Sustainability,
Journal Year:
2021,
Volume and Issue:
13(11), P. 6432 - 6432
Published: June 5, 2021
Ecosystem
service
values
are
closely
related
to
land
use/cover
change,
however,
the
affected
by
change
in
context
of
climate
variability
remain
unclear.
Based
on
data
2000,
2010,
and
2020
Yiluo
River
Basin,
we
quantitatively
analyzed
impacts
historical
ecosystem
values.
Then
future
use
simulation
model
was
applied
predict
distribution
2030
under
three
Representative
Concentration
Pathways
scenarios,
influences
were
further.
We
found
that
total
Basin
presented
a
growth
from
9217
million
dollars
(2000)
9676
(2020),
which
attributed
increase
forestland
water
bodies
recent
years.
By
2030,
continued
present
an
upward
trend,
while
also
showing
difference
this
discrepancy
mainly
caused
different
precipitation
conditions.
With
introduction
ecological
protection
high-quality
development
Yellow
basin
new
period,
may
be
main
factors
affecting
field
future.
Land,
Journal Year:
2023,
Volume and Issue:
12(2), P. 346 - 346
Published: Jan. 27, 2023
Climate
change
and
human
activities
have
considerably
changed
the
spatial
patterns
functional
elements
of
regional
habitats.
Understanding
spatiotemporal
changes
in
habitat
quality
(HQ)
their
potential
driving
factors
is
essential
for
maintaining
ecosystem
health
protecting
biodiversity.
To
explore
effect
physical
on
HQ
Southwest
China,
we
firstly
analyzed
land-use
intensity
(LCI).
We
then
evaluated
based
InVEST
model
explored
heterogeneity
main
a
geographical
detector
weighted
regression
model.
The
results
showed
that
LCI
had
obvious
differences,
from
low-quality
to
high-quality
(LCI1)
was
significantly
higher
than
(LCI2).
improved
steadily
China
1990–2015,
showing
trend
low–high–low
southeast
northwest.
Moreover,
there
were
twelve
factors,
including
aboveground
biomass,
ecological
land
area
ratio,
population
density,
slope,
etc.,
which
significant
impact
differences
HQ,
effects
different
observable
heterogeneity.
LCI2
difference
greater
LCI1.
These
suggested
current
protection
management
policy
positive
improving
HQ.
Our
study
provides
an
important
decision-making
reference
sustainable
development
utilization
restoration.
Ecosystems and People,
Journal Year:
2024,
Volume and Issue:
20(1)
Published: March 11, 2024
Continued
pressure
and
transformation
of
land-use
by
humans
are
key
drivers
biodiversity
ecosystem
services
(ES)
loss.
To
determine
the
sustainability
possible
future
practices,
it
is
important
to
anticipate
likely
changes
ES.
This
can
help
stakeholders
decision-makers
understand
assess
viability
current
development
policies
design
alternative
pathways.
Focusing
on
a
hotspot
in
southwestern
Ethiopia,
we
considered
four
scenarios
(namely:
'Gain
over
grain',
'Coffee
conservation',
'Mining
green
gold'
'Food
first'
scenarios)
that
were
developed
an
earlier
project
via
participatory
scenario
planning.
We
modelled
mapped
spatial
distribution
six
ES
(erosion
control,
carbon
storage,
coffee
production,
crop
livestock
feed,
woody-plant
richness)
for
landscape
scenarios.
Our
results
show
potential
differed
strongly
across
Changes
strongest
involving
large-scale
agricultural
intensification;
not
uniformly
distributed
landscape.
Smallholder
farmers
specializing
cash
crops
('Gain
grain'
scenario)
would
cause
little
change
generation,
but
major
losses
result
from
expanding
either
food
or
production
('Mining
first').
Finally,
conservation'
appears
be
most
sustainable
because
secure
diverse
long
term.
findings
provide
valuable
input
could
identify
options.
Journal of Environmental Management,
Journal Year:
2020,
Volume and Issue:
279, P. 111629 - 111629
Published: Nov. 10, 2020
Land-use
intensification
is
a
major
threat
to
biodiversity
in
agricultural
grasslands
and
fertilization
one
of
the
main
drivers.
The
effects
on
plant
functional
composition
(community-weighted
mean
traits
ecological
indicator
values)
are
well
studied
lowland
regions,
but
have
received
less
attention
mountain
grasslands.
Moreover,
inner-alpine
dry
valleys,
fertilizer
often
applied
combination
with
irrigation,
irrigation
known.
We
experimentally
tested
vascular
species
richness
Swiss
Alps.
After
five
years,
increased
yield
relationship
was
quadratic
maximum
reached
at
intermediate
levels
(58
kg
N
ha−1year−1).
all
plants
forbs
decreased,
average,
by
6
5
respectively,
per
50
extra
(ha−1
year−1)
applied.
Fertilization
also
favored
fast-growing
(increased
specific
leaf
area)
typically
found
productive
environments
values
for
soil
productivity
moisture).
In
contrast,
we
no
community
composition,
which
suggests
that
does
not
affect
diversity
same
extent
as
these
mesic
hay
meadows,
least
mid-term.
Our
finding
can
be
achieved
very
important
from
an
applied,
agronomical
conservation
point
view.
It
without
loss
yield,
farming
costs
time
environmental
pollution
negative
reduced
applying
fertilizer.
therefore
recommend
maintaining
non-intensive
land
use
keeping
inputs
low
possible
maintain
high
Sustainability,
Journal Year:
2021,
Volume and Issue:
13(4), P. 2302 - 2302
Published: Feb. 20, 2021
Islands
are
the
confluence
of
terrestrial
ecology
and
marine
ecology.
With
urban
expansion
economic
development,
ecological
environment
islands
is
facing
serious
threats.
In
order
to
study
island
area
land
use
change/cover
(LUCC)
its
impact
on
ecosystem
service
value
(ESV),
this
was
conducted.
This
evaluated
ESV
Zhoushan
based
LUCC,
using
equivalent
coefficient
method,
simulated
analyzed
in
2025
under
different
scenarios
"Future
Land
Use
Simulation
Model".
The
results
showed:
(1)
From
2000
2020,
showed
a
"∧"
type
change
trend,
total
amount
decreased
by
14.1141
million
yuan.
(2)
spatial
distribution
changes
have
certain
regularity.
center
water
system
relatively
high
but
does
not
significantly
over
time,
while
buildings
cultivated
areas
edge
low,
and,
significant.
(3)
Compared
with
business-as-usual
(BAU)
scenario
shows
slow
downward
socio-economic
development
(SED)
significant
protection
priority
(EPP)
has
increased.
research
provides
theoretical
basis
support
for
utilization
space
improvement
"eco-economy-society"
benefits;
addition,
provide
scientific
decision-making
sustainable
resources
(island
cities)
management
ecosystems.
Sustainability,
Journal Year:
2021,
Volume and Issue:
13(11), P. 6432 - 6432
Published: June 5, 2021
Ecosystem
service
values
are
closely
related
to
land
use/cover
change,
however,
the
affected
by
change
in
context
of
climate
variability
remain
unclear.
Based
on
data
2000,
2010,
and
2020
Yiluo
River
Basin,
we
quantitatively
analyzed
impacts
historical
ecosystem
values.
Then
future
use
simulation
model
was
applied
predict
distribution
2030
under
three
Representative
Concentration
Pathways
scenarios,
influences
were
further.
We
found
that
total
Basin
presented
a
growth
from
9217
million
dollars
(2000)
9676
(2020),
which
attributed
increase
forestland
water
bodies
recent
years.
By
2030,
continued
present
an
upward
trend,
while
also
showing
difference
this
discrepancy
mainly
caused
different
precipitation
conditions.
With
introduction
ecological
protection
high-quality
development
Yellow
basin
new
period,
may
be
main
factors
affecting
field
future.
