Remote Sensing,
Journal Year:
2025,
Volume and Issue:
17(4), P. 566 - 566
Published: Feb. 7, 2025
Uncovering
the
intricate
relationships
within
realm
of
ecosystem
services
(ESs)
across
various
spatial
and
temporal
dimensions,
as
well
their
nonlinear
with
natural–social
factors,
is
a
fundamental
condition
for
regional
management.
This
study
focuses
on
Honghe
Prefecture,
Yunnan
Province,
it
quantifies
supply
ESs
at
grid
township
scales,
clarifies
interrelationships
among
influencing
elements,
proposes
cross-scale
ecological
management
strategies.
The
findings
indicate
following:
(1)
exhibited
variability.
In
last
20
years,
capacity
food
production
(FP)
increased
by
about
46%,
while
other
showed
downward
trend.
(2)
Synergistic
effects
primarily
occurred
between
WY,
habitat
quality
(HQ),
carbon
sequestration
(CS),
soil
conservation
(SC),
trade-off
mainly
took
place
FP
ESs.
(3)
Significant
dramatic
changes
in
service
bundles
were
observed
southern
mountainous
areas.
At
scale,
overall
area
integrated
bundle
declined
approximately
88%.
However,
proportion
HQ-CS
key
synergy
from
15.68%
to
40.60%.
Similar
patterns
trends
also
scale.
(4)
There
was
notable
reduction
comprehensive
index
(ESI)
southwest,
which
human
activities
climate
drought
factors
played
major
negative
driving
role,
some
had
threshold
ESI.
Existing
research
often
ignores
relationship
complex
spatiotemporal
dynamics
services.
Thus,
this
constructed
cognitive
framework
ES
status
perspective
“supply–interaction–driving–threshold”
ESs,
providing
more
understanding
Global Change Biology,
Journal Year:
2023,
Volume and Issue:
30(1)
Published: Oct. 31, 2023
Abstract
The
term
carbon
(C)
sequestration
has
not
just
become
a
buzzword
but
is
something
of
siren's
call
to
scientific
communicators
and
media
outlets.
Carbon
the
removal
C
from
atmosphere
storage,
for
example,
in
soil.
It
potential
partially
compensate
anthropogenic
greenhouse
gas
emissions
is,
therefore,
an
important
piece
global
climate
change
mitigation
puzzle.
However,
often
used
misleadingly
and,
while
likely
unintentional,
can
lead
perpetuation
biased
conclusions
exaggerated
expectations
about
its
contribution
efforts.
Soils
have
considerable
take
up
many
are
also
state
continuous
loss.
In
such
soils,
measures
build
soil
may
only
reduction
losses
(C
loss
mitigation)
rather
than
result
real
negative
emissions.
examination
100
recent
peer‐reviewed
papers
on
topics
surrounding
C,
4%
were
found
correctly.
Furthermore,
13%
equated
with
stocks.
review,
further,
revealed
that
leading
will
always
when
non‐CO
2
gases
leakage
taken
into
consideration.
This
paper
highlights
pitfalls
using
incorrectly
calls
accurate
usage
this
going
forward.
Revised
new
terms
suggested
distinguish
clearly
between
SOC
mitigation,
emissions,
accrual
avoid
miscommunication
among
scientists
stakeholder
groups
future.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
154, P. 110812 - 110812
Published: Aug. 27, 2023
Vegetation
change
has
a
non-negligible
role
in
the
impact
of
ecosystem
services
(ESs).
Quantitative
assessment
vegetation
is
basis
for
sustainable
regional
development.
Using
Chinese
Loess
Plateau
(LP)
as
study
area,
this
firstly
analysed
spatial
and
temporal
characteristics
used
Geodetector
model
to
reveal
driving
mechanism.
Next,
applied
InVEST
quantitatively
assess
four
carbon
storage,
habitat
quality,
soil
conservation
water
yield,
explored
service
balance
through
type
transfer.
The
results
showed
that
(1)
there
was
trend
towards
an
increase
area
all
types,
with
sparse
being
most
pronounced.
Areas
damaged
were
concentrated
urban
peripheral
areas,
well
wasteland
bare
ground.
(2)
Annual
precipitation,
types
cumulative
afforestation
ratio
main
drivers
on
LP.
(3)
Restoration
woodland
enhanced
quality
retention
LP,
while
yield
decreased
by
31.66%.
restoration
did
not
enhance
services.
This
may
provide
reference
management
ecosystems.
Ecological Indicators,
Journal Year:
2024,
Volume and Issue:
159, P. 111754 - 111754
Published: Feb. 1, 2024
Effectively
identifying
and
managing
the
priority
regulation
areas
(PRAs)
of
ecosystem
services
(ESs)
are
very
important
for
improving
supply–demand
relationship
(SDR)
ESs
promoting
regional
sustainable
development.
Based
on
InVEST
model,
geographic
information
system
(GIS)
spatial
analysis
statistical
methods,
this
study
assessed
supply
demand
five
types
in
Loess
Plateau
from
2000
to
2020,
namely,
water
yield,
food
supply,
carbon
storage,
soil
conservation
recreation.
The
quantitative
relationships
between
were
analyzed,
PRA
with
a
severe
imbalance
ES
was
identified.
According
index,
importance
different
PRAs
Then,
potential
constraints
trade-off
synergy
SDR
discussed,
specific
suggestions
proposed.
results
showed
that
increased
except
demand,
distribution
mostly
low
northwest
high
southeast,
or
center
surrounded
by
values.
degree
surplus
recreation
area
decreased,
while
other
increased.
Regarding
storage
recreation,
supply–low
clustering
largest;
regarding
ESs,
largest.
supply-low
showing
trend
narrowing
northwest.
high-demand
deficit
areas,
there
various
types.
In
each
province,
where
is
no
overlap
type
has
highest
regulation.
For
several
overlap,
targeted
measures
need
be
formulated
combination
trade-offs
synergies
SDRs.
Ecological Indicators,
Journal Year:
2024,
Volume and Issue:
159, P. 111596 - 111596
Published: Jan. 25, 2024
Understanding
the
dynamic
relationship
between
ecosystem
service
supply
and
urbanization
demand,
identifying
underlying
influencing
mechanisms
are
crucial
for
sustainable
development
in
global
process.
However,
current
studies
mainly
focused
on
coupling
coordination
of
situation,
rather
than
system.
Thus,
we
introduced
concept
degree
(DCCD)
to
address
research
gap.
This
study
calculated
rates
composite
index
(ESSCI)
demand
(UDDCI)
from
2000
2020
construct
DCCD
model
case
Yangtze
River
Delta
region.
Subsequently,
analysed
inherent
causing
regional
differences
DCCD.
Our
results
indicated
that
(1)
ESSCI
UDDCI
showed
spatiotemporal
heterogeneity,
rate
had
significant
north
south,
decreased
east
west.
(2)
In
2020,
notable
existed
northern
southern
region,
with
zone
being
lower.
The
situation
improved
2005
2015.
(3)
Global
habitat
quality
a
impact
coordination.
north,
annual
water
yield
significantly
influenced
coordination,
while
carbon
sequestration
it.
These
factors
related
land
use.
We
into
old
achieve
goals.
