Atmosphere,
Journal Year:
2022,
Volume and Issue:
13(3), P. 452 - 452
Published: March 11, 2022
The
fast
development
of
large-scale
intensive
animal
husbandry
has
led
to
an
increased
proportion
atmospheric
pollution
arising
from
livestock
and
poultry
housing.
Atmospheric
pollutants,
including
particulate
matter
(PM),
ammonia
(NH3),
hydrogen
sulfide
(H2S),
greenhouse
gases
(GHG),
as
well
other
hazardous
materials
(e.g.,
gases,
bacteria,
fungi
viruses),
have
significant
influences
upon
the
local
environment
health
animals
nearby
residents.
Therefore,
it
is
imperative
develop
housing
mitigation
strategies
targeting
pollution,
reduce
its
negative
effects
on
ambient
atmosphere
promote
sustainable
agricultural
production.
In
this
paper,
we
summarize
various
applied
for
reducing
outlet
air
pollutants
purifying
inlet
mechanical
ventilated
This
review
highlights
current
state
knowledge
removal
their
relative
performance.
potential
optimization
processes
operational
design,
material
selection,
technologies,
such
electrostatic
spinning,
are
discussed
in
detail.
study
provides
a
timely
critical
analysis
fill
main
research
gaps
or
needs
domain
by
using
practical
stakeholder-oriented
evaluation
criteria.
Journal of Rural Studies,
Journal Year:
2021,
Volume and Issue:
85, P. 79 - 90
Published: May 21, 2021
Digital
technologies
are
often
seen
as
an
opportunity
to
enable
sustainable
futures
in
agriculture
and
rural
areas.
However,
this
digital
transformation
process
is
not
inherently
good
it
impacts
on
many
aspects
(e.g.
economic,
environmental,
social,
technological,
institutional)
their
relations.
The
responsible
research
innovation
approach
calls
for
a
better
understanding
anticipation
of
the
unknown
impacts.
To
meet
aim
we
have
developed
framework
that
allows
gain
insight
relations
between
cyber
physical,
i.e.
socio-cyber-physical
system
described
conditions
successful
such
system.
These
design
of,
creating
access
technologies,
navigating
complexity.
This
problematisation
has
been
illustrated
through
example
dairy
farming.
It
supports
enhanced
moral
responsibilities
regarding
transformation,
fitting
within
approach,
well
who
or
accountable
identified
(positive
negative)
impacts,
responsibilisation.
Global Change Biology,
Journal Year:
2021,
Volume and Issue:
27(22), P. 5726 - 5761
Published: July 27, 2021
Abstract
Livestock
have
long
been
integral
to
food
production
systems,
often
not
by
choice
but
need.
While
our
knowledge
of
livestock
greenhouse
gas
(GHG)
emissions
mitigation
has
evolved,
the
prevailing
focus
been—somewhat
myopically—on
technology
applications
associated
with
mitigation.
Here,
we
(1)
examine
global
distribution
GHG
emissions,
(2)
explore
social,
economic
and
environmental
co‐benefits
trade‐offs
interventions
(3)
critique
approaches
for
quantifying
emissions.
This
review
uncovered
many
insights.
First,
while
from
ruminant
are
greatest
in
low‐
middle‐income
countries
(LMIC;
globally,
66%
produced
Latin
America
Caribbean,
East
southeast
Asia
south
Asia),
majority
strategies
designed
developed
countries.
serious
concern
is
heightened
fact
that
80%
growth
meat
over
next
decade
will
occur
LMIC.
Second,
few
studies
concurrently
assess
aspects
Of
54
reviewed,
only
16
had
triple‐bottom
line
benefit
medium–high
potential.
Third,
efforts
stimulate
adoption
allowing
both
reduction
(ER)
carbon
sequestration
(CS)
would
achieve
net
mitigation,
CS
measures
greater
potential
co‐benefits.
The
scientific
community
must
shift
attention
away
myopic
lens
on
carbon,
towards
more
holistic,
systems‐based,
multi‐metric
carefully
consider
raison
d'être
systems.
Consequential
life
cycle
assessments
systems‐aligned
‘socio‐economic
planetary
boundaries’
offer
useful
starting
points
may
uncover
leverage
cross‐scale
emergent
properties.
derivation
harmonized,
globally
reconciled
sustainability
metrics
requires
iterative
dialogue
between
stakeholders
at
all
levels.
Greater
emphasis
simultaneous
characterization
multiple
dimensions
help
avoid
situations
where
progress
made
one
area
causes
maladaptive
outcomes
other
areas.
Processes,
Journal Year:
2023,
Volume and Issue:
11(4), P. 1167 - 1167
Published: April 11, 2023
Organic
waste
management
is
an
important
concern
for
both
industries
and
communities.
Proper
crucial
various
reasons,
such
as
reducing
greenhouse
gas
emissions,
promoting
sustainability,
improving
public
health.
Composted
manure
a
valuable
source
of
nutrients
organic
matter
that
can
be
used
soil
amendment
in
agriculture.
Some
benefits
using
composted
agriculture
include:
improves
fertility,
enhances
structure,
reduces
erosion,
suppresses
plant
diseases,
reliance
on
synthetic
fertilizers.
represents
one
the
most
effective
methods
valorization.
Its
macronutrients
micronutrients
content
increase
yield,
without
any
reported
negative
or
toxic
effects
plants
at
application
rates.
However,
improper
use
farmyard
have
environment,
air
pollution
from
acidification,
contamination
surface
water
groundwater
by
nitrates
phosphates.
The
properties
soil,
including
aeration,
density,
porosity,
pH,
retention
capacity,
etc.,
improved
structure
composition
manure.
slow-release
provided
nutrient
compost
determine
proper
growth.
it
to
moderation
regularly
test
prevent
excessive
application,
which
adverse
environment.
