Water,
Journal Year:
2024,
Volume and Issue:
16(23), P. 3450 - 3450
Published: Nov. 30, 2024
Vermicomposting
is
one
of
the
most
important
waste
management
techniques
in
process
vermiculture.
In
this
study,
a
neural
network-assisted
novel
paradigm
proposed
to
predict
from
vermicomposting.
The
network
skeleton
based
on
gallium
arsenide
processing
schema,
which
used
separate
wastes.
By
comparing
system
with
existing
methods,
it
was
found
that
approach
had
highest
average
prediction
ratio
91.32%,
outperforming
other
like
encoder-recurrent
decoder
(ERD)
network,
recurrent
(RNN),
and
deep
long
short-term
memory
(deep
LSTM)
network.
separation
analysis
also
demonstrated
effectiveness
method,
range
45–94%.
Furthermore,
study
emphasizes
importance
chemical
equilibrium
our
schema
achieving
high
accuracies,
showcasing
its
potential
for
practical
application
processes.
Lastly,
evolution
stages
detailed,
indicating
efficiency
various
levels
separation.
Overall,
provides
valuable
insights
into
methods
optimizing
wastewater
processes,
paving
way
more
effective
sustainable
vermicomposting
practices.
Journal of Agriculture and Food Research,
Journal Year:
2024,
Volume and Issue:
17, P. 101255 - 101255
Published: June 6, 2024
This
article
provides
an
overview
of
the
pivotal
role
played
by
manure
in
animal
agriculture
and
circular
economy.
We
delve
into
technological
advancements
policy
frameworks
that
harness
as
a
valuable
resource
for
generating
both
fertilizer
energy.
Additionally,
we
explore
future
considerations
integrating
ecosystem
marketplace,
emphasizing
its
potential
environmental
sustainability.
The
discussion
emphasizes
critical
need
robust
interdisciplinary
collaboration
involving
researchers,
policymakers,
outreach
specialists,
stakeholders
throughout
value
chain.
Such
collaborative
efforts
are
indispensable
economy
context,
ultimately
seeking
to
enhance
overall
sustainability
agriculture.
Discover Sustainability,
Journal Year:
2024,
Volume and Issue:
5(1)
Published: July 2, 2024
Abstract
The
rotary
hydroponics
system
offers
a
space-saving
and
potentially
high-yielding
solution
for
soilless
cultivation,
promoting
efficient
resource
use
automation
sustainable
food
production.
This
research
investigates
closed-loop
designed
to
revolutionize
fenugreek
yield
enhance
security
through
resource-efficient
automated
cultivation.
Building
upon
the
established
benefits
of
aeroponics,
particularly
its
space
resources,
introduces
groundbreaking,
cylindrical
design.
innovative
approach
not
only
maximizes
efficiency
but
also
paves
way
further
within
cultivation
process.
proposed
study
delves
into
design,
development,
experimental
analysis
closed-loop,
self-sustaining,
low-maintenance
specifically
prioritizes
minimal
human
intervention
integration
software-controlled
monitoring
parameter
adjustments.
effectiveness
in
plant
growth
analyzes
stages
seedlings
transplanted
system.
experiment
yielded
promising
results,
with
plants
reaching
full
maturity
30
days
achieving
an
average
height
15–20
cm.
These
findings
highlight
potential
bolster
approach.
Sustainable Chemistry for the Environment,
Journal Year:
2024,
Volume and Issue:
7, P. 100148 - 100148
Published: Aug. 17, 2024
According
to
the
Food
and
Agriculture
Organization
(FAO),
around
33
%
of
world's
food,
equivalent
1.3
billion
tonnes,
is
wasted
annually
as
2019.
This
wastage
disproportionately
high
in
developed
regions
like
Europe
North
America,
where
individuals
discard
an
average
95–115
kg
per
annum,
compared
6–11
parts
Asia
Africa.
Kitchen
waste,
comprising
30–40
Municipal
Solid
Waste
(MSW),
significantly
contributes
environmental
degradation
greenhouse
gas
emissions
if
not
properly
managed.
To
address
these
issues,
integrated
waste
management
approach
being
adopted,
focusing
on
recycling
resources
from
uncooked
kitchen
waste.
Three
different
types
organic
waste;
sawdust,
fresh
cow
dung/digestate,
which
also
served
inoculum,
have
been
considered
optimize
quality
effectiveness
biofertilizers.
In-vessel
reactor
composting,
studied
under
controlled
conditions,
digestate
a
7.5:1.5:1
ratio
effective
showed
promising
results
physio-chemical
parameters
other
trials.
Additionally,
using
dung
inoculum
led
significant
bioaccumulation
pollutants,
suggesting
its
potential
for
bioremediation
purposes.
These
findings
highlight
importance
innovative
strategies
reducing
food
mitigating
impact,
promoting
sustainable
resource
utilization.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(16), P. 7241 - 7241
Published: Aug. 22, 2024
Utilizing
yield,
profitability,
and
environmental
sustainability
in
terms
of
soil
quality
as
the
goal
variables,
we
created
a
methodological
protocol
for
thorough
assessment
nutrient
management
(NM)
technologies
feasibility
optimized
fenugreek
production
employing
organic
sources
nutrients
acid
Northeast
India.
Five
were
tried
tested
comprising
T1:
absolute
control;
T2:
2.5
t
ha−1
vermicompost
(VC)
+
250
kg
lime;
T3:
5
farmyard
manure
(FYM)
T4:
10
FYM
T5:
VC
lime
with
four
replications
laid
out
randomized
block
design
two
consecutive
growing
seasons
during
2018–2020.
Results
indicated
that
across
differential
levels
amendments
(treatments)
employed,
addition
maximum
doses
FYM,
general,
excelled
over
other
treatments
concerning
seed
its
yield
attributes,
properties,
better
economic
returns.
Thus,
overall
findings
elucidated
higher
(VC
FYM)
can
sustainably
improve
productivity,
returns
growers
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(20), P. 8941 - 8941
Published: Oct. 16, 2024
Sustainable
agricultural
practices
are
needed
to
find
a
solution
the
problem
of
soil
erosion
and
decreased
quality.
A
study
was
conducted
during
2021/2022
2022/2023
cropping
seasons
evaluate
synergistic
effect
tillage
system
(TS)
manure
rates
(MR)
on
selected
properties
at
University
Limpopo
Experimental
Farm
(Syferkuil)
Venda
(UNIVEN).
The
experiment
had
split
plot
design
with
three
replications.
main
plots
used
conventional
(CON)
in-field
rainwater
harvesting
(IRWH)
systems,
while
subplots
poultry
cattle
0,
20,
35
t
ha−1.
Bulk
density
(BD),
aggregate
stability
(AS),
pH,
total
N,
organic
carbon
(OC),
available
P,
exchangeable
cations
(Ca,
Mg,
K)
were
determined.
IRWH
significantly
increased
AS
in
0–20
cm
layer
Syferkuil.
TS
×
MR
interaction
influenced
N
20–40
season
Mg
content
OC,
Syferkuil
over
CON.
At
UNIVEN,
CON
whereas
P
season.
AS,
Ca,
K
both
sites.
Syferkuil,
seasons,
UNIVEN
significant
increase
observed
OC
It
found
that
(35
ha−1)
improved
most
sites;
however,
this
recommends
long-term
experiments
investigate
combined
rate
validate
findings
study.
Water,
Journal Year:
2024,
Volume and Issue:
16(21), P. 3107 - 3107
Published: Oct. 30, 2024
Nowadays,
the
enormously
growing
amount
of
kitchen
waste
and
wasted
sludge
has
greatly
received
global
attention.
Vermicomposting
been
represented
as
an
eco-friendly
sustainable
alternative
for
organic
management.
This
study
utilized
generated
by
university
canteen
excess
from
municipal
wastewater
treatment
to
collaboratively
realize
resource
through
vermicomposting
with
a
composting
control.
The
results
indicated
that
utilizing
equal
mass
ratio
(T3)
exhibited
greatest
reduction
in
total
carbon
highest
increase
nitrogen.
Furthermore,
predominant
phyla
observed
were
Proteobacteria,
Actinobacteriota,
Bacteroidetes,
Firmicutes.
Functional
prediction
analysis
demonstrated
higher
relative
abundances
β-glucosidase
(ascF)
6-phospho-β-glucosidase
(bglA,
celF)
vermicomposting,
suggesting
earthworms
essentially
enhanced
cellulose
degradation.
More
importantly,
co-occurrence
network
showed
stronger
interaction
between
Gordonia
other
bacteria,
thereby
enhancing
its
ability
degrade
macromolecular
compounds.
In
general,
can
smoothly
remarkably
stabilize
waste,
assisted
sawdust.
