International Journal of Design & Nature and Ecodynamics,
Год журнала:
2024,
Номер
19(2), С. 371 - 378
Опубликована: Апрель 25, 2024
Barley
is
one
of
the
most
important
grain
crops
grown
in
all
agricultural
regions
world.It
unique
its
chemical
composition
and
health
benefits.In
Kazakhstan,
largest
country
Central
Asia,
barley
second
commodity
after
wheat.The
main
goal
project
was
a
comparative
study
effect
four
local
biofertilizers
form
consortia
indigenous
soil
microorganisms
with
PGPR
PGPF
properties
on
yield
spring
variety
"Tselinny
2005"
conditions
Kazakhstan
semi-arid
steppe
zone.Employing
systematic
field
trial
design,
each
biofertilizer's
impact
assessed
through
application
rates
methods,
comparing
against
control
plots
without
biofertilizer
treatment.Grain
meticulously
measured
post-harvest,
accounting
for
variations
environmental
conditions,
to
ascertain
biofertilizers'
contributions
crop
productivity.Based
results
obtained,
recommend
effective
producers.Laboratory
tests
germination
energy,
seeds
inoculated
biofertilizers,
post-embryonic
development
roots
shoots
showed
colonization
potential
at
least
three
tested
biofertilizers.Single-factor
experiments
over
two
years
that
significant
benefits
employing
B1
B4,
which
not
only
promote
50%
increase
but
also
present
sustainable
environmentally
beneficial
alternative
synthetic
fertilizers,
pesticides,
fungicides
areas
subject
abiotic
biotic
stress.Utilizing
these
could
reduce
impact,
lower
production
costs,
offering
holistic
approach
enhancing
productivity
regions.
bioRxiv (Cold Spring Harbor Laboratory),
Год журнала:
2024,
Номер
unknown
Опубликована: Янв. 31, 2024
Across
diverse
ecosystems,
bacteria
and
their
host
organisms
engage
in
complex
relationships
having
negative,
neutral,
or
positive
interactions.
However,
the
specific
effects
of
leaf-associated
bacterial
community
functions
on
plant
growth
are
poorly
understood.
To
address
this
gap,
we
explored
between
function
purple
pitcher
(Sarracenia
purpurea).
The
main
aim
our
research
was
to
investigate
how
different
affect
nutrient
content
plant.
Previous
had
suggested
that
microbial
communities
may
aid
prey
decomposition
subsequent
acquisition
carnivorous
plants,
including
S.
purpurea.
functional
roles
these
uptake
not
well
known.
In
study,
sterile,
freshly
opened
leaves
(pitchers)
were
inoculated
with
three
functionally
distinct,
pre-assembled
examined
over
8
weeks.
Bacterial
composition
measured
using
physiological
assays,
metagenomics,
metatranscriptomics.
Distinct
affected
traits;
a
enriched
secondary
metabolite
production
traits
associated
larger
almost
double
biomass
control
pitchers.
Physiological
differences
supported
by
metatranscriptomic
analysis;
for
example,
highest
chitinase
activity
greater
expression
transcripts
enzymes.
relationship
observed
here
indicates
potential
mechanisms
host-associated
support
health
growth.
Canadian Journal of Plant Pathology,
Год журнала:
2023,
Номер
45(3), С. 330 - 339
Опубликована: Фев. 27, 2023
Numerous
plant-beneficial
Pseudomonas
strains
have
been
isolated
and
characterized
for
their
ability
to
control
plant
pathogens
the
diseases
they
cause
under
controlled
conditions.
Only
a
few
have,
however,
demonstrated
consistent
field
efficacy.
Better
exploitation
of
genomic
information
consideration
ecological
competence
interest
could
help
overcome
this
major
inconsistency.
In
minireview,
we
will
discuss
these
two
important
aspects
that
consider
crucial
in
development
effective
biocontrol
inoculants.
We
first
explore
how
increasing
availability
data
can
empower
researchers
who
study
Pseudomonas-mediated
better
understand
mechanisms
at
play.
then
key
roles
played
by
successful
Pseudomonas-based
inoculants
select
ecologically
competent
strains.
A
understanding
factors
accelerate
prevent
wasting
precious
time
resources
performing
experiments
with
little
chance
succeed.
Plant Science,
Год журнала:
2023,
Номер
338, С. 111898 - 111898
Опубликована: Окт. 24, 2023
Phyllosphere
microorganisms
have
recently
attracted
the
attention
of
scientists
studying
plant
microbiomes.
The
origin,
diversity,
functions,
and
interactions
phyllosphere
been
extensively
explored.
Many
experiments
demonstrated
seasonal
cycles
microbes.
However,
a
comprehensive
comparison
these
separate
investigations
to
characterize
trends
in
microbes
woody
herbaceous
plants
has
not
conducted.
In
this
review,
we
explored
dynamic
changes
non-woody
with
passage
season,
sought
find
driving
factors,
summarized
texts,
thought
about
future
research
regarding
application
agricultural
production.
Seasonal
similarities
differences,
but
extensive
experimental
validation
is
needed.
Climate,
insects,
hosts,
microbial
interactions,
anthropogenic
activities
are
diverse
factors
that
influence
variation
microorganisms.
International Journal of Design & Nature and Ecodynamics,
Год журнала:
2024,
Номер
19(2), С. 371 - 378
Опубликована: Апрель 25, 2024
Barley
is
one
of
the
most
important
grain
crops
grown
in
all
agricultural
regions
world.It
unique
its
chemical
composition
and
health
benefits.In
Kazakhstan,
largest
country
Central
Asia,
barley
second
commodity
after
wheat.The
main
goal
project
was
a
comparative
study
effect
four
local
biofertilizers
form
consortia
indigenous
soil
microorganisms
with
PGPR
PGPF
properties
on
yield
spring
variety
"Tselinny
2005"
conditions
Kazakhstan
semi-arid
steppe
zone.Employing
systematic
field
trial
design,
each
biofertilizer's
impact
assessed
through
application
rates
methods,
comparing
against
control
plots
without
biofertilizer
treatment.Grain
meticulously
measured
post-harvest,
accounting
for
variations
environmental
conditions,
to
ascertain
biofertilizers'
contributions
crop
productivity.Based
results
obtained,
recommend
effective
producers.Laboratory
tests
germination
energy,
seeds
inoculated
biofertilizers,
post-embryonic
development
roots
shoots
showed
colonization
potential
at
least
three
tested
biofertilizers.Single-factor
experiments
over
two
years
that
significant
benefits
employing
B1
B4,
which
not
only
promote
50%
increase
but
also
present
sustainable
environmentally
beneficial
alternative
synthetic
fertilizers,
pesticides,
fungicides
areas
subject
abiotic
biotic
stress.Utilizing
these
could
reduce
impact,
lower
production
costs,
offering
holistic
approach
enhancing
productivity
regions.