International Journal of Environmental Research and Public Health,
Год журнала:
2022,
Номер
20(1), С. 431 - 431
Опубликована: Дек. 27, 2022
Carbon
peaking,
carbon
neutrality
goals
and
food
security
are
the
basis
of
sustainable
development,
exploring
coordination
relationship
between
China’s
agricultural
eco-efficiency
system
has
a
major
significance
for
implementation
relevant
strategies.
This
paper
is
based
on
collaboration
research
synergistic
systems
using
methods
such
as
entropy
weight
method,
coupling
model,
spatial
autocorrelation
etc.,
revealing
evolution-driven
mechanism
degree.
study
found
that
higher
level
always
occurs
in
those
areas
with
high
standard
farmland
construction
large
grain
production
scale,
while
economically
developed
appear
to
have
lower
overall
limited
by
endowment
constraints
division
labor
development
planning.
It
shows
positive
correlation
terms
geographical
distance
security,
spillover
effect
gradually
increases
but
not
strong
overall.
China
should
combine
regional
resource
planning,
pay
attention
improvement
large-scale
standardized
production,
continue
strengthen
clean
achieve
under
peaking
goals.
The Science of The Total Environment,
Год журнала:
2024,
Номер
954, С. 176761 - 176761
Опубликована: Окт. 5, 2024
In
today's
world,
agriculture
is
not
only
about
food
production
but
also
a
critical
factor
in
global
environmental
change,
economic
stability,
and
human
health,
among
other
aspects.
With
population
growth
increasingly
scarce
resources,
exploring
sustainable
development
of
systems
has
become
crucial.
Achieving
this
goal
requires
striking
delicate
balance
security,
development,
ecological
environment,
health.
Traditional
approaches
to
agricultural
research
often
focus
solely
on
singular
domains,
overlooking
the
inherent
connections
interactions
environmental,
socioeconomic,
health
dimensions.
This
perspective
limits
our
comprehensive
understanding
systems.
Environmental
footprint
assessments
can
be
integrated
with
economic,
systemic,
decision
models
analyze
issues
within
integration
accurately
captures
diversity,
overlap,
accumulation,
heterogeneity
pressures
resulting
from
natural
factors.
Therefore,
we
propose
an
innovative
conceptual
framework
that
considers
dimensions
as
crucial
components,
indicators
at
its
core,
link
various
stages
farm
table.
constructs
evidence
gap
map,
integrating
dispersed
data
perspectives
existing
literature,
thus
showing
knowledge
gaps
across
these
domains.
Such
interdisciplinary
approach
provides
more
multidimensional
complexity
reveals
potential
synergies
conflicts
thereby
guiding
cautious
policy-making.
Importantly,
it
direction
for
future
achieve
systems,
emphasizing
necessity
comprehensive,
perspective,
particularly
strengthening
studies
composited
footprints,
viewing
entire
farm-to-table
continuum
holistically.
Stakeholders
must
collaborate
coordinate
objectives
drive
Sustainability,
Год журнала:
2023,
Номер
15(6), С. 5138 - 5138
Опубликована: Март 14, 2023
Rapid
economic
and
social
development
has
created
significant
ecological
resource
problems
in
the
Beijing-Tianjin-Hebei
(BTH)
region,
making
it
necessary
to
identify
ways
of
implementing
sustainable
regional
development.
The
interactions
between
water,
energy,
food,
ecology
are
characterized
by
a
high
degree
relevance
complexity.
In
studying
relationships
four
systems
depth
choosing
representative
indicators
for
each
system,
comprehensive
model
water-energy-food-ecology
(WEFE)
system
BTH
region
been
established.
coupling
coordination
was
used
analyze
synergy
relationship
WEFE
from
2001
2020.
primary
contributing
elements
determining
linked
were
investigated
using
gray
correlation
model.
According
findings,
Beijing’s
total
level
shows
gradual
upward
trend
is
excellent
coordination;
Hebei
progressed
most,
experiencing
change
little
good
Tianjin
had
least
improvement,
only
improving
basic
coordination.
exploitation
water
resources
protection
environment
aspects
that
have
greatest
impact
on
system.
Additionally,
synergistic
growth
significantly
influenced
economic,
social,
technological
advancements
industrial
agricultural
sectors.
systems,
which
takes
into
consideration
optimization
many
subsystems,
provided
this
study
as
scientific
foundation.
Water,
Год журнала:
2025,
Номер
17(7), С. 1040 - 1040
Опубликована: Апрель 1, 2025
This
study
focuses
on
the
Yellow
River
Basin,
a
key
economic
region
spanning
nine
provinces
in
China,
and
explores
complex
interactions
within
water–food–energy
systems.
Based
theoretical
framework
of
coupled
coordination
system,
an
indicator
system
is
developed
to
assess
these
Using
ArcGIS,
identifies
spatiotemporal
characteristics
coupling
systems
Basin.
Additionally,
panel
data
model
employed
analyze
driving
mechanisms
optimization
pathways
for
enhancing
region.
The
results
reveal
that
(1)
degree
between
Basin
varies
significantly
across
space.
(2)
Overall,
relatively
low
exhibits
clustered
pattern.
(3)
Research
development
(R&D)
intensity
significant
factor
influencing
International Journal of Environmental Research and Public Health,
Год журнала:
2023,
Номер
20(2), С. 1336 - 1336
Опубликована: Янв. 11, 2023
With
economic
expansion
having
moderated
to
a
“new
normal”
pace,
the
eastern
coastal
provinces
have
been
given
new
historical
task
of
high-quality
development
and
become
window
frontier
China’s
development.
By
designing
optimizing
an
index
system
levels
using
entropy-TOPSIS
method,
study
selected
21
indicators,
include
vitality,
residents’
living
standards,
innovation
efficiency
green
development,
took
as
example
characteristics
spatial-temporal
variations
in
level
from
2010
2020.
Then,
used
obstacle
degree
model
explore
factors
that
are
obstacles
The
results
show
presents
“up-down-up”
fluctuation,
with
increase
40.1%.
In
particular,
standards
dimension
is
higher,
each
province
shows
different
degrees
growth
gradually
tends
balanced
Shanghai,
Jiangsu
Province
Zhejiang
dominant
position.
spatial
pattern
areas
distribution
“high
east
low
west,
high
north
south”,
which
bipolar
effect
becoming
more
prominent,
while
regional
synergistic
standard
obvious,
“core-periphery”
structure,
there
path-dependent
time
change,
agglomeration
produced
by
trickle-down
space.
high,
main
factor
has
changed
insufficient
output
reduction
scale
foreign
trade.
addition,
problems
unreasonable
industrial
structure
shortage
per
capita
public
cultural
resources
still
exist.
relatively
developed
economy,
biggest
vitality
standards.
backward
efficiency,
both
similarities
differences
among
provinces.
PLoS ONE,
Год журнала:
2023,
Номер
18(8), С. e0290392 - e0290392
Опубликована: Авг. 24, 2023
Rural
public
services
and
rural
tourism
are
interdependent,
their
coordinated
development
is
crucial
for
promoting
revitalization
overall
growth
in
China.
So
far,
the
existing
studies
mainly
focus
on
mutual
influence,
promotion,
coordination
paths
of
but
fail
to
conduct
an
empirical
analysis
coupling
or
summarize
spatial
temporal
differences
coordination.
Therefore,
we
adopt
evaluation
index
system
tourism.
To
measure
level
degree
southwestern
China
from
2012
2019,
used
a
comprehensive
model
model.
Additionally,
geographic
detectors
were
utilised
detect
causative
factors
development.
Based
research
results,
made
following
observations.
In
China,
indicated
upward
trend.
An
additional
interactive
relationship
between
two
systems
observed,
its
increases,
with
increment
varying
slow
rapid.
The
type
changes
lagging
service
type,
there
two.
affected
by
multiple
forces,
such
as
economic,
industrial,
resource
attraction,
guarantee
some
distinguish
driving
strengths
both
single
interaction
factors.
main
contribution
this
article
reveal
tourism,
explore
affecting
them,
make
relevant
policy
recommendations.
Sustainability,
Год журнала:
2024,
Номер
16(3), С. 1002 - 1002
Опубликована: Янв. 24, 2024
With
the
growing
influences
of
anthropogenic
activities
and
climatic
change,
problem
concerning
vulnerability
Water-Energy-Food-Carbon
(WEFC)
system
in
Yellow
River
Basin
is
prominent.
Using
VSD
framework,
WEFC
evaluation
index
was
constructed
with
60
cities
as
samples,
each
city
measured
from
2010
to
2019.
Kernel
density
estimation,
Theil
index,
spatial
correlation
analysis
were
employed
investigate
spatio-temporal
evolution
characteristics.
Geodetector
utilized
analyze
driving
factors
vulnerability.
The
results
demonstrate
that:
(1)
tends
decrease,
a
pattern
“low
middle
high
on
both
sides”;
largest
upper
lower
reaches,
while
smallest
reaches.
(2)
difference
narrows
expanding
differences
among
three
major
regions
mainly
originate
within
region,
reaches
having
contribution;
featured
significant
correlation,
mostly
displaying
“high-high”
agglomeration
showing
“low-low”
one.
(3)
Factors,
including
carbon
ecological
carrying
capacity
coefficient,
water
resource
development
utilization
rate,
urbanization
influence
vulnerability;
heterogeneity
core
drivers
at
regional
scale
obvious,
being
more
strongly
influenced
by
resources
system,
are
sensitive
industrial
pollution
energy
subsystem.
explanatory
power
its
peak
interaction
increases
strength
impact
This
study
provides
decision
support
policy
suggestions
for
achieving
balanced
coordinated
utilization,
development,
food
production,
cycle
Basin.
Investigating
SDG
11
provided
valuable
insights
strategies
building
that
inclusive,
secure,
resource-efficient,
resilient
face
climate
change
disaster
risks.
