Agronomía Colombiana,
Journal Year:
2023,
Volume and Issue:
41(3), P. e112573 - e112573
Published: Dec. 31, 2023
The
objective
of
the
study
was
to
evaluate
agronomic
performance
carrot
cultivars
subjected
different
levels
water
supply.
experiment
conducted
in
a
randomized
block
design,
split-plot
scheme
with
four
replicates.
Five
irrigation
depths
were
used
plot,
one
replace
100%
crop’s
evapotranspiration
(ETc),
two
deficit
(50%
and
75%
ETc)
excess
(125%
150%
ETc).
Four
subplots:
Brasília,
Alvorada,
Esplanada,
Nantes.
Two
cultivation
cycles
carried
out,
first
lasting
121
d
second
103
after
sowing.
following
variables
evaluated:
total
fresh
mass
plant,
mass,
length,
length
aerial
part,
average
diameter,
volume,
green
shoulder,
crop
productivity,
potential
plants.
Brasília
cultivar
had
better
development
Esplanada
less
adapted
studied
environment.
All
affected
by
stress
caused
lack
water.
Carrot
must
be
out
depth
equal
for
region
conditions
similar
those
present
study.
Agriculture,
Journal Year:
2024,
Volume and Issue:
14(9), P. 1465 - 1465
Published: Aug. 28, 2024
Crop
rotation
and
diversification
(CRD)
are
crucial
strategies
in
sustainable
agriculture,
offering
multiple
benefits
to
both
farmers
the
environment.
By
alternating
crops
or
introducing
diverse
plant
species,
CRD
practices
improve
soil
fertility,
reduce
pest
populations,
enhance
nutrient
availability.
For
example,
legume-based
rotations
increase
nitrogen
levels
through
biological
fixation,
reducing
need
for
synthetic
fertilizers.
Moreover,
these
promote
more
efficient
water
use,
reliance
on
fertilizers
minimizing
risk
of
pests
diseases.
This
review
synthesizes
findings
from
recent
research
role
enhancing
agriculture
resilience,
highlighting
potential
contributions
towards
climate
change
mitigation
adaptation.
Specific
crop
systems,
such
as
cereal–legume
temperate
regions
intercropping
maize
with
beans
tropical
environments,
reviewed
provide
a
comprehensive
understanding
their
applicability
different
agroecological
contexts.
The
also
addresses
challenges
related
implementing
practices,
market
demand
knowledge
transfer,
suggests
solutions
encourage
broader
adoption.
Lastly,
environmental
benefits,
including
carbon
sequestration
reduced
greenhouse
gas
emissions,
discussed,
building
resilient
agricultural
systems.
Collectively,
this
paper
emphasizes
importance
methods
provides
key
insights
researchers
effectively
integrate
into
farming
Climate,
Journal Year:
2023,
Volume and Issue:
11(7), P. 139 - 139
Published: June 30, 2023
North
Africa
(NA)
is
supposed
to
lower
emissions
in
its
agriculture
honor
climate
action
commitments
and
impulse
sustainable
development
across
Africa.
Agriculture
has
many
assets
challenges
that
make
it
fit
use
the
tools
of
Climate-Smart
(CSA)
for
mitigation
purposes.
This
study
represents
a
first
attempt
understand
if
CSA
practices
are
sufficiently
established
NA
contribute
reducing
emissions.
A
PRISMA-inspired
systematic
review
was
carried
out
on
an
initial
147
studies
retrieved
from
Scopus,
Google
Scholar,
Web
Science
databases,
as
well
gray
literature.
11
were
included
final
analysis
since
they
report
co-benefits
CSA-based
within
NA.
bias
risk
identified
around
optimal
inclusion
produced
French,
specific
plan
set
minimization.
Synthesis
results
revealed
most
focused
either
improving
soil
quality
(nine
studies)
or
managing
enteric
fermentation
(two
studies).
The
poor
establishment
framework
region,
especially
sequestering
GHG
recommendations
been
formulated
address
gaps
research
orientations
organizational
perspectives
empower
ally
north
African
agriculture.
Agriculture,
Journal Year:
2025,
Volume and Issue:
15(5), P. 567 - 567
Published: March 6, 2025
This
review
is
motivated
by
the
urgent
need
to
improve
soil
organic
carbon
(SOC)
assessment
methods,
which
are
vital
for
enhancing
health,
addressing
climate
change,
and
promoting
farming.
By
employing
a
structured
approach
that
involves
systematic
literature
search,
data
extraction,
analysis,
86
relevant
studies
were
identified.
These
evaluated
address
following
specific
research
questions:
(a)
What
state-of-the-art
approaches
in
sampling,
modeling,
acquisition?
(b)
key
challenges,
open
issues,
potential
advancements,
future
directions
needed
enhance
effectiveness
of
farming
practices?
The
findings
indicate
while
traditional
SOC
techniques
remain
foundational,
there
significant
shift
towards
incorporating
model-based
machine
learning
models,
proximal
spectroscopy,
remote
sensing
technologies.
emerging
primarily
serve
as
complementary
laboratory
analyses,
overall
accuracy
reliability
assessments.
Despite
these
challenges
such
spatial
temporal
variability,
high
financial
costs,
limitations
measurement
continue
hinder
progress.
also
highlights
necessity
scalable,
cost-effective,
precise
tools,
alongside
supportive
policies
incentives
encourage
farmer
adoption.
Finally,
development
“System-of-Systems”
integrates
sensing,
modeling
offers
promising
pathway
balancing
cost
accuracy,
ultimately
supporting
practices.
Open Agriculture,
Journal Year:
2025,
Volume and Issue:
10(1)
Published: Jan. 1, 2025
Abstract
The
new
world
challenges
under
climate
change
call
for
eco-friendly
practices
that
make
agriculture’s
economic
and
social
dimensions
compatible
with
environmental
preservation
ecosystem
resilience.
Carbon
farming
has
emerged
as
an
interesting
alternative
dealing
these
frameworks,
it
promotes
conservation
agriculture
increase
carbon
sequestration
in
soils
plants.
Considering
motivations,
this
research
intends
to
bring
more
insights
into
the
levels
of
soil
organic
(SOC)
Portuguese
context,
variable
is
interrelated
land
use,
attributes,
characteristics.
Statistical
information
from
INFOSOLO
legacy
database
was
analyzed
through
statistical
methodologies
machine-learning
approaches.
findings
provide
support
stakeholders
about
influence
use
types
on
SOC.
Agronomy,
Journal Year:
2024,
Volume and Issue:
14(4), P. 821 - 821
Published: April 15, 2024
With
the
increasing
concern
about
climate
change
and
its
impacts
on
agriculture,
understanding
dynamics
of
greenhouse
gas
(GHG)
emissions
in
European
Union
(EU)
agricultural
sector
is
essential
for
devising
effective
mitigation
strategies.
This
study
aims
to
assess
impact
agriculture
GHG
within
EU
examine
how
climate-smart
practices
can
affect
these
emissions.
The
research
investigates
complex
relationship
between
activities
during
period
2017–2022
using
structural
equation
modeling
based
data
from
Eurostat
Commission.
Furthermore,
examines
influence
digital
economy
labor
productivity
recognizing
pivotal
role
technologies
fostering
practices.
findings
unveil
significant
positive
influences
encompassing
economy,
productivity,
output,
emissions,
underscoring
imperative
integrating
methodologies
into
frameworks.
However,
not
as
a
result
opposing
forces.
Digital
exert
indirect
by
while
they
have
negative
improving
production
processes
through
automation
precision
agriculture.
Digitalization
potential
improve
efficiency
sustainability
sector,
contributing
food
security
environmental
protection
reducing
highlights
EU’s
achieve
objectives
reduction
enhancement
resilience
emphasizing
necessity
adopting
Journal of Agronomy and Crop Science,
Journal Year:
2024,
Volume and Issue:
210(4)
Published: July 9, 2024
ABSTRACT
This
comprehensive
review
examined
the
intricate
relationship
between
climate
change
and
rye
(
Secale
cereale
L.)
production,
focusing
on
multifaceted
challenges
opportunities
posed
by
changing
environmental
conditions.
Rye
is
a
versatile
cereal
crop
cultivated
in
temperate
regions
known
for
its
resilience
adaptability
to
adverse
growing
However,
as
global
temperatures
atmospheric
CO
2
concentrations
rise,
effects
of
growth,
yield
grain
quality
become
increasingly
apparent.
In
this
review,
we
summarised
recent
research
findings
various
aspects
production
under
change,
factors
such
temperature
(e.g.,
increasing
temperature)
resilience,
viability
face
ongoing
challenges,
altered
rainfall
patterns
(changing
distributions
with
decreasing
spring
early
summer
months
well
heavy
events),
biotic
stress,
agronomic
practices
greenhouse
gas
emissions.
Exploring
dynamic
interplay
among
soil
quality,
stressors
plant–microbe
interactions
reveals
insights
into
response
changes.
These
shape
complex
dynamics
that
influence
adaptation
evolving
Implications
food
security,
agricultural
sustainability
future
directions
are
also
discussed,
highlighting
urgent
need
adaptive
strategies
ensure
challenges.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(17), P. 7732 - 7732
Published: Sept. 5, 2024
This
study
reveals
the
possibilities
of
sustainable
usage
pellets
produced
from
waste
biomass
based
on
thermal
properties
processed
raw
materials.
For
this
study,
a
thermogravimetric
analysis
(TGA),
differential
scanning
calorimetry
(DSC),
and
(DTA)
were
performed
to
better
understand
pellets.
covered
two
types
wood
with
different
ratios
material:
kind
pellet
made
combination
sunflower
residues,
husks.
The
revealed
that
offered
best
stability
high
energy
values,
making
them
preferred
choice
for
heating
systems.
Mixed
showed
lower
capacity
combustion
efficiency,
showing
further
optimization.
Sunflower-husk
demonstrated
calorific
value,
but
their
application
was
restricted
by
significantly
higher
ash
content
worse
environmental
impact
compared
first
In
addition,
outputs
composed
reduced
mass
most
at
temperatures
in
range
310
323
°C.
comparison,
loss
husk
35.6%/°C
(at
5
°C/min
temperature
gradient)
than
about
42%/°C
10
gradient.
These
findings
highlight
importance
production
technology
achieve
sustainability
