Frontiers in Sustainable Food Systems,
Journal Year:
2024,
Volume and Issue:
8
Published: Oct. 30, 2024
The
issue
of
soil
salinization
poses
a
significant
barrier
to
sustainable
agricultural
development,
particularly
in
arid
and
semi-arid
regions.
Finding
methods
enhance
the
quality
salinized
soils
while
conserving
water
resources
has
become
pressing
challenge.
In
environments,
maintaining
health
is
critical
This
study,
conducted
from
2021
2023,
aimed
explore
combined
effects
irrigation
biochar
application
on
physicochemical
properties,
such
as
bulk
density,
porosity,
pH,
well
Weighted
Plane
Soil
Water
Storage
(
WPSWS
),
temperature,
evaporation.
experimental
design
included
four
levels,
based
actual
crop
evapotranspiration
ETc
):
I1
(0.6
I2
(0.8
I3
(1.0
I4
(1.2
coupled
with
amounts
AOBA
)
0,
10,
20,
30
t
ha
−1
,
designated
C0,
C10,
C20,
C30,
respectively.
Through
binary
quadratic
regression
analysis,
we
sought
identify
optimal
combination
amount
for
enhancing
quality.
results
revealed
that
increased
10
density
decreased
by
1.31–8.58%
pH
0.23–1.31%.
However,
higher
levels
adversely
affected
C10
treatment
showing
maximum
improvement
registering
an
average
increase
6.77,
7.49,
11.16%
compared
C30
treatments,
We
observed
significantly
elevated
accumulated
evaporation
ASE
but
led
reduction
temperature
AST
).
most
notable
improvements
were
recorded
when
between
340
380
mm
ranged
25
.
study
provides
insights
into
effective
optimizing
resilience,
thereby
offering
approach
management
water-limited
environments.
Encyclopedia,
Journal Year:
2025,
Volume and Issue:
5(1), P. 7 - 7
Published: Jan. 10, 2025
This
study
dives
into
the
essential
issue
of
sustainable
water
management
techniques
in
East
Africa.
Recognizing
as
a
key
component
agricultural
development,
highlights
importance
complete
approach
that
takes
account
technological,
socio-economic,
and
environmental
issues.
A
detailed,
comprehensive
review
109
scientific
research
articles
published
between
1993
2024
was
conducted
to
acquire
thorough
grasp
current
resource
in-depth
investigation
sought
uncover
major
regional
trends,
challenges,
opportunities
management.
Furthermore,
evaluation
aimed
identify
specific
knowledge
gaps
impeding
region’s
implementation
techniques.
As
Africa
faces
rising
problems
from
climatic
variability
change,
which
have
direct
impact
on
availability
output,
need
for
policies
becomes
clear.
The
reveals
significant
previous
research,
including
lack
focus
socio-economic
consequences
methods,
gender
dynamics,
long-term
assessments,
indigenous
integration,
climate
change
adaptation.
By
highlighting
these
areas,
emphasizes
necessity
future
addressing
developing
more
effective
solutions
Frontiers in Sustainable Food Systems,
Journal Year:
2024,
Volume and Issue:
8
Published: Nov. 21, 2024
Agroecology
has
emerged
as
a
fundamental
paradigm
for
developing
innovative
solutions
to
major
global
concerns
such
food
security,
biodiversity
loss,
and
climate
change.
The
core
subject
of
conservation
emphasizes
agroecology’s
role
in
the
preservation
native
species,
pollinators,
beneficial
creatures
through
practices
agroforestry,
cover
crops,
decreased
chemical
inputs.
Agroecological
principles
polyculture,
crop
diversity,
integrated
pest
control
help
improve
security
by
increasing
stability
nutrition.
encourages
carbon
sequestration,
soil
health,
greenhouse
gas
reductions,
resulting
climate-resilient
farming
systems.
literature
review
revealed
that
no
article
thoroughly
discusses
all
critical
hitting
challenges,
change,
single
study
can
be
addressed
using
agroecological
principles.
This
attempts
make
connection
between
numerous
challenges
may
solved
techniques
order
facilitate
sustainable
growth
while
protecting
environment.
examines
benefits
incorporating
methodologies
into
agriculture,
with
an
emphasis
on
agroecosystem
resilience,
improving
socioeconomic
circumstances
smallholder
farmers,
rural
livelihoods,
local
communities,
contributing
change
mitigation.
It
provides
complete
concepts
their
advantages,
making
it
excellent
guide
policymakers,
academics,
practitioners
who
is
working
build
resilient
system.
emerges
light
hope,
boosting
agricultural
output
also
environment,
ultimate
goal
achieving
harmonious
cohabitation
mankind
natural
world.
Frontiers in Climate,
Journal Year:
2024,
Volume and Issue:
6
Published: March 21, 2024
Introduction
Land
degradation
is
a
significant
environmental
challenge
across
sub-Saharan
Africa.
In
recent
decades,
efforts
have
been
undertaken,
with
varying
successes,
to
rehabilitate
degraded
rural
landscapes.
However,
there
needs
be
more
evidence
on
the
outcomes
regarding
enhanced
productivity,
management,
and
socio-economic
benefits.
Methods
This
study
uses
case
approach,
using
contrasting
sites
from
Ethiopia
Mali
appraise
restoration
innovations
implemented
through
various
programs.
Two
distinct
were
chosen
each
of
cases,
an
extensive
literature
search
was
conducted
document
evidence,
focusing
sustainability
gains
derived
integrated
landscape
management
(ILM).
For
this,
sustainable
intensification
assessment
framework
(SIAF)
used,
encompassing
five
domains,
namely
economic,
environmental,
social,
human
condition,
featuring
scales
plot
landscape,
all
facilitated
by
simplified
yet
robust
indicators
such
as
yield,
soil
loss,
net
income,
land
access,
food
availability.
Results
highlighted
higher
productivity
gain
(35%
55%)
improved
benefit
(>20%).
The
ILM
in
Ethiopian
highlands
enabled
improvement
wheat
barley
yield
(
p
<
0.01).
Introducing
new
crop
varieties
in-situ
ex-situ
practices
diversifying
crops
significantly
reduced
runoff
loss
0.05).
By
increasing
cultivable
44%,
household
income
increased
selling
potatoes
agroforestry
products.
Mali,
4.97t/ha
12.1t/ha.
addition
improvements
sorghum
maize
(33%
63%,
respectively),
rehabilitating
once
marginal
abandoned
landless
female-headed
households
work
together,
improving
social
cohesion
among
groups.
introduction
irrigation
facilities
widowed
women
increase
vegetable
consumption
55%
their
24%.
Discussion
showed
positive
two
need
address
challenges
related
absence
timely
data
monitoring
documentation
successful
practices.
generation
evidence-based
use
advanced
geo-spatial
tools
Remote
Sensing
GPS-installed
drones
are
recommended.
BMC Plant Biology,
Journal Year:
2024,
Volume and Issue:
24(1)
Published: April 3, 2024
Abstract
Background
Onions
are
economically
and
nutritionally
important
vegetable
crops.
Despite
advances
in
technology
acreage,
Indian
onion
growers
face
challenges
realizing
their
full
productivity
potential.
This
study
examines
the
technical
efficiency
of
growers,
factors
influencing
it,
constraints
faced
by
those
adopting
drip
irrigation
Ghod
river
basin
western
Maharashtra.
A
sample
480
farmers
including
practicing
not
was
selected
from
Junnar,
Shirur,
Parner,
Shrigonda
blocks
basin.
The
primary
data
collected
through
semi-structured
interviews.
Analytical
tools
such
as
Cobb-Douglas
production
function
(represents
technological
relationship
between
multiple
inputs
resulting
output),
a
single-stage
stochastic
frontier
model,
Tobit
descriptive
statistics
were
used
to
assess
at
farm
level.
Results
According
maximum
likelihood
estimates
analysis,
adopters
exhibited
mean
92%,
while
for
non-adopters
it
65%.
It
indicates
that
use
is
associated
with
higher
efficiency.
association
socio-economic
characters
households
showed
education,
extension
contacts,
social
participation,
information
sources
had
positive
influence
on
efficiency,
family
size
negative
adopters.
For
non-drip
adopters,
significant
effects
observed
landholding,
contact,
source
use.
major
system
included
lack
knowledge
about
proper
operating
techniques
systems
cost
maintenance.
Conclusion
differences
two
methods
response
increase
yield
greater
who
than
do
not,
result
large
efficiencies.
These
inefficiencies
other
limitations
following
introduction
irrigation,
operations,
need
be
addressed
tailored
training
further
interventions.
Frontiers in Sustainable Food Systems,
Journal Year:
2025,
Volume and Issue:
8
Published: Jan. 29, 2025
Conventional
agriculture
harms
the
environment
and
threatens
sustainability.
To
address
these
issues,
sustainable
agricultural
practices
(SAPs)
have
become
imperative.
This
study
utilizes
a
meta-analysis
approach
to
comprehensively
assess
empirical
studies,
investigate
impact
of
SAPs
on
crop
productivity,
identify
influencing
factors,
examine
their
temporal
evolution.
The
findings
reveal
that
(1)
SAP
adoption
significantly
positively
influences
with
multiple
exhibiting
most
substantial
impact,
followed
by
technology.
Individuals
who
adopted
achieved
productivity
was
980
kilograms
per
hectare
higher
than
those
did
not.
(2)
Factors
such
as
age,
farm
size,
family
livestock
units,
credit
access,
off-farm
income,
market
distance,
cooperative
membership
negatively
affect
whereas
education
extension
services
positive
impact.
(3)
effects
strengthen
over
time.
strengthening
variables
time
implies
gradual
increase
in
farmer
awareness,
access
resources,
SAPs,
highlighting
evolving
role
driving
them.
Accordingly,
none
past
researchers
identified
any
patterns
productivity.
Therefore,
promoting
prioritizing
can
offer
farmers
experience
support,
thereby
enhancing
Future
initiatives
should
therefore
combine
interdisciplinary
methods,
technology,
community
involvement
for
ensuring
SAP’s
sustainability
scalability.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(4), P. 1351 - 1351
Published: Feb. 7, 2025
In
recent
years,
with
increasing
global
warming,
extreme
weather
such
as
high
temperatures
and
droughts
has
occurred
more
frequently,
serious
impacts
on
grain
production
farmers’
livelihoods.
High
drought
can
lead
to
a
range
of
problems
water
shortages,
increased
irrigation
costs,
reduced
land
fertility,
reductions
in
yields.
Ultimately,
these
inhibit
willingness
grow
threaten
regional
food
security.
The
government
usually
takes
appropriate
assistance
measures
compensate
for
the
loss
farmers,
so
stimulate
incentive
grain.
Therefore,
influence
mechanism
context
is
an
issue
worth
exploring.
From
perspective
this
paper
farmers
Jiangxi
Province
affected
by
2022
research
sample
empirically
analyzes
addition,
also
discusses
heterogeneity
impact
planting
different
agricultural
income
ratios
literacy
levels.
Ordered
Logistic
model
mediation
effect
were
applied
study.
results
study
show
that
effectively
incentivize
grain,
risk
preference
mediating
process.
stronger
ratio
level
literacy.
Finally,
puts
forward
corresponding
countermeasure
suggestions
based
conclusions
help
formulate
complete
response
policies
establish
effective
prevention
mechanism.
This
provides
theoretical
reference
achieving
sustainable
development
weather,
which
helps
improve
resilience
sustainability
production.
Journal of Physics Conference Series,
Journal Year:
2025,
Volume and Issue:
2949(1), P. 012060 - 012060
Published: Feb. 1, 2025
Abstract
Agriculture
has
played
an
important
role
in
human
society
since
ancient
times,
providing
livelihoods
and
contributing
signi(icantly
to
the
economy
of
a
country.
Nowadays,
climate
change
is
increasingly
having
direct
profound
impact
on
crop
productivity.
These
changes
affect
soil
nutrients,
pests,
water
levels.
To
mitigate
these
impacts
increase
productivity,
IoT
(internet
things)
technology
been
being
utilized
transform
agricultural
cultivation
processes
not
only
improve
production
methods,
reduce
costs
but
also
ensure
traceability
enhance
environmental
sustainability.
In
this
paper,
smart
farming
diary
designed
implemented
mobile
web
applications
based
technology.
The
system
allows
farmers
record
detailed
activities,
including
information
seeds,
fertilizers,
pesticides,
weather,
other
factors
affecting
crops.
All
data
collected
from
sensors,
terminal
devices
for
statistics,
stored
as
logs,
analyzed
evaluate
effectiveness
system.
Agricultural & Rural Studies,
Journal Year:
2025,
Volume and Issue:
3(1), P. 0001 - 0001
Published: Feb. 21, 2025
Agriculture
is
pivotal
in
the
global
economy
but
challenged
by
unsustainable
practices
that
harm
environment
and
aggravate
social
inequalities,
particularly
sub-Saharan
Africa
(SSA).
Women,
making
up
half
agricultural
workforce,
often
do
not
benefit
equitably
from
their
labour
due
to
systemic
gender
inequalities.
Applying
a
Feminist
Political
Ecology
(FPE)
lens
reveals
unequal
gendered
power
dynamics
influence
access
resources,
decision-making,
distribution
of
benefits
within
value
chains.
In
narrative
literature
review,
I
integrate
FPE
principles
with
agroecological
approaches
address
gaps
understanding
food
systems
highlight
positive
outcomes
integrating
FPE,
such
as
improved
crop
diversity,
security,
economic
stability,
while
acknowledging
challenges
like
entrenched
norms,
intersecting
resistance
change.
explore
how
gender-sensitive
agroecology
can
promote
sustainable
equitable
examine
patriarchal
marginalize
women
agriculture,
restricting
resources
decision-making.
The
analysis
asserts
ongoing
debates
around
scalability
implementing
insights
existing
policy
frameworks.
Identified
include
need
for
more
longitudinal
studies
on
impacts
FPE-informed
interventions
greater
attention
women's
diverse
experiences
across
different
zones.
Overall,
this
review
contributes
academic
discourse
discussions,
seeking
advance
critical
equality
agriculture
smallholder
farming.