Diversity,
Journal Year:
2024,
Volume and Issue:
17(1), P. 7 - 7
Published: Dec. 25, 2024
The
Paris
Agreement
emphasizes
the
critical
role
of
forests
in
addressing
climate
change
and
ecological
protection.
High-quality
forestry
development
is
an
important
aspect
forest
conservation.
As
a
core
strategy
for
China’s
economic
transformation,
new-type
urbanization
increasingly
interacting
with
high-quality
development.
This
study
aims
to
explore
this
relationship
analyze
its
impact
mechanism.
Taking
representative
Yellow
River
Basin
China
as
example,
research
uses
benchmark
regression
model,
mediation
effect
threshold
model
from
2010
2022
quantitatively
on
results
show
that
(1)
has
significantly
promoted
development,
estimated
coefficient
0.325;
(2)
different
regions
exhibits
significant
differences,
return
coefficients
upper,
middle,
lower
reaches
being
0.326,
0.213,
−0.359,
respectively;
(3)
technological
innovation
plays
key
improving
production
efficiency,
resource
diversity,
ecosystem
services,
6.543
innovation;
(4)
greater
government
support,
larger
impact.
p-value
double
0.037.
Accordingly,
achieve
joint
efforts
are
required
at
both
national
regional
levels
promoting
urbanization.
At
level,
specific
areas
should
be
taken
units,
collaborative
plan
formulated
based
land
spatial
planning
system.
clarify
top
policy
objectives,
set
up
special
funds,
establish
long-term
incentives
supervision
mechanisms,
ensure
new
positive
appropriate
innovations
introduced
local
characteristics,
differentiated
policies
promote
region.
Forests,
Journal Year:
2025,
Volume and Issue:
16(4), P. 603 - 603
Published: March 29, 2025
As
an
important
component
of
the
global
carbon
cycle,
variation
patterns
and
driving
mechanisms
productivity
sink
capacity
subtropical
forest
ecosystems
urgently
need
in-depth
research.
In
this
study,
taking
ecosystem
in
Ganjiang
River
Basin
as
research
object,
Biome-BGC
model
was
used
to
simulate
at
different
time
scales
(annual,
seasonal,
monthly)
from
1970
2021,
its
spatio-temporal
distribution
characteristics
responses
climate
change
were
analyzed.
The
results
showed
that
interannual
net
primary
(NPP)
evergreen
broad-leaved
forests
771.4
g
C
m−2
year−1,
coniferous
631.6
deciduous
610.5
shrub
262.8
year−1.
Evergreen
have
greater
potential
under
background
change.
generally
upward
trend,
but
there
obvious
differences
spatial
distribution,
characterized
by
being
higher
surrounding
mountainous
areas
lower
central
northern
plains.
methodological
framework
proposed
study
is
beneficial
for
evaluation
analysis
balance
provides
a
scientific
reference
simulation
application
regional
scale.
Forests,
Journal Year:
2025,
Volume and Issue:
16(4), P. 625 - 625
Published: April 2, 2025
In
the
dual-carbon
context,
forestry
green
total
factor
productivity
(FGTFP)
serves
as
a
key
indicator
of
quality
and
efficiency
development.
Based
on
New
Economic
Geography
Theory,
this
study
explores
FGTFP
its
spatial
divergence
under
constraint
carbon
emissions.
We
analyzed
panel
data
from
30
Chinese
provinces
between
2004
2022.
The
Directional
Distance
Function
(DDF)
model
was
applied
to
measure
FGTFP,
Global
Malmquist–Luenberger
(GML)
FGTFP’s
decomposition
index.
Dagum
Gini
coefficient
employed
analyze
degree
identify
sources.
Using
Porter’s
Sustainable
Development
geo-detector
examine
driving
factors
study’s
findings
indicate
that
(1)
in
China
generally
trended
upward
2022,
with
significant
heterogeneity
observed
at
both
interprovincial
regional
levels;
(2)
Technological
Improvement
(TI)
primary
driver
growth
eastern,
northeastern
central
regions,
while
Efficiency
Change
(EC)
western
region;
(3)
exhibited
distinct
patterns
China,
hypervariable
density
source,
followed
by
interregional
differentiation,
differentiation
contributing
least;
(4)
energy
transition
consistently
showed
“two-factor
enhancement
effect”
“non-linear
trend”,
external
environmental
strong
interaction
effects
but
demonstrated
weakening
trend”.
Therefore,
it
is
essential
promote
transformation
production
modes,
facilitate
structural
adjustments
upgrades
industry,
enhance
collaboration,
advance
“dual
enhancement”
technological
progress
efficiency.
Additionally,
leveraging
comparative
advantages
will
coordinated
Heliyon,
Journal Year:
2024,
Volume and Issue:
10(23), P. e40312 - e40312
Published: Nov. 12, 2024
This
study
addresses
the
challenge
of
achieving
a
more
rational
allocation
medical
resources
at
regional
level,
using
Guangxi
Province,
China,
as
case
study.
A
three-stage
super-efficiency
Data
Envelopment
Analysis
(DEA)
model
is
employed
to
assess
and
analyze
effectiveness
resource
allocation.
The
research
methodology
involves
identifying
input,
output,
environmental
variable
indicators
construct
healthcare
index
system.
indicator
data
are
processed
Excel
software.
DEA
then
applied
evaluate
system
in
focusing
on
Pure
Technical
Efficiency
Change
(PEC),
Scale
(SEC),
(EC),
Technological
(TC),
Total
Factor
Productivity
(TFP).
Finally,
Malmquist
method
utilized
measure
dynamically
efficiency
study's
results
show
that,
from
static
perspective,
average
comprehensive
1.067
before
adjustment
1.054
after
adjustment,
indicating
relatively
high
overall
Province.
However,
factors
random
errors
have
led
an
overestimation
efficiency,
which
effectively
corrects.
Additionally,
SEC
PEC
values
0.997
0.998,
respectively,
both
below
1.
indicates
that
scale
pure
technical
contribute
decline
efficiency.
Based
sensitivity
analysis,
conclusions
regarding
deemed
highly
reliable.
Despite
influence
uncertain
factors,
consistently
provides
stable
coherent
assessment
most
scenarios.
Therefore,
special
attention
needed
improve
within
region,
alongside
enhancing
management
technological
capabilities
sector.
Overall,
this
valuable
reference
guidance
for
researchers
practitioners
related
fields
offers
scientific
decision
support
