Land,
Journal Year:
2023,
Volume and Issue:
12(4), P. 744 - 744
Published: March 25, 2023
A
goal
of
land
change
modelers
should
be
to
communicate
scenarios
future
that
show
the
variety
possible
landscapes
based
on
consequences
management
decisions.
This
study
employs
Markov-FLUS
model
simulate
land-use
changes
in
Hubei
Province
multiple
consider
social,
economic,
and
ecological
policies
using
18
driving
factors,
including
point-of-interest
data.
First,
was
developed
validated
with
historical
data
from
2000
2020.
The
then
used
2020
2035
four
scenarios:
natural
development,
economic
priority,
protection,
cultivated
protection.
results
effectively
simulates
pattern
Province,
an
overall
accuracy
0.93
for
use
simulation
Kappa
coefficient
FOM
index
also
achieved
0.86
0.139,
respectively.
In
all
scenarios,
remained
primary
type
2035,
while
construction
showed
increasing
trend.
However,
there
were
large
differences
simulated
patterns
different
scenarios.
Construction
expanded
most
rapidly
priority
scenario,
it
more
slowly
protection
scenario.
We
designed
scenario
restrict
rapid
expansion
land.
development
encroached
forests.
contrast,
forests
water
areas
well-preserved,
decrease
increase
suppressed,
resulting
a
improvement
sustainability.
Finally,
spread
curbed.
conclusion,
applied
this
has
substantial
implications
effective
utilization
resources
environment
Province.
The Science of The Total Environment,
Journal Year:
2021,
Volume and Issue:
806, P. 150718 - 150718
Published: Oct. 2, 2021
Agriculture
provides
the
largest
share
of
food
supplies
and
ensures
a
critical
number
ecosystem
services
(e.g.,
provisioning).
Therefore,
agriculture
is
vital
for
security
supports
Sustainable
Development
Goal
(SDGs)
2
(SDG
-
zero
hunger)
as
others
SDG's.
Several
studies
have
been
published
in
different
world
areas
with
research
directions
focused
on
increasing
nutritional
from
an
agricultural
land
system
perspective.
The
heterogeneity
calls
interdisciplinary
comprehensive
systematization
plethora
approaches,
scales
analysis,
reference
data
used.
Thus,
this
work
aims
to
systematically
review
contributions
by
systematizing
main
fields
present
synthesis
diversity
scope
knowledge.
From
initial
search
1151
articles,
260
meet
criteria
be
used
review.
Our
analysis
revealed
that
most
articles
were
between
2015
2019
(59%),
case
carried
out
Asia
(36%)
Africa
(20%).
other
continents
was
lower.
In
last
30
years,
centred
six
fields:
land-use
changes
(28%),
efficiency
(27%),
climate
change
(16%),
farmer's
motivation
(12%),
urban
peri-urban
(11%),
suitability
(7%).
Overall,
identified
are
directly
or
indirectly
linked
11
17
SDGs.
There
essential
differences
among
fields,
future
efforts
needed
ones
less
represented
support
Ecological Indicators,
Journal Year:
2021,
Volume and Issue:
134, P. 108499 - 108499
Published: Dec. 23, 2021
Exploring
future
changes
in
land
use
and
carbon
storage
(CS)
under
different
climate
scenarios
is
important
for
optimizing
regional
ecosystem
service
functions
formulating
sustainable
socioeconomic
development
policies.
We
proposed
a
framework
that
integrates
the
system
dynamics
(SD)
model,
patch-generating
simulation
(PLUS)
Integrated
Valuation
of
Ecosystem
Service
Tradeoffs
(InVEST)
model
to
dynamically
simulate
use/cover
change
(LUCC)
CS
at
city
level
based
on
SSP-RCP
provided
by
CMIP6.
The
simulations
were
applied
Bortala
Mongol
Autonomous
Prefecture
Xinjiang.
Changes
LUCC
similar
SSP126
SSP245
scenarios,
but
woodland
expansion
was
more
rapid
scenario.
SSP585
scenario
from
those
other
two
this
mainly
caused
continuous
reduction
area
construction
cultivated
land.
By
2050,
results
revealed
highest
(193.20
Tg),
followed
(192.75
Tg)
(185.17
Tg).
Overall,
study
suggest
increases
could
be
achieved
controlling
economic
growth
population
growth,
promoting
an
energy
transition,
expanding
area.
Ecological Indicators,
Journal Year:
2021,
Volume and Issue:
132, P. 108328 - 108328
Published: Oct. 27, 2021
Key
ecological
function
areas
are
responsible
for
protecting
and
restoring
ecosystems
alleviating
regional
deterioration.
Revealing
the
inherent
relationship
between
land
use/cover
(LULC)
change
ecosystem
service
value
(ESV)
in
such
is
of
great
significance
sustainable
development.
We
used
LULC
other
data
from
2000,
2010,
2018
to
analyze
spatiotemporal
evolution
ESV
China's
Sichuan-Yunnan
Ecological
Barrier
based
on
six
types:
Farmland,
Forest,
Grassland,
Water,
Built-up
land,
Other.
With
goal
maximizing
both
economic
benefits,
we
coupled
gray
multi-objective
optimization
(GMOP)
patch-generating
land-use
simulation
(PLUS)
models
assess
three
scenarios
(business-as-usual,
BAU;
development
priority,
EDP;
balance,
EEB)
terms
spatial
distribution
structure
2026.
The
study
area
was
dominated
by
Forest
with
major
changes
2000
mainly
deriving
transfers
Grassland
along
Farmland
conversion
land.
trended
upward
during
period,
due
contributions
Water.
Under
EDP
scenario
2026,
expansion
eased,
which
smallest
among
3
at
643.03
km2,
increased
673.80
overall
improved,
total
2.502
billion
yuan.
EEB
scenario,
decreased
405.95
but
benefits
remarkably,
showing
effect
supporting
larger-scale
growth
less
resource
consumption.
were
most
dramatic
local
scales.
use
GMOP-PLUS
allowed
improved
assessment
social,
economic,
environmental
factors
provided
a
new
way
address
key
technical
problem
planning
large-scale
areas.
Hydrobiology,
Journal Year:
2023,
Volume and Issue:
2(1), P. 75 - 96
Published: Jan. 9, 2023
The
ecosystem
services
can
be
divided
using
two
major
classification
systems,
the
Millennium
Ecosystem
Assessment
(MEA)
and
Common
International
Classification
of
Services
(CICES).
In
MEA
system,
are
into
four
service
clusters:
supporting,
provisioning,
regulating,
cultural.
On
other
hand,
CICES
system
regards
“MEA
supporting
services”
as
organism
natural
function
(and
not
an
service).
Thus,
this
is
basis
for
all
three
(provisioning,
cultural)
provided
by
one
organism.
These
analyzed
type
habitat,
fauna
or
flora.
Seaweeds,
marine
macroalgae,
key
organisms
in
estuarine
seawater
habitats
ecosystems,
which
currently
extreme
importance
due
to
climate
changes
blue–green
economy.
Seaweeds
humankind
have
been
interlinked
from
beginning,
mainly
a
food
source,
fibers,
biochemicals,
medicine,
ornamental
resources,
art
inspiration,
esthetic
values
several
coastal
communities.
Moreover,
they
being
studied
green
carbon,
carbon
sequestration,
possible
source
biomedical
pharmaceutical
areas.
This
review
concise
ecological
seaweeds
their
impact
human
life
maintenance
status
quo.
future
use
also
approached,
regarding
promotion
seaweed
its
dangers
future.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
154, P. 110660 - 110660
Published: July 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.
Journal of Environmental Management,
Journal Year:
2023,
Volume and Issue:
345, P. 118728 - 118728
Published: Aug. 1, 2023
Environmental
and
socio-economic
developments
induce
land-use
changes
with
potentially
negative
impacts
on
human
well-being.
To
counteract
undesired
developments,
a
profound
understanding
of
the
complex
relationships
between
drivers,
land
use,
ecosystem
services
is
needed.
Yet,
national
studies
examining
extended
time
periods
are
still
rare.
Based
Special
Report
management
climate
change
by
Austrian
Panel
Climate
Change
(APCC),
we
use
Driver-Pressure-State-Impact-Response
(DPSIR)
framework
to
(1)
identify
main
drivers
change,
(2)
describe
past
future
in
Austria
1950
2100,
(3)
report
related
services,
(4)
discuss
responses.
Our
findings
indicate
that
(e.g.,
economic
growth,
political
systems,
technological
developments)
have
influenced
most.
The
intensification
agricultural
urban
sprawl
primarily
led
declining
lowlands.
In
mountain
regions,
abandonment
grassland
has
prompted
shift
from
provisioning
regulating
services.
However,
simulations
accelerating
will
surpass
significance
towards
end
this
century,
particularly
intensively
used
areas.
Although
change-induced
remain
uncertain,
it
can
be
expected
range
options
restricted
future.
Consequently,
policymaking
should
prioritize
development
integrated
planning
safeguard
accounting
for
environmental
uncertainties.
