Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 9, 2025
ABSTRACT
Climate
change
significantly
impacts
terrestrial
ecosystems
by
altering
soil
moisture,
temperature
regimes,
rainfall
patterns,
and
frequency
of
extreme
weather
events.
These
disruptions
lead
to
shifts
in
community
structures,
accelerates
land
degradation
processes,
which
turn
exacerbate
the
global
food
crisis.
This
review
explores
roles
earthworms
fungi
improving
health
mitigating
insecurity
through
their
contributions
nutrient
cycling,
fertility,
plant
growth.
Earthworms
recognized
as
key
biological
agents
structures
enhancement,
carbon
sequestration.
They
play
crucial
heavy
metal
remediation,
quality,
fostering
sustainable
agricultural
practices
such
organic
farming.
The
emphasizes
influence
on
dynamics,
particularly
response
residues
management,
characteristics,
field
conditions.
Earthworm
activity
positively
affects
microbial
communities,
growth,
even
under
stress
factors
like
contamination
extremes.
Review
identifies
research
gaps
understanding
earthworm
distribution,
performance,
capacity
for
remediation
varied
agro‐ecological
contexts.
In
addition
biotic
factors,
present
also
examines
alternative
habits
superfoods
strategies
address
zero
hunger,
aligning
with
United
Nations
Sustainable
Development
Goals
(SDGs)
poverty
eradication,
improved
health,
overall
well‐being.
By
incorporating
into
systems
addressing
critical
needs,
there
is
significant
potential
mitigate
contribute
alleviation
crises.
Plants,
Journal Year:
2024,
Volume and Issue:
13(4), P. 490 - 490
Published: Feb. 8, 2024
Climate
change
disrupts
food
production
in
many
regions
of
the
world.
The
accompanying
extreme
weather
events,
such
as
droughts,
floods,
heat
waves,
and
cold
snaps,
pose
threats
to
crops.
concentration
carbon
dioxide
also
increases
atmosphere.
United
Nations
is
implementing
climate-smart
agriculture
initiative
ensure
security.
An
element
this
project
involves
breeding
climate-resilient
crops
or
plant
cultivars
with
enhanced
resistance
unfavorable
environmental
conditions.
Modern
agriculture,
which
currently
homogeneous,
needs
diversify
species
cultivated
plants.
Plant
programs
should
extensively
incorporate
new
molecular
technologies,
supported
by
development
field
phenotyping
techniques.
Breeders
closely
cooperate
scientists
from
various
fields
science.
Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 9, 2025
ABSTRACT
Climate
change
significantly
impacts
terrestrial
ecosystems
by
altering
soil
moisture,
temperature
regimes,
rainfall
patterns,
and
frequency
of
extreme
weather
events.
These
disruptions
lead
to
shifts
in
community
structures,
accelerates
land
degradation
processes,
which
turn
exacerbate
the
global
food
crisis.
This
review
explores
roles
earthworms
fungi
improving
health
mitigating
insecurity
through
their
contributions
nutrient
cycling,
fertility,
plant
growth.
Earthworms
recognized
as
key
biological
agents
structures
enhancement,
carbon
sequestration.
They
play
crucial
heavy
metal
remediation,
quality,
fostering
sustainable
agricultural
practices
such
organic
farming.
The
emphasizes
influence
on
dynamics,
particularly
response
residues
management,
characteristics,
field
conditions.
Earthworm
activity
positively
affects
microbial
communities,
growth,
even
under
stress
factors
like
contamination
extremes.
Review
identifies
research
gaps
understanding
earthworm
distribution,
performance,
capacity
for
remediation
varied
agro‐ecological
contexts.
In
addition
biotic
factors,
present
also
examines
alternative
habits
superfoods
strategies
address
zero
hunger,
aligning
with
United
Nations
Sustainable
Development
Goals
(SDGs)
poverty
eradication,
improved
health,
overall
well‐being.
By
incorporating
into
systems
addressing
critical
needs,
there
is
significant
potential
mitigate
contribute
alleviation
crises.
