International Journal of Environmental Research and Public Health,
Journal Year:
2022,
Volume and Issue:
19(12), P. 7155 - 7155
Published: June 10, 2022
In
the
past
15
years,
China
has
emitted
most
carbon
dioxide
globally.
The
overuse
of
chemical
fertilizer
is
an
essential
reason
for
agricultural
emissions.
recent
paid
more
and
attention
to
financial
support
agriculture.
Therefore,
understanding
relationship
between
use,
agriculture,
emissions
will
benefit
sustainable
production.
To
achieve
goal
our
research,
we
selected
panel
data
30
provinces
(cities)
in
from
2000
2019
employed
a
series
methods
this
research.
results
demonstrate
that:
effect
consumption
on
positive.
Moreover,
agriculture
significantly
positive
impact
reducing
addition,
causality
tests
testify
one−way
production,
bidirectional
causal
use
two−way
Furthermore,
variance
decomposition
analysis
represent
that
affect
sector
over
next
decade.
Finally,
provide
several
policy
suggestions
promote
low−carbon
production
based
study.
government
should
uphold
concept
increase
environmental−friendly
encourage
research
cleaner
technologies
substitutes.
Bioresource Technology,
Journal Year:
2019,
Volume and Issue:
295, P. 122223 - 122223
Published: Oct. 3, 2019
Although
for
the
past
100
years,
fertilizer
technologies
have
increasingly
used
renewable
resources,
majority
of
manufactured
products
are
still
based
on
mineral
deposits
and
fossil
fuels.
The
European
Commission
has
set
a
goal
30%
reduction
non-renewable
resources
in
production.
This
can
only
be
accomplished
if
there
incentives
wastes
valorization
fines
making
use
raw
materials.
will
enable
eutrophication
surface
waters
due
to
presence
nitrogen
phosphorus,
originating
from
agricultural
fields
fertilizers.
biological
waste
is
practical
solution
recover
valuable
components.
In
order
effectively
implement
it
necessary
construct
small
solubilization
or
installations
at
site
generation,
which
solve
problem
transport
sanitary
hazards.
Sustainability,
Journal Year:
2021,
Volume and Issue:
13(10), P. 5625 - 5625
Published: May 18, 2021
Nitrogen
(N)
is
a
key
input
to
food
production.
Nearly
half
of
N
fertilizer
not
used
by
crops
and
lost
into
the
environment
via
emission
gases
or
polluting
water
bodies.
It
essential
achieve
production
levels,
which
enable
global
security,
without
compromising
environmental
security.
The
pollution
level
expected
2050
projected
be
150%
higher
than
in
2010,
with
agricultural
sector
accounting
for
60%
this
increase.
In
paper,
we
review
status
from
fertilizers
worldwide
make
recommendations
address
situation.
analysis
reviews
relationship
between
use,
use
efficiency,
no-point
pollution,
role
farmer
management
practices,
policy
approaches
diffuse
caused
fertilization.
Several
studies
show
lack
information
as
one
main
hurdles
changes
habits.
objective
study
highlight
gravity
current
non-point
well
need
communication
effort
farmers
aware
their
activity
and,
therefore,
importance
practices.
Scientific Reports,
Journal Year:
2021,
Volume and Issue:
11(1)
Published: Nov. 26, 2021
Abstract
Total
phosphorus
(TP)
loss
from
planting
was
one
of
the
resources
causing
agricultural
non-point
source
pollution.
It
is
significant
to
clarify
factors
influencing
TP
loss,
as
well
explore
relationship
between
and
surface
water
eutrophication
for
making
recommendations
on
reduction
environmental
In
this
study,
minimum
maximum
average
appeared
in
Qinghai
Shandong
province
with
7.7
×
10
2
t
7.5
3
2012
2014,
respectively.
The
results
structural
equation
model
(SEM)
indicating
that
effect
anthropogenic
drivers
more
important
than
natural
conditions
due
higher
path
coefficient
(0.814)
(0.130).
For
drivers,
coefficients
usage
fertilizer
pesticides,
which
often
excessively
applied
China,
were
0.921
0.909,
respectively
they
two
dominant
affecting
loss.
Annual
precipitation
relative
humidity,
belongs
conditions,
increased
by
enhancing
leaching
runoff.
However,
light
duration
could
reduce
promoting
crop
growth
increasing
absorption
crops,
a
−
0.920.
each
per
unit
area
significantly
correlated
concentration
its
(
p
<
0.05),
suggesting
main
factor
eutrophication.
This
study
targeted
presented
three
proposals
planting,
including
promotion
scientific
fertilization
technologies,
restriction
organophosphorus
popularization
saving
irrigation
technologies.
These
findings
suggestions
herein
would
provide
direction
planting.
