Atmosphere,
Journal Year:
2024,
Volume and Issue:
15(12), P. 1465 - 1465
Published: Dec. 8, 2024
Estimating
evapotranspiration
is
crucial
for
irrigation
and
agricultural
applications.
Although
the
FAO-56
Penman–Monteith
method
highly
accurate
under
conditions
of
abundant
data,
its
extensive
requirements
limit
practical
application.
In
Mediterranean
region,
most
empirical
formulas
used
to
estimate
are
temperature-based
require
calibration
be
effective.
The
current
study
aims
introduce
a
novel
formula
determine
reference
using
temperature,
relative
humidity,
extraterrestrial
radiation
daily
in
region
evaluate
performance.
Multi-linear
regression
was
applied
agrometeorological
data
from
California
Irrigation
Management
Information
System
(CIMIS)
develop
ETo
formula.
then
validated
252
stations
four
countries
(Greece,
Spain,
Portugal,
Cyprus)
over
growing
period
six
years
(2018–2023).
GAIA
consistently
outperformed
with
same
or
fewer
variables,
including
Berti
Ahooghalaandari,
across
all
metrics.
largest
differences
were
observed
RMSE
index
agreement.
There
strong
correlation
between
(coefficient
determination
=
0.88).
While
shows
high
coefficient
determination,
performance
somewhat
lower
than
that
Copais
Valiatzas,
particularly
terms
Pearson
determination.
A
key
difference
Valiatzas
rely
on
incoming
solar
radiation,
whereas
uses
radiation.
Relative
humidity
found
influential
variable,
accounting
71%
variance
ETo.
Effective
(ETo)
calculation
methodologies,
especially
areas
limited
can
significantly
enhance
system
efficiency
promote
sustainable
water
management.
offers
cost-effective
estimating
during
season
enhanced
accuracy,
eliminating
need
expensive
equipment.
However,
primary
limitation
it
within
specific
geographical
latitude
range.
Agriculture,
Journal Year:
2025,
Volume and Issue:
15(1), P. 94 - 94
Published: Jan. 3, 2025
The
aim
of
this
research
is
to
analyze
the
drivers
young
urban
residents’
readiness
actively
participate
in
agro
living
lab
(ALL)
projects,
contributing
sustainable
and
resilient
systems.
This
study
based
on
a
literature
review
survey
conducted
among
students
from
selected
universities
Kraków.
Using
factor
analysis
regression
trees,
profiles
individuals
most
inclined
ALL
projects
were
identified.
included
wide
range
variables,
such
as
education,
proximity
agriculture,
perception
various
sociodemographic
characteristics.
These
findings
indicate
that
engage
strongly
associated
with
respondents’
field
study,
interests,
individual
experiences.
Moreover,
participants
positive
attitudes
toward
agriculture
personal
relationships
farmers
more
likely
express
ALLs.
results
provide
new
insights
into
social
conditions
influencing
participation
offer
valuable
guidance
for
developing
strategies
promote
active
engagement
populations
food
initiatives.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(9), P. 3555 - 3555
Published: April 24, 2024
This
scoping
review
employed
the
PRISMA-ScR
framework
to
dissect
complexities
of
technological
extension
in
agriculture
within
developing
nations,
where
varying
socio-economic,
cultural,
and
environmental
facets
deeply
influence
strategies.
Our
study
aimed
identify
expand
upon
existing
knowledge
critical
factors—both
challenges
opportunities—that
affect
efficacy
agricultural
extension,
with
a
focus
on
contextual
variations.
To
achieve
this,
we
conducted
comprehensive
relevant
academic
contributions
from
2013
onwards.
included
articles,
reviews,
conference
proceedings,
book
chapters,
data
papers.
analysis
focused
scrutinizing
interaction
dynamics
between
personnel
farmers,
adaptation
technologies
local
contexts,
significance
cross-sector
collaboration.
Through
bibliometric
analysis,
provide
synthesis
32
pertinent
records.
findings
advocate
for
paradigm
shift
traditional
linear
transfer
more
encompassing
approach
that
values
bidirectional
communication,
cultural
awareness,
active
involvement
farming
communities.
We
argue
practices
are
attuned
dynamics,
promote
long-term
economic
sustainability,
informed
by
theoretical
perspectives
can
refine
design
systems
models.
posits
enhancement
sustainable
technology
adoption
lies
profound
reform
systems.
Such
should
operational
models
inclusive,
adaptive,
acutely
complex
realities
farmers
emerging
economies.
integrative,
systemic,
holistic
proposes
bolster
sustainability
rural
development.
Agricultural Systems,
Journal Year:
2024,
Volume and Issue:
218, P. 104006 - 104006
Published: May 30, 2024
Despite
accelerated
developments
in
agricultural
innovations,
there
has
been
a
limited
progress
their
adoption
by
smallholder
farmers,
especially
the
Global
South.
Innovations
are
not
adequately
reaching
and
new
technologies
often
unsuitable
for
or
overall
innovation
landscape
is
discouraging
deployment
of
innovations
at
scale.
The
methodological
approaches
to
designing,
testing
scaling
play
an
important
role.
Involving
farmers
process
from
start
increases
likelihood
them
being
more
relevant
having
higher
chance
adoption.
Whereas
much
literature
on
participatory
approaches,
guidance
choosing
appropriate
level
farmer
participation
across
process.
This
study
aims
develop
practical
researchers,
development
agents
project
managers
how
choose
approach
with
suitable
according
levels
readiness
use.
Relevant
scientific
design,
research
was
reviewed,
followed
compiling
lessons
learned
selected
vegetable
projects
implemented
World
Vegetable
Center
(WorldVeg)
Asia
Africa.
A
list
generated,
various
participation.
simple
guiding
framework
then
developed
participation,
use
innovations.
Examples
application
proposed
given
case
studies.
Based
review
experience
WorldVeg,
we
believe
it
critical
right
based
ready
local
setting.
dimension
largely
overlooked
earlier
frameworks
generally
recommends
increasing
technology
In
addition,
consultation
early
design
should
also
be
strengthened,
co-design
locally
systems'
must
considered
when
researching
guidance,
experiences
provided
this
paper
will
useful
scholars,
agents,
funders
who
aim
test
scale
inclusive
responsible
way.
Palmas,
Journal Year:
2025,
Volume and Issue:
45(3)
Published: Feb. 26, 2025
Esta
revisión
exploratoria
utilizó
el
marco
PRISMA-ScR
para
analizar
las
complejidades
de
la
extensión
tecnológica
en
agricultura
países
desarrollo,
donde
diversas
facetas
socioeconómicas,
culturales
y
ambientales
influyen
profundamente
sus
estrategias.
El
objetivo
este
estudio
es
identificar
ampliar
conocimiento
existente
los
factores
críticos,
tanto
dificultades
como
oportunidades,
que
afectan
eficacia
agrícola
con
un
enfoque
variaciones
contextuales.
Para
ello,
se
realizó
una
exhaustiva
contribuciones
académicas
relevantes
a
partir
2013.
Esto
incluyó
artículos,
reseñas,
actas
conferencias,
capítulos
libros
documentos
datos.
análisis
centró
dinámica
interacción
entre
personal
agricultores,
adaptación
tecnologías
contextos
locales
importancia
colaboración
intersectorial.
A
través
del
bibliométrico
presenta
síntesis
32
registros
pertinentes.
Los
hallazgos
proponen
cambio
paradigma
transferencia
lineal
tradicional
más
completo
valore
comunicación
bidireccional,
conciencia
cultural
participación
comunidades
agrícolas
locales.
Se
aboga
por
prácticas
estén
sintonía
ambiental,
promuevan
sostenibilidad
económica
largo
plazo
informadas
perspectivas
teóricas
puedan
refinar
diseño
sistemas
modelos
extensión.
plantea
mejora
adopción
tecnología
sostenible
pasa
profunda
reforma
Tal
debe
centrarse
operativos
inclusivos,
adaptativos
complejas
realidades
agricultores
economías
emergentes.
Este
integrador,
sistémico
holístico
propone
impulsar
desarrollo
rural.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(7), P. 3086 - 3086
Published: March 31, 2025
Social
conflict
over
rangeland-use
priorities,
especially
near
protected
areas,
has
long
pitted
environmental
and
biodiversity
conservation
interests
against
livestock
livelihoods.
Social–ecological
limits
management
adaptation
creativity
while
reinforcing
social
disciplinary
divisions.
It
can
also
reduce
rancher
access
to
land
negatively
affect
wildlife
conservation.
Communities
increasingly
expect
research
organizations
address
complex
dynamics
improve
opportunities
for
multiple
ecosystem
service
delivery
on
rangelands.
In
the
Greater
Yellowstone
Ecosystem
(GYE),
an
area
of
western
US,
long-standing
disagreements
among
actors
who
argue
use
those
prioritize
are
limiting
ranching
Researchers
at
USDA-ARS
US
Sheep
Experiment
Station
(USSES)
along
with
University
societal
partners
responding
these
challenges
using
a
collaborative
adaptive
(CAM)
methodology.
The
USSES
Rangeland
Collaboratory
is
living
laboratory
project
leveraging
resources
federal
range
sheep
ranch
operating
across
sagebrush
steppe
ecosystems
in
Clark
County,
Idaho,
montane/subalpine
landscapes
Beaverhead
Montana.
places
stakeholders,
including
ranchers,
groups,
government
managers,
decision-making
seat
participatory
case
study.
This
involves
planning
related
grazing
livestock–wildlife
decisions
two
ranch-scale
rangeland
scenarios,
one
modeled
after
traditional
operation
second,
more
intensified
no
summer
ranges.
We
discuss
extent
which
CAM
approach
creates
multi-directional
learning
participants
evaluate
trade-offs
preferred
systems
through
research.
system
where
needs
goals
various
misaligned
spatiotemporal,
disciplinary,
social–ecological
scales,
structure
methods
focus
knowledge
creation.
LUMEN ET VIRTUS,
Journal Year:
2024,
Volume and Issue:
15(38), P. 1573 - 1581
Published: July 31, 2024
A
Internet
das
Coisas
(Internet
of
Things
-
IoT)
está
revolucionando
a
agricultura
ao
conectar
sensores
e
dispositivos
que
monitoram
gerenciam
condições
de
cultivo
em
tempo
real.
Este
artigo
investiga
como
IoT
aumenta
eficiência
produtiva
sustentabilidade,
otimizando
o
uso
recursos
água
fertilizantes
promovendo
práticas
agrícolas
precisas.
Por
meio
uma
revisão
integrativa
literatura,
este
estudo
destaca
os
benefícios
proporcionados
pela
IoT,
evidenciando
melhorias
significativas
na
produtividade
agrícola,
bem
notável
redução
dos
impactos
ambientais.
Adicionalmente,
são
discutidas
as
implicações
econômicas
sociais
da
adoção
dessas
tecnologias,
ressaltando
pode
contribuir
para
sustentabilidade
longo
prazo
resiliência
frente
às
mudanças
climáticas.
Journal of Responsible Innovation,
Journal Year:
2024,
Volume and Issue:
11(1)
Published: Oct. 21, 2024
This
research
explores
the
conceptual
integration
of
Living
Labs
(LLs)
into
Regional
Innovation
Ecosystem
(RIE)
to
understand
their
potential
as
facilitators
Responsible
Innovation.
While
previous
studies
explored
role
Labs,
they
lack
comprehensive
strategies
for
addressing
wicked
problems.
A
framework
is
developed
main
role,
detailed
functions,
and
key
elements
integration.
Seven
expert
interviews
were
conducted
develop
framework,
using
Interuniversity
Microelectronics
Centre
(imec)
within
Flemish
empirical
context.
The
findings
emphasise
central
orchestrators,
enabling
user-centric
innovation,
real-world
experimentation,
stakeholder
engagement.
We
identify
four
that
facilitate
proposed
integration:
government
policy
funding,
strategic
integration,
formal
collaborations,
proof
concept.
These
have
implications
advancing
theoretical
understanding
Labs'
Ecosystem,
practitioners
who
aim
foster