Biuletyn Instytutu Hodowli i Aklimatyzacji Roślin,
Journal Year:
2024,
Volume and Issue:
302, P. 13 - 20
Published: Dec. 31, 2024
Grzyby
endofityczne
rodzaju
Epichloë,
tworzą
symbiotyczne
relacje
z
trawami,
a
ich
koegzystencja
może
mieć
charakter
jednocześnie
pozytywny
dla
roślin
i
negatywny
zwierząt
hodowlanych.
Alkaloidy
wytwarzane
przez
endofity,
jeśli
występują
w
wysokich
stężeniach,
mogą
być
toksyczne
zwierząt.
Jednocześnie,
obecność
endofita
zwiększyć
odporność
trawy
na
stres
biotyczny
abiotyczny,
m.in.
suszę,
żerowanie
szkodników,
porażenie
patogeny.
Artykuł
prezentuje
przybliża
wyniki
dotychczasowych
prac
prowadzonych
nad
asocjacjami
endofitów
Epichloë
trawami
kontekście
roli
ekosystemie
oraz
wpływu
roślinę
żywicielską
zwierzęta.
BIO Web of Conferences,
Journal Year:
2025,
Volume and Issue:
155, P. 01026 - 01026
Published: Jan. 1, 2025
This
study
explored
the
density
and
diversity
of
bacteria
fungi
in
three
soil
types:
Alfisol,
Entisol
Vertisol
Karanganyar,
Central
Java,
Indonesia.
The
aim
was
to
understand
effect
various
types
on
endophytic
populations.
Samples
were
collected
from
drought-tolerant
plants
each
type
analysed
by
Total
Plate
Count.
results
showed
significantly
different
at
bacteria,
with
Alfisol
having
highest
density,
followed
Vertisol.
However,
there
not
fungi.
microbial
characterization
several
genera
type.
result
has
revealed
These
provide
information
about
distribution
their
potential
use
as
biofertilizer.
highlights
need
for
further
investigation
factors
that
influence
development
soil-specific
management
strategies
optimize
activity
increase
plant
productivity.
IGI Global eBooks,
Journal Year:
2025,
Volume and Issue:
unknown, P. 97 - 130
Published: March 14, 2025
From
the
beginning
of
humankind
plants
have
been
a
great
source
food.
The
increase
in
environmental
pollution,
elevated
global
temperature
as
well
widespread
application
chemical
fertilizers
and
insecticides
caused
reduced
soil
fertility
decline
agricultural
production.
On
other
hand,
need
for
food
intensified
with
rise
population.
plant-microbe
interface
plays
vital
role
moderating
harsh
situation
improve
crop
strength.
In
last
few
years
plant-fungi
interaction
has
become
most
studied
topic
production
ecofriendly
substitutes
to
products.
Fungal
biostimulants
create
wide
range
interactions
host
plant
encourage
advancement,
develop
resilience,
recover
health
stimulate
defense
response.
Overall,
this
chapter
will
provide
extensive
outlook
on
fungal
biostimulants,
stress
tolerance,
mechanism
action
influence
organic
agriculture.
It
also
states
their
ecological
challenges
advanced
development
near
future.
IGI Global eBooks,
Journal Year:
2025,
Volume and Issue:
unknown, P. 1 - 24
Published: March 14, 2025
This
chapter
explores
the
critical
role
of
fungi
in
sustainable
agriculture
and
stress
mitigation,
emphasizing
their
contributions
to
enhancing
soil
health,
improving
crop
resilience,
facilitating
carbon
sequestration.
Fungi,
particularly
arbuscular
mycorrhizal
(AMF)
various
fungal
biopesticides,
offer
innovative
solutions
for
reducing
reliance
on
synthetic
fertilizers
pesticides.
Recent
advancements
biofertilizers
demonstrate
ability
improve
nutrient
uptake
disease
resistance,
while
potential
storage
aids
climate
change
mitigation.
Despite
promising
applications
fungi,
challenges
such
as
inconsistent
efficacy,
mass
production
limitations,
regulatory
barriers
remain.
Addressing
these
presents
opportunities
further
research,
policy
reform,
education
optimize
use
agricultural
systems.
By
harnessing
diverse
functions
we
can
create
more
resilient
practices.
