International Journal of Climate Change Strategies and Management,
Journal Year:
2022,
Volume and Issue:
16(4), P. 1 - 25
Published: June 16, 2022
Purpose
Climatic
changes
caused
by
greenhouse
gases
(GHGs)
emissions
are
an
urgent
challenge
for
all
regions
around
the
globe
while
livestock
sector
is
important
source
of
GHGs
emissions.
The
adoption
low-carbon
manure
treatment
technology
(LMTT)
farmers
emerging
as
effective
remedy
to
neutralize
carbon
livestock.
This
paper
aims
incorporate
environmental
literacy
and
social
norms
into
analysis
framework,
with
aim
exploring
impact
on
farmers'
LMTT
finally
reduce
emission
climate
effects.
Design/methodology/approach
research
survey
conducted
in
Hebei,
Henan
Hubei
provinces
China.
First,
this
measures
from
cognition,
skill
responsibility
describes
descriptive
imperative
norms.
Second,
explores
influence
using
logit
model.
Third,
Logit
model's
instrumental
approach,
i.e.
IV-Logit,
applied
address
simultaneous
biases
between
farmers’
adoption.
Finally,
used
a
moderating
model
analyze
feasible
paths
that
farmers.
Findings
results
showed
significantly
positively
affect
In
particular,
effects
mainly
contributed
responsibility.
enhancement
due
leading
role
Meanwhile,
if
endogeneity
reverse
effect
dealt
with,
will
be
weakened.
Additionally,
technologies
consist
energy
resource
technologies.
Compared
technology,
have
more
substantial
literacy,
affecting
farmer
technology.
Originality/value
To
best
authors’
knowledge,
novel
attempt
made
examine
farmers,
objective
identifying
factors
increase
intensity
In
order
to
deal
with
the
increasingly
serious
pollution
of
graphene
oxide
(GO)
environment.
this
paper,
use
red
sandstone
treat
GO-contaminated
aqueous
solution
is
proposed
for
first
time,
and
adsorption
capacity
mechanism
GO
are
discussed.
The
controlled
variable
method
was
used
explore
optimal
pH,
concentration,
quality
solution.
isotherm,
thermodynamics,
kinetics
were
fitted.
Adsorption
characterization
tests
performed
using
XRD,
AFM,
XPS,
FT-IR,
SAP,
TEM,
laser
particle
size
analyzer,
SEM.
results
show
that
when
[Formula:
see
text],
optimum
condition
mass
adsorbent
40
mg,
concentration
80
mg/L,
90
mg/g.
isotherm
model
fits
Langmuir
model.
thermodynamic
experiments
fitting
reaction
endothermic.
XRD
FT-IR
showed
CaCO
3
in
involved
GO.
SEM,
AFM
microscopic
adsorbed
on
surface
particles.
XPS
test
Ca
2+
C=O
bond
undergo
ionic
or
coordination
reaction.
fit
a
pseudo-second-order
kinetic
This
study
will
provide
some
references
removal
environment
interaction
natural
minerals.
Materials Science for Energy Technologies,
Journal Year:
2022,
Volume and Issue:
6, P. 145 - 157
Published: Dec. 9, 2022
Carbon
neutrality
innovation
technologies
are
a
leading
research
topic
in
sustainable
development.
Among
these,
anaerobic
digestion
is
considered
as
better
choice
for
biowaste
utilization.
However,
large
amounts
of
produced
biogas
slurry
hamper
the
widespread
application
digestion.
The
hydrothermal
process
regarded
favorable
to
treat
slurry.
effects
inorganic
and
organic
matter
processed
water
from
hydrothermal-treated
were
investigated
our
research.
changes
elements
such
P,
Ca,
Mg,
Cu,
Zn
detected
at
different
reaction
temperatures
(90,
120,
150,
180,
210,
240
℃)
acid
catalytic
conditions
(0.5,
1,
2,
3,
4,
4.5,
5
mL
M
HCl).
analyzed
using
three-dimensional
excitation
emission
matrix
fluorescence
spectroscopy.
With
increase
temperatures,
quantity
total
P
concentration
Ca
initially
increased
then
decreased,
Mg
remained
constant,
while
Cu
showed
trend
initial
decrease
increase,
macromolecular
was
hydrolyzed
into
small,
soluble
molecular
matter.
HCl,
amount
released
concentrations
Zn,
increased,
small
hydroponic
testing
indicated
that
has
positive
effect
on
growth
maize.
These
results
provide
critical
findings
reuse
slurry,
which
useful
management
improves
carbon
strategy.
International Journal of Climate Change Strategies and Management,
Journal Year:
2022,
Volume and Issue:
16(4), P. 1 - 25
Published: June 16, 2022
Purpose
Climatic
changes
caused
by
greenhouse
gases
(GHGs)
emissions
are
an
urgent
challenge
for
all
regions
around
the
globe
while
livestock
sector
is
important
source
of
GHGs
emissions.
The
adoption
low-carbon
manure
treatment
technology
(LMTT)
farmers
emerging
as
effective
remedy
to
neutralize
carbon
livestock.
This
paper
aims
incorporate
environmental
literacy
and
social
norms
into
analysis
framework,
with
aim
exploring
impact
on
farmers'
LMTT
finally
reduce
emission
climate
effects.
Design/methodology/approach
research
survey
conducted
in
Hebei,
Henan
Hubei
provinces
China.
First,
this
measures
from
cognition,
skill
responsibility
describes
descriptive
imperative
norms.
Second,
explores
influence
using
logit
model.
Third,
Logit
model's
instrumental
approach,
i.e.
IV-Logit,
applied
address
simultaneous
biases
between
farmers’
adoption.
Finally,
used
a
moderating
model
analyze
feasible
paths
that
farmers.
Findings
results
showed
significantly
positively
affect
In
particular,
effects
mainly
contributed
responsibility.
enhancement
due
leading
role
Meanwhile,
if
endogeneity
reverse
effect
dealt
with,
will
be
weakened.
Additionally,
technologies
consist
energy
resource
technologies.
Compared
technology,
have
more
substantial
literacy,
affecting
farmer
technology.
Originality/value
To
best
authors’
knowledge,
novel
attempt
made
examine
farmers,
objective
identifying
factors
increase
intensity
