Research Square (Research Square),
Journal Year:
2023,
Volume and Issue:
unknown
Published: Dec. 5, 2023
Abstract
Developing
forest
carbon
sinks
(FCS)
is
significant
for
China
to
achieve
neutrality.
The
Yellow
River
Basin
a
principal
area
China’s
energy
consumption,
and
the
resource
distribution
of
this
vast
basin
spatially
dependent,
determining
that
development
FCS
cannot
be
separated
geographically.
Based
on
spatial
panel
data
69
prefecture-level
cities
in
1988-2018,
firstly,
we
depict
picture
spatial-temporal
trajectories
variations
using
geospatial
analysis.
Secondly,
fully
considering
economic
geographical
attributes
resources,
develop
econometrics
model
investigate
inter-regional
correlations
spillover
effects
from
dimension
comprehensively
explore
direct
indirect
impact
different
explanatory
variables
FCS.
Thirdly,
pertinent
policy
suggestions
are
put
out
serve
as
guide
increasing
Scientific Reports,
Journal Year:
2025,
Volume and Issue:
15(1)
Published: Feb. 1, 2025
Rapid
socioeconomic
growth
has
altered
land
use
patterns,
resulting
in
a
surge
worldwide
CO2
emissions,
triggering
global
climate
challenges
and
adversely
affecting
human
health,
safety,
sustainable
development.
As
result,
immediate
action
is
required
to
undertake
mitigation
adaptation
strategies.
This
study,
based
on
the
causal
logic
of
change,
blue-green
space
carbon
uses
system
dynamics
(SD)
model,
patch-generating
simulation
(PLUS)
integrated
valuation
ecosystem
service
trade-offs
(InVEST)
models
simulate
evolution
patterns
predict
spatial
distribution
storage
Wuhan
2060
from
2030
under
three
SSP-RCP
scenarios
CMIP6
investigates
their
mechanisms.
The
findings
show
that
across
various
scenarios,
would
decline
over
next
30
years,
with
green
spaces
decreasing
some
amount
blue
growing
marginally.
also
expected
due
shrinking
patterns.
SSP126
scenario
least
shrinkage
spaces,
reduction
7.18Tg
storage.
Under
SSP245
scenario,
expansion
non-blue-green
encroaches
an
8.13
Tg
decrease
Across
SSP585
expand
fastest,
highest
loss
considerable
drop
11.67
Tg.
research
extremely
important
for
optimizing
regional
coordinating
high-quality
development
Wuhan,
assisting
implementation
urban
change
plans.
Remote Sensing,
Journal Year:
2023,
Volume and Issue:
15(15), P. 3866 - 3866
Published: Aug. 4, 2023
The
accurate
estimation
of
a
regional
ecosystem’s
carbon
storage
and
the
exploration
its
spatial
distribution
influencing
factors
are
great
significance
for
ecosystem
sink
function
enhancements
management.
Using
Yellow
River
Basin
as
study
area,
we
assessed
changes
in
terrestrial
through
geographically
weighted
regression
modeling
based
on
large
number
measured
sample
sites,
explored
main
geographic
probe
analysis,
predicted
sequestration
potentials
under
different
scenarios
from
2030
to
2050.
results
showed
that
(1)
total
2020
was
about
8.84
×
109
t.
Above-ground
biological
storage,
below-ground
soil
accounted
6.39%,
5.07%,
89.70%
respectively.
From
2000
2020,
basin
trend
decreasing
then
increasing,
west
larger
than
east
south
north.
(2)
Forest
contributor
increase
Basin.
Elevation,
temperature,
precipitation
were
pattern
storage.
(3)
ecological
conservation
scenario
had
best
gain
effect
among
four
future
development
scenarios,
appropriate
policies
could
be
formulated
this
help
achieve
goals
increase.
Remote Sensing,
Journal Year:
2024,
Volume and Issue:
16(23), P. 4417 - 4417
Published: Nov. 26, 2024
Net
ecosystem
productivity
(NEP)
plays
a
vital
role
in
quantifying
the
carbon
exchange
between
atmosphere
and
terrestrial
ecosystems.
Understanding
effects
of
dominant
driving
forces
their
respective
contribution
rates
on
NEP
can
aid
effective
management
sinks,
especially
rapidly
urbanizing
coastal
areas
where
climate
change
(CC)
human
activities
(HA)
occur
frequently.
Combining
MODIS
NPP
products
meteorological
data
from
2000
to
2020,
this
paper
established
Modis
NPP-Soil
heterotrophic
respiration
(Rh)
model
estimate
magnitude
China’s
zone
(CCZ).
Hotspot
analysis,
variation
trend,
partial
correlation,
residual
analysis
were
applied
explore
spatiotemporal
patterns
contributions
CC
HA
dynamics
NEP.
We
also
explored
changes
different
land
use
types.
It
was
found
that
there
is
clear
north–south
difference
spatial
pattern
CCZ,
with
Zhejiang
Province
serving
as
main
watershed
for
difference.
In
addition,
most
regions
showed
an
improvement
Beijing–Tianjin–Hebei
region
Shandong
Province,
but
pixel
values
here
generally
not
high
southern
provinces.
According
types
forces,
these
primarily
results
synergistic
HA.
provinces
south
are
mainly
dominated
by
single-factor-driven
degradation.
The
area
contributes
increase
much
larger
than
CC.
From
perspective
types,
forests
farmland
contributors
CCZ.
Remote Sensing,
Journal Year:
2023,
Volume and Issue:
16(1), P. 60 - 60
Published: Dec. 22, 2023
Understanding
the
net
ecosystem
productivity
(NEP)
is
essential
for
understanding
functioning
and
global
carbon
cycle.
Utilizing
meteorological
The
Advanced
Very
High
Resolution
Radiometer
(AVHRR)
remote
sensing
data,
this
study
employed
Carnegie–Ames–Stanford
Approach
(CASA)
Geostatistical
Model
of
Soil
Respiration
(GSMSR)
to
map
a
monthly
vegetation
NEP
in
China
from
1982
2020.
Then,
we
examined
spatiotemporal
trends
identified
drivers
changes
using
Geodetector
model.
mean
over
39-year
period
amounted
265.38
gC·m−2.
Additionally,
average
annual
sequestration
1.89
PgC,
indicating
large
sink
effect.
From
2020,
there
was
general
fluctuating
increasing
trend
observed
NEP,
exhibiting
an
overall
growth
rate
4.69
gC·m−2·a−1.
analysis
revealed
that
majority
region
China,
accounting
93.45%
entirety,
exhibited
NEP.
According
analysis,
precipitation
change
rate,
solar
radiation
altitude
were
key
driving
factors
rate.
Furthermore,
interaction
between
demonstrated
most
significant
Sustainability,
Journal Year:
2023,
Volume and Issue:
16(1), P. 381 - 381
Published: Dec. 31, 2023
The
Yellow
River
Basin
(YRB)
plays
a
very
important
role
in
China’s
economic
and
social
development
ecological
security,
so
studying
the
spatiotemporal
variation
characteristics
of
net
primary
productivity
(NPP)
its
influencing
factors
is
great
significance
for
protecting
stable
environment.
This
article
takes
YRB
as
research
area,
based
on
Moderate
Resolution
Imaging
Spectroradiometer
(MODIS)
data,
climate
terrain
land
gravity
recovery
experiment
(GRACE)
data.
evolution
vegetation
NPP
from
2000
to
2022
were
explored
using
methods
such
trend
analysis,
correlation
geographic
detectors,
with
meteorological
factors,
total
water
storage
(TWS)
evaluated.
results
indicate
that
showed
an
increasing
(4.989
gC·m−2·a−1)
2022,
most
significant
changes
occurring
middle
reaches
YRB.
coefficient
indicates
temperature
accumulated
have
positive
impact
change
NPP,
while
TWS
has
negative
impact.
In
study
affecting
YRB,
influential
are
soil
type
(0.48),
precipitation
(0.46),
(0.32).
strong
between
about
39%,
contribution
rate
0.12,
which
factor
cannot
be
ignored
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(15), P. 6553 - 6553
Published: July 31, 2024
Achieving
carbon
peaking
and
neutrality
is
an
intrinsic
requirement
for
sustainable
development.
The
industrial
structure
primarily
characterized
by
the
chemical
energy
industries
poses
a
hindrance
to
attainment
of
goals
in
provinces
Yellow
River
Basin
China.
Predicting
time
exploring
pathways
urgent
issue
government
address.
STIRPAT
InVEST
models
were
used
emissions
sequestration
estimation
nine
regions
from
2010
2060.
results
show
that
study
area
will
realize
2030
under
baseline
scenario,
with
emission
4146
million
tons.
Under
high-emission
2035,
4372
low-carbon
energy-saving
2025,
3909
entire
cannot
achieve
2060
three
scenarios.
scenarios,
only
Qinghai
Sichuan
can
2060,
Sichuan,
Qinghai,
Shaanxi,
Gansu
on
time.
This
research
indicates
attaining
be
accomplished
implementing
strategies
such
as
encouraging
growth
clean
energy,
managing
usage,
refining
structure,
strengthening
ecosystem’s
sink.
