Frontiers in Sustainable Food Systems,
Год журнала:
2024,
Номер
8
Опубликована: Дек. 4, 2024
Introduction
The
rapid
advancement
of
digital
technology
has
catalyzed
the
emergence
“digital
villages,”
presenting
both
new
opportunities
and
challenges
for
transformation
agriculture.
This
become
a
core
driving
force
behind
sustainable
agricultural
development.
paper
utilizes
panel
data
from
30
provincial-level
administrative
regions
mainland
China
(excluding
Tibet)
period
2011
to
2020
explore
how
rural
development
(DRD)
impacts
green
total
factor
productivity
(AGTFP)
examines
its
underlying
mechanisms.
Methods
Regarding
variable
measurement,
study
employs
entropy
weighting
method
quantify
DRD
uses
an
extended
Data
Envelopment
Analysis-Malmquist
model
assess
AGTFP.
For
research
approach,
constructs
two-way
fixed
effects
evaluate
impact
on
AGTFP
explores
Specifically,
conducts
benchmark
regression
analysis,
endogeneity
tests,
robustness
mechanism
examinations,
heterogeneity
tests.
Results
(1)
significantly
enhances
AGTFP,
conclusion
that
remains
robust
following
province-year
clustering
standard
error
estimates,
winsorization
excluding
COVID-19-affected
years.
(2)
Mechanistic
analysis
indicates
primarily
boosts
by
promoting
inclusive
finance
(DIF)
facilitating
integration
primary,
secondary,
tertiary
industries
(IPST).
(3)
Heterogeneity
tests
show
positive
is
more
pronounced
in
with
higher
levels
informatization
central
China.
Discussion
To
harness
DRD’s
potential
effectively
fostering
development,
policymakers
should
concentrate
DIF
IPST.
Additionally,
government
pay
close
attention
disparities
resource
allocation
across
develop
targeted
strategies
accordingly.
Fundamentally,
this
aims
elucidate
China’s
efficacy
digitalization
agriculture
international
audience.
It
seeks
provide
insights
guidance
formulating
scientific,
efficient,
worldwide,
thereby
growth
supporting
revitalization.
Sustainability,
Год журнала:
2024,
Номер
16(11), С. 4431 - 4431
Опубликована: Май 23, 2024
Governments
globally
aim
to
boost
productivity
and
enhance
farmers’
livelihoods,
addressing
challenges
like
climate
change,
food
security,
labor
shortages
through
digital
technologies.
However,
adoption
rates
in
developing
countries
remain
low
due
uncertainties
regarding
expected
returns
obstacles
stemming
from
subjective
objective
factors
among
farmers.
This
study
takes
China
as
a
case
examine
the
internal
external
influencing
growers’
intensity
of
technology
its
impact
on
enhancing
economic
benefits,
aiming
provide
valuable
insights
for
promotion
other
regions.
employs
mixed-methods
approach,
integrating
qualitative
quantitative
methodologies,
utilizing
data
Shandong
Liaoning
provinces.
The
findings
underscore
significant
role
knowledge,
compatibility,
government
support,
competitive
pressure
driving
growers,
with
male
growers
those
managing
larger
cultivation
areas
demonstrating
higher
intensity.
Digital
technologies
can
benefits
by
reducing
input
costs,
increasing
yields,
improving
quality,
30.4%
increase
each
unit
Technology
promoters
use
these
awareness,
highlight
practical
offer
agricultural
socialized
services
promote
adoption.
Journal of Agricultural Production,
Год журнала:
2024,
Номер
5(1), С. 55 - 72
Опубликована: Март 31, 2024
"Nano",
which
derives
from
the
Latin
word
nanus
and
means
dwarf,
refers
to
a
very
small
unit
of
measurement
equal
one
billionth
meter.
Nanotechnology,
deals
with
manipulation
matter
at
atomic
molecular
level,
has
an
application
area
in
animal
husbandry
as
well
many
fields.
Nano-sized
feed
additives,
have
come
forefront
livestock
sector
recent
years,
become
innovative
used
increase
nutritional
value
feeds
optimize
health
performance.
Since
these
additives
are
nano-sized
particles
increased
specific
surface
area,
they
can
positive
effect
on
number
factors
such
digestibility,
nutrient
absorption,
immune
system,
growth
development.
Minerals
form
nanoparticles
bioavailability
by
passing
through
intestinal
wall
body
cells
faster
compared
larger
particles.
The
nano
level
substance
not
only
increases
productivity
animals,
but
also
brings
potential
improve
functionality
molecules.
Nano
digestion
absorption
feed,
allowing
animals
benefit
more
effectively.
However,
there
several
challenges
associated
this
approach.
These
include
for
endotoxin
production,
reduced
due
interaction
natural
nutrients,
possibility
nanoparticle
accumulation
body,
risks,
ethical
considerations,
environmental
concerns
some
negative
effects
interference
nutrients
that
be
avoided
encapsulation.
This
article
discusses
studies
offer
benefits
nutrition.
AgriEngineering,
Год журнала:
2024,
Номер
6(1), С. 657 - 677
Опубликована: Март 5, 2024
Within
the
transition
from
precision
agriculture
(task-specific
approach)
to
smart
farming
(system-specific
there
is
a
need
build
and
evaluate
robotic
systems
that
are
part
of
an
overall
integrated
system
under
continuous
two-way
connection
interaction.
This
paper
presented
initial
step
in
creating
for
agri-robotics,
enabling
communication
between
unmanned
ground
vehicle
(UGV)
farm
management
information
(FMIS)
general
scope
implementation.
In
this
step,
primary
task
route-planning
agricultural
vehicles,
as
prerequisite
execution
any
field
operation,
was
selected
use-case
building
evaluating
integration.
The
developed
involves
advanced
algorithms
within
cloud-based
FMIS,
comprehensive
algorithmic
package
compatible
with
vehicles
utilizing
Robot
Operating
System
(ROS),
communicational
computational
unit
(CCU)
interconnecting
FMIS
algorithms,
corresponding
user
interface,
vehicles.
Its
analytical
module
provides
valuable
about
UGVs’
performance
metrics,
specifically
indicators
working
distance,
non-working
overlapped
area,
field-traversing
efficiency.
demonstrated
via
implementation
two
route-execution
tasks
various
operational
configurations,
features,
cropping
(open
field,
row
crops,
orchards).
case
studies
showed
variability
traversal
efficiency
be
79.2%
93%,
while,
when
implementing
optimal
functionality
system,
improvement
up
9.5%
results
indicate
can
obtain
better
control
over
operations
by
making
alterations
ensure
optimum
performance,
have
complete
supervision
operation.
