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.
Sustainability,
Journal Year:
2021,
Volume and Issue:
13(5), P. 2856 - 2856
Published: March 6, 2021
This
review
presents
a
comprehensive
and
systematic
study
of
the
field
bacterial
plant
biostimulants
considers
fundamental
innovative
principles
underlying
this
technology.
Plant
are
an
important
tool
for
modern
agriculture
as
part
integrated
crop
management
(ICM)
system,
helping
make
more
sustainable
resilient.
contain
substance(s)
and/or
microorganisms
whose
function
when
applied
to
plants
or
rhizosphere
is
stimulate
natural
processes
enhance
nutrient
uptake,
use
efficiency,
tolerance
abiotic
stress,
biocontrol,
quality.
The
has
gained
substantial
significant
heed
worldwide
environmentally
friendly
alternative
agricultural
production.
At
present,
there
increasing
curiosity
in
industry
researchers
about
microbial
biostimulants,
especially
(BPBs),
improve
growth
productivity.
BPBs
that
based
on
PGPR
(plant
growth-promoting
rhizobacteria)
play
plausible
roles
promote/stimulate
through
several
mechanisms
include
(i)
acquisition
by
nitrogen
(N2)
fixation
solubilization
insoluble
minerals
(P,
K,
Zn),
organic
acids
siderophores;
(ii)
antimicrobial
metabolites
various
lytic
enzymes;
(iii)
action
regulators
stress-responsive/induced
phytohormones;
(iv)
ameliorating
stress
such
drought,
high
soil
salinity,
extreme
temperatures,
oxidative
heavy
metals
using
different
modes
action;
(v)
defense
induction
modes.
Presented
here
brief
emphasizing
applicability
exertion
fulfill
current
food
crisis.
Agronomy,
Journal Year:
2021,
Volume and Issue:
11(8), P. 1547 - 1547
Published: July 31, 2021
Excessive
use
of
nitrogen
fertilizer
and
inappropriate
fertilization
designs
have
negative
results
in
agricultural
ecosystems,
such
as
considerable
losses
through
dioxide
(NO2)
soil
leaching
ammonia
NH3
volatilization.
In
addition,
climate
change,
with
rising
summer
temperatures
reduced
precipitation,
leads
to
production
declines
water
shortages
the
soil.
This
review
aims
highlight
characteristics
natural
zeolite
focus
on
their
multiple
uses
agriculture.
These
minerals
are
tectosilicates
showing
an
open
three-dimensional
structure
involving
cations
required
balance
framework
electrostatic
charge
aluminum
silicon
tetrahedral
units.
Different
research
groups
reported
more
than
fifty
zeolites;
chabazite,
clinoptilolite,
phillipsite,
erionite,
stilbite,
heulandite,
mordenite
most
well-known.
Zeolites
great
tools
help
farmer
agronomist
cope
several
issues,
or
pollution,
contamination
by
heavy
metals,
loss
nutrients,
water-use
efficiency
(WUE)
drylands.
crystalline
aluminosilicates
considered
conditioners
improve
chemical
physical
properties,
saturated
hydraulic
conductivity
(Ks),
infiltration
rate,
cation
exchange
capacity
(CEC),
water-holding
(WHC).
Owing
these
materials
able
reduce
nitrate
also
known
for
carrying
slow-release
macronutrients,
micronutrients,
fertilizers.
However,
potential
areas
is
apparent,
zeolites
show
promise
contributing
directly
ecosystems
a
sustainable
product.
GM crops & food,
Journal Year:
2022,
Volume and Issue:
13(1), P. 196 - 217
Published: Aug. 19, 2022
Global
climate
changes
cause
extreme
temperatures
and
a
significant
reduction
in
crop
production,
leading
to
food
insecurity
worldwide.
Temperature
extremes
(including
both
heat
cold
stresses)
is
one
of
the
most
limiting
factors
plant
growth
development
severely
affect
physiology,
biochemical,
molecular
processes.
Biostimulants
like
melatonin
(MET)
have
multifunctional
role
that
acts
as
“defense
molecule”
safeguard
plants
against
noxious
effects
temperature
stress.
MET
treatment
improves
tolerance
by
improving
several
defense
mechanisms.
Current
research
also
suggests
interacts
with
other
molecules,
phytohormones
gaseous
which
greatly
supports
adaptation
Genetic
engineering
via
overexpression
or
CRISPR/Cas
system
biosynthetic
genes
uplifts
levels
transgenic
enhances
stress
tolerance.
This
review
highlights
critical
production
We
documented
how
molecules
alleviate
MET-mediated
breeding
would
be
great
potential
helping
adverse
creating
plants.
Frontiers in Nutrition,
Journal Year:
2023,
Volume and Issue:
10
Published: Feb. 24, 2023
Wheat
(
Triticum
aestivum
L.)
belonging
to
one
of
the
most
diverse
and
substantial
families,
Poaceae,
is
principal
cereal
crop
for
majority
world’s
population.
This
polyploidy
in
nature
domestically
grown
worldwide.
source
approximately
half
food
calories
consumed
worldwide
rich
proteins
(gluten),
minerals
(Cu,
Mg,
Zn,
P,
Fe),
vitamins
(B-group
E),
riboflavin,
niacin,
thiamine,
dietary
fiber.
seed-storage
represent
an
important
energy
play
a
major
role
determination
bread-making
quality.
The
two
groups
wheat
grain
proteins,
i.e.,
gliadins
glutenins,
have
been
widely
studied
using
SDS-PAGE
other
techniques.
Sustainable
production
with
little
input
chemicals
along
high
nutritional
quality
its
precise
ultimate
uses
human
diet
are
focus
areas
improvement.
An
expansion
hereditary
base
varieties
must
be
considered
breeding
program.
It
may
accomplished
several
ways,
such
as
use
plant
genetic
resources,
comprising
wild
relatives
landraces,
germplasm-assisted
through
advanced
genomic
tools,
application
modern
methods,
genome
editing.
In
this
review,
we
critically
on
phytochemical
composition,
reproduction
growth,
types,
quality,
seed
storage
protein,
recent
challenges
discuss
possible
ways
forward
combat
those
issues.
Climate,
Journal Year:
2023,
Volume and Issue:
11(10), P. 202 - 202
Published: Oct. 6, 2023
Since
agricultural
productivity
is
weather
and
climate-related
fundamentally
depends
on
climate
stability,
change
poses
many
diverse
challenges
to
activities.
The
objective
of
this
study
review
adaptation
strategies
interventions
in
countries
around
the
world
proposed
for
implementation
reduce
impact
development
production
at
various
spatial
scales.
A
literature
search
was
conducted
June–August
2023
using
electronic
databases
Google
Scholar
Scientific
Electronic
Library
eLibrary.RU,
seeking
key
words
“climate”,
“climate
change”,
“agriculture
adaptation”.
Sixty-five
studies
were
identified
selected
review.
negative
impacts
are
expressed
terms
reduced
crop
yields
area,
biotic
abiotic
factors,
economic
losses,
increased
labor,
equipment
costs.
Strategies
actions
that
can
be
emphasized
local
regional
levels
are:
varieties
management,
including
land
use
innovative
breeding
techniques;
water
soil
agronomic
practices;
farmer
training
knowledge
transfer;
national
levels:
financial
schemes,
insurance,
migration,
culture;
meteorological
services;
R&D,
early
warning
systems.
Adaptation
depend
context,
region,
or
country;
limiting
discussion
options
measures
only
one
type
approach—"top-down”
“bottom-up”—may
lead
unsatisfactory
solutions
those
areas
most
affected
by
but
with
few
resources
adapt
it.
Biodiversity-based,
“ecologically
intensive”
agriculture,
climate-smart
agriculture
low-impact
strong
ecological
modernization
aiming
sustainably
increase
incomes
while
addressing
interrelated
food
security.
Some
taken
response
may
not
sufficient
even
vulnerability
change.
Future
research
should
focus
explore
readiness
farmers
society
adopt
new
constraints
they
face,
as
well
main
factors
affecting
them,
order
detect
maladaptation
before
it
occurs.
Waste Management & Research The Journal for a Sustainable Circular Economy,
Journal Year:
2022,
Volume and Issue:
41(1), P. 81 - 97
Published: June 22, 2022
The
application
of
black
soldier
fly
(BSF),
Hermetia
illucens
based
technology
to
process
organic
wastes
presents
a
practical
option
for
waste
management
by
producing
feed
materials
(protein,
fat),
biodiesel,
chitin
and
biofertilizer.
Therefore,
BSF
recycling
is
sustainable
cost-effective
that
promotes
resource
recovery,
generates
valuable
products,
thereby
creating
new
economic
opportunities
the
industrial
sector
entrepreneurs.
Specifically,
we
discussed
significance
larvae
(BSFL)
in
biowaste.
Despite
fact
BSFL
may
consume
variety
materials,
whereas,
certain
lignocellulosic
wastes,
such
as
dairy
manure,
are
deficient
nutrients,
which
might
slow
development.
nutritional
value
larval
feeding
substrates
be
improved
mixing
nutrient-rich
like
chicken
manure
or
soybean
curd
residue,
instance.
Similarly,
microbial
fermentation
used
digest
waste,
releasing
nutrients
needed
BSFL.
In
this
mini-review,
thorough
discussion
has
been
conducted
on
various
biodegraded
BSFL,
their
co-digestion
substrate,
well
prospective
applications
safety
possible
by-products
generated
at
completion
treatment
process.
Furthermore,
study
examines
present
gaps
challenges
direction
efficient
commercialization
its
by-products.
Current Opinion in Environmental Sustainability,
Journal Year:
2023,
Volume and Issue:
61, P. 101252 - 101252
Published: Jan. 25, 2023
Food
security,
land
degradation,
climate
change,
and
a
growing
population
are
interconnected
challenges
key
issues
for
sustainable
agriculture.
In
this
context,
the
Digital
Twin
(DT)
is
uniquely
positioned
to
overcome
these
support
goals
of
sustainability.
Through
use
state-of-the-art
technologies,
increased
information
availability
can
empower
stakeholders
pursue
objectives
production
methods.
However,
if
benefits
be
fully
leveraged,
potential
negative
technical
social–ecological
effects
technology
must
assessed
mitigated.
Therefore,
an
exploratory
review
conducted,
outlining
progress
current
examples
toward
aims
Additionally,
technological
dangers
concept
investigated,
culminating
in
high-level
roadmap
that
highlights
necessary
milestones
required
open
development
DTs
