Sustainability,
Год журнала:
2023,
Номер
15(8), С. 6995 - 6995
Опубликована: Апрель 21, 2023
The
coordinated
development
of
resource–environment–economy
is
the
strategic
choice
to
realize
sustainable
development.
To
explore
historical
pattern
resource–environment–economy,
showing
logic
spatiotemporal
evolution
system
in
China,
this
paper
conducts
a
measurement
study.
Based
on
actual
data
30
provinces
China
from
2005
2019,
constructs
an
evaluation
index
for
and
establishes
coupling
coordination
degree
(CCD)
model
spatial
autocorrelation
analysis
model.
results
show
that
mean
value
coupled
three
systems
(resource–environment–economy)
gradually
increased
stage
near
dissonance
(0.479)
good
(0.853)
2019.
global
Moran’s
I
was
0.349,
indicating
there
certain
aggregation
at
province
level.
Coastal
areas
have
higher
degree,
while
inland
lower
degree.
In
correlation
analysis,
significantly
positively
correlated.
Low–low
clusters
are
found
mainly
Northwest
(e.g.,
Xinjiang,
Qinghai).
Furthermore,
findings
provide
some
targeted
international
recommendations.
Relevant
policies
should
encourage
promote
green
transformation
industrial
structure.
Frontiers in Environmental Science,
Год журнала:
2023,
Номер
11
Опубликована: Май 9, 2023
The
effective
use
of
agricultural
digital
services
can
promote
the
transformation
production
methods
and
actively
development
economy.
However,
in
process
operation,
farmers
are
difficult
to
still
at
a
disadvantage
information.
rapid
promotion
provide
opportunities
for
cross
“digital
divide”
obtain
“data
dividend.”
Based
on
extended
technology
acceptance
model,
this
paper
uses
partial
least
squares
structural
equation
model
empirically
analyze
key
influencing
factors
farmers’
service
behavior.
research
shows
that
behavior
is
mainly
affected
by
two
factors:
adoption
intention
facility
conditions.
Among
them,
has
more
significant
impact
At
same
time,
performance
expectation,
social
influence
data
quality,
which
an
important
pre-factor
affecting
Sustainability,
Год журнала:
2023,
Номер
15(8), С. 6995 - 6995
Опубликована: Апрель 21, 2023
The
coordinated
development
of
resource–environment–economy
is
the
strategic
choice
to
realize
sustainable
development.
To
explore
historical
pattern
resource–environment–economy,
showing
logic
spatiotemporal
evolution
system
in
China,
this
paper
conducts
a
measurement
study.
Based
on
actual
data
30
provinces
China
from
2005
2019,
constructs
an
evaluation
index
for
and
establishes
coupling
coordination
degree
(CCD)
model
spatial
autocorrelation
analysis
model.
results
show
that
mean
value
coupled
three
systems
(resource–environment–economy)
gradually
increased
stage
near
dissonance
(0.479)
good
(0.853)
2019.
global
Moran’s
I
was
0.349,
indicating
there
certain
aggregation
at
province
level.
Coastal
areas
have
higher
degree,
while
inland
lower
degree.
In
correlation
analysis,
significantly
positively
correlated.
Low–low
clusters
are
found
mainly
Northwest
(e.g.,
Xinjiang,
Qinghai).
Furthermore,
findings
provide
some
targeted
international
recommendations.
Relevant
policies
should
encourage
promote
green
transformation
industrial
structure.
