Seed
priming
can
significantly
enhance
the
tolerance
of
soybean
genotypes
against
different
environmental
stresses
by
improving
seed
water
uptake
and
modulating
stress-response
mechanisms.
It
has
a
potential
strategy
for
plant
resilience
to
challenges.
In
particular,
with
Sodium
Carboxymethylcellulose
Gum
Arabic
support
seeds
withstand
extreme
moisture
conditions
better,
promoting
more
consistent
germination
robust
seedling
establishment,
which
is
crucial
achieving
stable
agricultural
yields
in
environments
prone
varying
availability
abiotically
stressed
regions.
The
preventive
bio-priming
carboxymethylcellulose
(SCMC-GA)
water-limited
stress
(S-LW)
damage
was
studied.
Pretreatment
10,
15
or
20%
SCMC-GA
S-LW
treatments
were
applied.
Bio-priming,
treatment
technique
using
bio-polymers,
shown
enhancing
establishment
under
adverse
conditions.
this
experiment,
primed
solutions,
their
characteristics
compared
non-primed
water-stress
parameters
evaluated
included
percentage,
rate,
vigor,
antioxidant
defense
results
revealed
that
improved
stress.
Primed
exhibited
higher
percentages,
faster
rates,
enhanced
vigor
seeds.
Additionally,
positively
influenced
mechanisms,
play
role
protecting
from
oxidative
caused
These
findings
highlight
specifically
SCMC-GA,
as
effective
agents
use
techniques
contribute
crop
yield
production,
particularly
regions
abiotic
stresses.
Further
research
warranted
elucidate
underlying
mechanisms
involved
process
optimize
its
application
practices.
Polymers from Renewable Resources,
Journal Year:
2024,
Volume and Issue:
15(2), P. 210 - 255
Published: Jan. 16, 2024
To
meet
global
food
demand,
reduce
waste,
and
minimise
environmental
impact,
the
agricultural
sector
must
improve
its
current
practices
on
soil
amendment,
fertiliser
encapsulation,
seed
crop
protection.
Super
absorbent
polymers
(SAPs)
are
a
class
of
polymeric
materials
that
can
absorb
retain
large
quantities
liquids/aqueous
solutions
compared
to
their
own
mass.
Typically,
SAPs
cross-linked
form
three-dimensional
hydrophilic
networks,
commonly
known
as
hydrogels.
Although
be
synthesised
from
both
synthetic
naturally
sourced
materials,
for
applications
they
generally
composed
polymers,
due
advantageous
properties.
These
include
higher
water
absorption
rate
capacity,
low
cost,
availability,
durability,
mechanical
performance.
However,
many
these
systems
utilise
polyacrylic
acid
(PAA)
polyacrylamide
(PAM)
monomers
which
may
have
toxic
effects
nervous
respiratory
humans
animals.
ensure
sustainable
maintain
healthy
long-term
output,
SAP
usage
greatly
reduced.
This
review
article
aims
investigate
alternative
natural
agriculture
critically
rationalise
adoption
into
industry.
Specific
investigated
(i)
(ii)
(iii)
coating,
(iv)
Environmental Technology & Innovation,
Journal Year:
2024,
Volume and Issue:
35, P. 103650 - 103650
Published: April 30, 2024
Innovative
solutions
that
address
global
challenges
such
as
water
scarcity
and
soil
erosion
are
critical
for
maintaining
sustainable
agriculture.
Due
to
their
water-absorbing
soil-binding
properties,
cellulose
nanofibers
(CNF)
can
be
applied
enhance
retention
aggregate
stability.
In
this
study,
we
analyzed
the
effects
of
drying
temperature,
dosage,
irrigation
quality,
type
on
efficacy
CNFs.
Our
results
revealed
CNF
dried
at
5°C
is
more
effective
absorbing
than
others,
adding
1%
enhanced
content
up
98%.
The
samples
absorbed
due
hydrophilic
molecular
groups
morphological
structure,
confirmed
by
Fourier-transform
infrared
spectroscopy
scanning
electron
microscopy.
addition
increased
volumetric
prolonged
22
days
in
paddy
samples,
highlighting
its
potential
drought-prone
areas.
Furthermore,
pH
cation
values,
influenced
interactions
between
molecules,
suggesting
adjustments
curve.
hydrated
state,
promotes
colloid
flocculation
binds
particles,
thereby
strengthening
bonds
crucial
formation
macro-aggregate
48%
59%
masa
respectively.
study
emphasizes
conservation,
health,
overall
agricultural
sustainability.
Heliyon,
Journal Year:
2025,
Volume and Issue:
11(2), P. e41896 - e41896
Published: Jan. 1, 2025
Creating
innovation
in
the
production
of
beverage
products
has
always
been
one
goals
this
industry.
This
investigation
studied
fabrication
an
instant
biopolymeric
structured
powder
to
suspend
flixweed
seeds
a
beverage.
A
mixture
carboxymethyl
cellulose
(CMC)
and
xanthan
(XG)
hydrocolloids
different
ratios
(CMC
at
0.17-0.20
XG
0-0.03)
pH
(4.0,
6.5,
9.0)
with
sucrose
sugar
were
used
create
system.
Then,
best-structured
system
neutral
was
along
sweetener
(sucrose,
stevia
xylitol).
The
suspending
environment
had
shear
thinning
behavior.
viscosity
yield
stress
samples
increased
by
increasing
concentration.
no
significant
effect
on
rheological
properties
solutions
(P
>
0.05).
However,
it
affected
formation
time
highest
percentage
stable
suspended
lowest
fractal
dimension
change
during
storage
confirmed
containing
0.17
%
CMC-0.03
stability.
sensory
results
also
that
level
appearance
attractiveness
score.
low-calorie
sweeteners
significantly
behavior
stability
suspension
(p
<
shortest
observed
presence
sucrose.
xylitol
overall
acceptance.
study
confirm
suitability
CMC-XG
be
applied
for
rapid
various
particles.
Case Studies in Construction Materials,
Journal Year:
2024,
Volume and Issue:
20, P. e03022 - e03022
Published: Feb. 29, 2024
The
physical
and
mechanical
behavior
of
experimental
mixtures
with
additions
cassava
starch,
carboxymethyl
cellulose,
hydrated
lime
in
a
clay
matrix
is
described.
added
elements
accounted
for
3%
the
weight
mixes
97%.
Mixing
water
was
incorporated
different
%
according
to
workability
molding
mixes.
Tests
indicated
influence
on
volumetric
changes,
particle
detachment,
strength
mixtures.
It
concluded
that
percentages
≥
50%
carboxymethylcellulose
favored
properties
opposite
result
obtained
addition
lime.
Mixtures
25%
starch
75%
reported
similar
no
detachment.
Scientific Reports,
Journal Year:
2025,
Volume and Issue:
15(1)
Published: Jan. 11, 2025
Improving
water
retention,
erosion
resistance
and
nutrients
in
desert
areas
is
essential
for
ecological
sustainability.
This
study
evaluated
the
effects
of
biochar,
polyethylene
oxide
(PEO),
seaweed
fertilizer
on
properties
sandy
soil,
focusing
resistance,
soil
nutrients.
The
used
was
taken
from
Tengger
Desert
Gansu,
China,
an
orthogonal
experimental
design
to
select
three
different
proportions
PEO,
fertilizer.
Compared
with
control,
applying
these
substances
decreased
bulk
density
by
5.8–9.6%,
increased
porosity
8.3–14%,
water-holding
capacity
2.2–6.7%.
rate
more
than
99%,
water-stable
aggregates
9.7–37.4%.
Soil
showed
varying
degrees
increase,
seed
germination
26.7%.
results
principal
component
analysis
that
B6P0.6S2
had
best
overall
improvement
effect.
Therefore,
a
ratio
6%
0.6%
2%
recommended
improve
soils.
Overall,
can
physical
enhance
nutrients,
create
stable
suitable
environment
plant
growth.
