Applied Biosciences,
Journal Year:
2025,
Volume and Issue:
4(2), P. 22 - 22
Published: May 1, 2025
Common
beans
are
a
vital
source
of
protein,
vitamins,
and
minerals.
Increasing
common
productivity
is
crucial
for
improving
food
security
farmers’
incomes
globally.
This
study
evaluated
the
growth
yield
responses
to
integrated
organic
inorganic
fertilizers
under
field
conditions
at
Faculty
Agriculture,
Kabul
University.
The
trial
was
repeated
over
two
consecutive
growing
seasons
in
2020
2021,
using
randomized
complete
block
design
with
18
treatments
three
replications.
used
included
urea
(N)
(0,
60,
90
kg/ha),
diammonium
phosphate
(D)
50,
100
farmyard
manure
(O)
(0
5000
kg/ha).
results
show
that
fertilizers,
particularly
O5000N60D50,
O5000N60D100,
O5000N90D50,
O5000N90D100,
significantly
increased
parameters.
In
2020,
grain
(p
<
0.05)
by
75.6,
76.7,
68.4%
O5000N90D100
treatments,
respectively.
O5000N90D50
showed
significant
increases
94.7,
89.6,
97.9%,
strongly
correlated
SPAD
value
(r
=
0.84),
number
pods
per
plant
0.71),
seeds
pod
0.66)
it
more
0.91),
0.77),
0.76)
2021.
A
principal
component
analysis
highlighted
effectiveness
organic–inorganic
fertilizer
combinations,
enhancing
while
potentially
reducing
application.
demonstrates
integrating
enhances
sustainable
crop
reduces
negative
environmental
impacts,
regions
facing
nutrient
depletion
drought
conditions.
Agricultural Water Management,
Journal Year:
2023,
Volume and Issue:
289, P. 108566 - 108566
Published: Oct. 22, 2023
Water
scarcity
as
well
soil
degradation
and
environmental
problems
potentially
caused
by
excessive
application
of
chemical
fertilizers
are
major
challenges
to
agricultural
production
in
semi-arid
areas.
It
is
crucial
explore
a
suitable
eco-friendly
strategy
achieve
sustainable
maize
with
high
crop
water
productivity
nitrogen
use
efficiency.
Here,
two-year
field
experiment
three
irrigation
levels
W1
(220
mm),
W2
(140
mm)
W3
(60
five
fertilization
types
no
fertilizer
(CK),
(CF),
bio-fertilizer
combined
CF
(CFB),
organic
70%
(CFO)
CFO
(CFOB)
was
conducted
investigate
the
effect
on
dry
matter,
N
uptake
remobilization,
grain
yield,
productivity,
efficiency
economic
benefits
2021
2022.
The
results
showed
that
decreased
leaf
area
index,
photosynthetic
rate,
matter
accumulation,
maximum
accumulation
rate
actual
evapotranspiration.
Under
condition,
CFB
improved
growth
maize,
increased
8.1%
7.4%
higher
than
2022,
respectively.
deficit
(W2
W3),
CFOB
significantly
at
later
stage,
addition,
post-silking
percentage
total
content,
finally
yield
23.8%
22.8%
under
W2,
22.5%
25.7%
Irrigation
coupling
agronomy
Overall,
moderate
(W2)
exhibited
highest
benefits,
maintained
could
be
promising
approach
development
local
maize.
Agronomy,
Journal Year:
2023,
Volume and Issue:
13(3), P. 916 - 916
Published: March 19, 2023
Tomato
(Solanum
lycopersicum)
is
commonly
cultivated
in
the
greenhouse
and
open
fields.
Organic
conventional
nutrients
are
two
common
inputs
for
crops.
Since
there
different
methods
producing
tomatoes,
four
most
important
scenarios
were
selected,
focusing
on
types
of
nutrient
management
options
(organic
conventional),
cultivation
(open
field
greenhouse).
The
organic
(scenario
one:
GH-O),
two:
GH-C),
three:
OF-O),
four:
OF-C)
examined
this
research.
This
study
aims
to
investigate
environmental
effects
tomatoes
system
nutrients.
Life
cycle
assessment
(LCA)
was
used
assess
impact
scenarios.
paper
uses
midpoint
attributional
LCA
analyze
damages
during
tomato
production.
In
study,
effect
evaluated
three
categories:
human
health,
ecosystem
quality,
resources.
boundary
starts
from
cradle
ends
at
farm
gate
with
harvest
tomatoes.
One
ton
(mass
unit)
considered
functional
unit
ReCiPe
2016
model
impact.
results
research
showed
that
scenario
(GH-C)
had
highest
yield
among
other
scenarios,
one
(GH-O)
lowest
damage.
According
use
compost
open-field
not
suggested
be
a
good
option
because
its
negative
Agricultural Water Management,
Journal Year:
2023,
Volume and Issue:
290, P. 108579 - 108579
Published: Nov. 6, 2023
Unreasonable
irrigation
and
nitrogen
application
reduce
tomato
yield
waste
resources.
This
study
explored
the
effects
of
water
conservation
reduction
on
yield,
dry
matter,
quality,
productivity
use
efficiency
in
Northeast
China.
Experiments
were
conducted
during
2020
2021
at
three
levels
(85–95
%,
75–85
65–75
%
θFC)
(120,
180,
240
kg
hm−2).
The
optimal
supply
patterns
obtained
by
establishing
a
newly
evaluated
Entropy
Weight
Method−Technique
for
Order
Preference
Similarity
to
Ideal
Solution−Adversarial
Interpretive
Structure
Model
(EWM−TOPSIS−AISM).
results
showed
that
amount
significantly
affected
quality
(P
≤
0.5).
Proper
deficit
improved
quality.
Reducing
rate
but
decreased
yield.
Increasing
increased
efficiency.
Tomato
was
negatively
correlated
with
(R=
−0.25
R=
−0.37
2021)
−0.30
−0.20
2021).
evaluation
best
mode
our
experiment
θFC
180
hm−2.
could
promote
sustainable
production
greenhouse
tomatoes
Horticulturae,
Journal Year:
2023,
Volume and Issue:
9(5), P. 541 - 541
Published: April 28, 2023
Tomato
is
considered
the
most
important
vegetable
crop
worldwide.
Improving
nutritional
value
of
fruits
must
be
based
on
sustainable
production
in
terms
varieties
and
fertilization
management.
This
study
aimed
to
improve
(total
soluble
solids,
acidity,
lycopene,
β-carotene,
polyphenols,
macro
microelements)
two
tomato
(‘Cristal’
‘Siriana’)
under
three
types
(NPK
chemical
fertilizer,
chicken
manure
biological
fertilizer
with
microorganisms)
for
greenhouse.
Primary
metabolism
compounds
do
not
vary
significantly
according
type
used.
The
results
antioxidant
showed
a
better
effect
compared
control
unfertilized.
Thus,
activity
was
improved
by
28%
fertilization,
lycopene
content
36%
β-carotene
96%,
respectively.
from
local
cultivar
(‘Siriana’)
are
richer
such
as
rutin,
regardless
which
denotes
good
ability
adapt
conditions.
cultivars
reacted
positively
microbiological
chemical,
thus
producing
nutritious
were
quality
microelement
contents.
