Brazilian Journal of Biology,
Год журнала:
2025,
Номер
85
Опубликована: Янв. 1, 2025
Abstract
The
Asian
citrus
psyllid,
Diaphorina
citri,
is
a
pest
of
great
relevance
to
the
industry,
acting
as
vector
for
bacterium
Candidatus
Liberibacter
asiaticus
(CLas),
responsible
disease
known
Huanglongbing
(HLB)
or
greening.
distribution
D.
citri
covers
tropical
and
subtropical
regions,
representing
significant
threat
global
production
causing
economic
losses.
Transmission
CLas
occurs
when
psyllid
feeds
on
phloem
plants,
spreading
severely.
Therefore,
management
essential
health
groves,
understanding
its
habitat
dispersal
patterns
crucial
adequate
control.
Internet
Things
(IoT)
technology
promising
tool
in
agriculture,
enabling
real-time
monitoring
control
systems
that
increase
efficiency
sustainability
agricultural
practices.
integration
IoT
facilitates
early
detection
continuous
their
populations,
improving
response
outbreaks
optimizing
use
insecticides.
Systems
based
AIoT
(Artificial
Intelligence
Things)
computer
vision
have
demonstrated
high
accuracy
identifying
occurring
pests,
allowing
fast
efficient
management.
These
technological
advances,
combined
with
biological
strategies
traditional
methods
such
insecticides
physical
traps,
create
multifaceted
approach
Integrating
data
from
satellite
images,
field
sensors,
machine
learning
algorithms
makes
developing
more
comprehensive
predictive
conditions
possible.
This
helps
mitigate
impacts
HLB
promotes
innovative,
resilient
farming
Smart
supported
by
technologies,
offers
path
meet
challenges
modern
production,
combining
monitoring,
innovative
strategies,
analytics
sustainable
system,
future
challenges.
Agriculture,
Год журнала:
2025,
Номер
15(2), С. 210 - 210
Опубликована: Янв. 18, 2025
The
study
aims
to
assess
the
performance
of
European
sustainable
agriculture
through
a
new
model
agricultural
sustainability,
addressing
significant
gap
identified
in
literature:
lack
systematic
framework
integrating
economic,
environmental,
and
resource
efficiency
dimensions
use
context
EU
Common
Agricultural
Policy
Green
Deal.
research
develops
four
synthetic
indicators:
ISPAS
(Index
Sustainable
Productivity),
IREA
Reduced
Emissions
from
Agriculture),
ISAC
Combined
Sustainability),
IESA
Land
Area
Efficiency),
each
reflecting
complementary
aspects
performance.
methodology
is
based
on
an
econometric
linear
dynamic
Arellano–Bond
model,
which
allows
analysis
temporal
relationships
between
indicators
sustainability
performance,
capturing
inertia
effects
structural
dynamics
sector.
modeling
provides
robust
approach
capture
interdependencies
emission
reductions,
mainstreaming,
land
efficiency.
results
indicate
superior
quality
measurement
by
applying
this
integrated
framework,
highlighting
integration
economic
environmental
dimensions,
optimization
use.
also
valuable
policy
implications,
suggesting
concrete
directions
for
adapting
policies
particularities
Member
States.
By
methodological
innovative
indicators,
contributes
thorough
understanding
practical
tool
underpinning
Union.
Information,
Год журнала:
2025,
Номер
16(2), С. 100 - 100
Опубликована: Фев. 2, 2025
The
integration
of
cutting-edge
technologies—such
as
the
Internet
Things
(IoT),
artificial
intelligence
(AI),
machine
learning
(ML),
and
various
emerging
technologies—is
revolutionizing
agricultural
practices,
enhancing
productivity,
sustainability,
efficiency.
objective
this
study
is
to
review
literature
regarding
development
evolution
AI
well
other
technologies
in
fields
Agriculture
they
are
developed
transformed
by
integrating
above
technologies.
areas
examined
open
field
smart
farming,
vertical
indoor
zero
waste
agriculture,
precision
livestock
greenhouses,
regenerative
agriculture.
This
paper
links
current
research,
technological
innovations,
case
studies
present
a
comprehensive
these
being
context
for
benefit
farmers
consumers
general.
By
exploring
practical
applications
future
perspectives,
work
aims
provide
valuable
insights
address
global
food
security
challenges,
minimize
environmental
impacts,
support
sustainable
goals
through
application
new
Agronomy,
Год журнала:
2024,
Номер
14(9), С. 1975 - 1975
Опубликована: Сен. 1, 2024
Due
to
current
global
population
growth,
resource
shortages,
and
climate
change,
traditional
agricultural
models
face
major
challenges.
Precision
agriculture
(PA),
as
a
way
realize
the
accurate
management
decision
support
of
production
processes
using
modern
information
technology,
is
becoming
an
effective
method
solving
these
In
particular,
combination
remote
sensing
technology
machine
learning
algorithms
brings
new
possibilities
for
PA.
However,
there
are
relatively
few
comprehensive
systematic
reviews
on
integrated
application
two
technologies.
For
this
reason,
study
conducts
literature
search
Web
Science,
Scopus,
Google
Scholar,
PubMed
databases
analyzes
in
PA
over
last
10
years.
The
found
that:
(1)
because
their
varied
characteristics,
different
types
data
exhibit
significant
differences
meeting
needs
PA,
which
hyperspectral
most
widely
used
method,
accounting
more
than
30%
results.
UAV
offers
greatest
potential,
about
24%
data,
showing
upward
trend.
(2)
Machine
displays
obvious
advantages
promoting
development
vector
algorithm
20%,
followed
by
random
forest
algorithm,
18%
methods
used.
addition,
also
discusses
main
challenges
faced
currently,
such
difficult
problems
regarding
acquisition
processing
high-quality
model
interpretation,
generalization
ability,
considers
future
trends,
intelligence
automation,
strengthening
international
cooperation
sharing,
sustainable
transformation
achievements.
summary,
can
provide
ideas
references
combined
with
promote
IGI Global eBooks,
Год журнала:
2025,
Номер
unknown, С. 349 - 376
Опубликована: Март 14, 2025
Edible
mushrooms
are
termed
as
superfoods
owing
to
their
exceptional
nutritional
profile.
This
chapter
highlights
the
dietary
benefits
of
edible
derived
from
high
content
protein,
fiber,
complex
carbohydrates,
vitamins,
minerals,
and
antioxidants.
It
details
health
bioactive
compounds
in
mushrooms,
which
include
immune
modulation,
roles
chronic
disease
management,
reducing
inflammation.
In
addition,
this
explores
various
ways
might
be
exploited
food
processing
because
culinary
versatility
functional
properties.
Focus
is
laid
on
environmentally
sustainable
aspects
mushroom
farming,
requires
little
water
land
resources
promotes
waste
recycling.
discusses
challenges
associated
with
cultivation
future
research
trends
improve
enhancement.
Overall,
provides
a
comprehensive
overview
highlighting
benefits,
ecofriendly
nature,
directions
field.
Horticulturae,
Год журнала:
2024,
Номер
10(9), С. 951 - 951
Опубликована: Сен. 6, 2024
Water
is
crucial
for
enduring
horticultural
productivity,
but
high
water-use
requirements
and
declining
water
supplies
with
the
changing
climate
challenge
economic
viability,
environmental
sustainability,
social
justice.
While
scholarly
literature
pertaining
to
management
in
horticulture
abounds,
knowledge
of
practices
technologies
that
optimize
use
scarce.
Here,
we
review
scientific
relating
crops,
impacts
on
resources,
opportunities
improving
water-
transpiration-use
efficiency.
We
find
crops
vary
widely,
depending
crop
type,
development
stage,
agroecological
region,
investigations
hitherto
have
primarily
been
superficial.
Expansion
sector
has
depleted
polluted
resources
via
overextraction
agrochemical
contamination,
extent
significance
such
issues
are
not
well
quantified.
contend
innovative
irrigation
can
improve
tactical
mitigate
impacts.
Nature-based
solutions
horticulture—mulching,
organic
amendments,
hydrogels,
like—alleviate
needs,
information
their
effectiveness
across
production
systems
regions
limited.
Novel
recycled
sources
(e.g.,
treated
wastewater,
desalination)
would
seem
promising
avenues
reducing
dependence
natural
detrimental
human
health
trade-offs
if
managed.
Irrigation
including
partial
root-zone
drying
regulated
deficit
evoke
remarkable
improvements
efficiency,
require
significant
experience
efficient
implementation.
More
advanced
applications,
IoT
AI
sensors,
big
data,
data
analytics,
digital
twins),
demonstrable
potential
supporting
smart
(focused
scheduling)
precision
(improving
spatial
distribution).
adoption
sustainability
increasing,
application
within
industry
as
a
whole
remains
its
infancy.
Further
research,
development,
extension
called
enable
successful
adaptation
change,
sustainably
intensify
food
security,
align
other
Sustainable
Development
Goals.
