Notulae Botanicae Horti Agrobotanici Cluj-Napoca,
Journal Year:
2023,
Volume and Issue:
51(4), P. 13422 - 13422
Published: Dec. 11, 2023
Nano-fertilizers
protect
the
soil
from
excessive
addition
of
traditional
fertilizers,
enhancing
efficiency
elements
and
diminishing
number
additive
fertilizers.
The
effect
Fe2O3NPs-Boron
(Fe2O3NPs-B),
Fe2O3
NP-Humic
Acid
(Fe2O3NPs-HA)
at
100,
150
250
ppm,
Fe2O3,
control
(without
any
iron
fertilizers)
on
vegetative
growth,
flowering,
photosynthetic
pigments,
nutrient
element
content
isozymes
activity
(peroxidase,
superoxide
dismutase
polyphenol
oxide)
Gardenia
jasminoides
plants
was
investigated.
Gamma-rays
25
kGy
were
conducted
for
promising
synthesis
Fe2O3NPs-B,
Fe2O3NPs-HA.
experiment
carried
out
under
greenhouse
conditions
during
two
successive
seasons.
results
stated
that
Fe2O3NPs-B
Fe2O3NPs-HA
highest
concentration
(250
ppm)
had
a
significant
positive
in
all
characteristics,
activity.
showed
optimal
result
morphological
biochemical
characteristics.
enzymes
appeared
treated
with
NPs-B
followed
by
NPs-HA
ppm.
advantage
nano-fertilizer
usage
may
be
summarized
as
saving
unreasonable
accumulation
classic
improving
use
parts
reducing
different
fertilizers
consequence
their
increased
surface
area
nano-size.
Journal of Global Innovations in Agricultural and Social Sciences,
Journal Year:
2014,
Volume and Issue:
2(3)
Published: Sept. 1, 2014
countries,
causing
devastating
impacts
on
timber
trees
in
the
forest
(Suga
and
Hyakumachi,
2004).Fusarium
species
are
associated
swith
production
of
different
kinds
secondary
metabolites,
such
as
gibberellin
zearalenone,
which
most
significant
plant
growth
regulators
also
used
to
accelerate
animals
(Nesic
Nesic,
2013;Qiu
et
al.,
2020).Trichothecenes
fumonisins
produced
by
these
pathogenic
humans
can
cause
mycotoxicosis
when
they
fed
contaminated
food
(Hao
2022;
Li
2020).Fusarium
spp.can
survive
dead
decaying
material,
sustain
itself
soil
for
up
16
years
absence
a
host,
acts
an
important
biodegrading
agent
(Early
2009).
Notulae Botanicae Horti Agrobotanici Cluj-Napoca,
Journal Year:
2023,
Volume and Issue:
51(4), P. 13422 - 13422
Published: Dec. 11, 2023
Nano-fertilizers
protect
the
soil
from
excessive
addition
of
traditional
fertilizers,
enhancing
efficiency
elements
and
diminishing
number
additive
fertilizers.
The
effect
Fe2O3NPs-Boron
(Fe2O3NPs-B),
Fe2O3
NP-Humic
Acid
(Fe2O3NPs-HA)
at
100,
150
250
ppm,
Fe2O3,
control
(without
any
iron
fertilizers)
on
vegetative
growth,
flowering,
photosynthetic
pigments,
nutrient
element
content
isozymes
activity
(peroxidase,
superoxide
dismutase
polyphenol
oxide)
Gardenia
jasminoides
plants
was
investigated.
Gamma-rays
25
kGy
were
conducted
for
promising
synthesis
Fe2O3NPs-B,
Fe2O3NPs-HA.
experiment
carried
out
under
greenhouse
conditions
during
two
successive
seasons.
results
stated
that
Fe2O3NPs-B
Fe2O3NPs-HA
highest
concentration
(250
ppm)
had
a
significant
positive
in
all
characteristics,
activity.
showed
optimal
result
morphological
biochemical
characteristics.
enzymes
appeared
treated
with
NPs-B
followed
by
NPs-HA
ppm.
advantage
nano-fertilizer
usage
may
be
summarized
as
saving
unreasonable
accumulation
classic
improving
use
parts
reducing
different
fertilizers
consequence
their
increased
surface
area
nano-size.
