50.001
t
49.753
2030,
respectively.
The
stability
conservation
was
significantly
higher
than
that
scenario.
Therefore,
as
result
coordinated
Chengdu-Chongqing,
functions
various
regions
can
be
losses
mitigated.
Land,
Год журнала:
2024,
Номер
13(4), С. 509 - 509
Опубликована: Апрель 12, 2024
In
investigating
the
spatiotemporal
patterns
and
spatial
attributes
of
carbon
storage
across
terrestrial
ecosystems,
there
is
a
significant
focus
on
improving
regional
sequestration
capabilities.
Such
endeavors
are
crucial
for
balancing
land
development
with
ecological
preservation
promoting
sustainable,
low-carbon
urban
growth.
This
study
employs
integrated
InVEST-PLUS
model
to
assess
predict
changes
in
ecosystem
under
various
use
scenarios
within
Chengdu
cluster,
vital
region
Central
Western
China,
by
2050.
The
results
indicate
following.
(1)
A
linkage
between
dynamics
changes:
over
two
decades,
7.5%
decrease
arable
was
observed
alongside
12.3%
increase
areas,
leading
an
8.2%
net
reduction
storage,
equating
loss
1.6
million
tons
carbon.
(2)
Carbon
variations
four
scenarios—natural
(NDS),
(UDS),
farmland
protection
(FPS),
(EPS)—highlight
impact
differing
developmental
conservation
policies
Chengdu’s
reserves.
Projections
until
2050
suggest
further
5%
NDS
without
intervention,
while
EPS
could
potentially
3%,
emphasizing
importance
strategic
planning
policy.
research
provides
solid
theoretical
foundation
exploring
relationship
further.
summary,
findings
highlight
necessity
incorporating
considerations
into
strategies.
not
only
sheds
light
current
challenges
but
also
presents
method
forecasting
mitigating
urbanization
effects
services,
thus
supporting
sustainable
goals.