Sustainability,
Journal Year:
2024,
Volume and Issue:
16(3), P. 1334 - 1334
Published: Feb. 5, 2024
Pollution
control
is
of
great
value
in
order
to
achieve
sustainable
development
and
meet
the
needs
human
development.
This
paper
utilizes
data
from
four
rounds
longitudinal
surveys
conducted
between
2012
2018
as
part
China
Labor
Force
Dynamic
Survey.
Employing
multiple
linear
regression
methods,
it
empirically
investigates
impact
pollution
on
well-being
rural
residents.
Empirical
results
show
that
even
after
accounting
for
individual,
village,
family
characteristics,
significantly
affects
happiness
Notably,
water
emerges
having
most
pronounced
residents’
happiness.
Furthermore,
enhances
residents
by
improving
village
environment,
fostering
harmony,
enhancing
physical
mental
health
individuals.
A
heterogeneity
analysis
indicates
exerts
a
stronger
influence
central
western
region
ordinary
villages,
while
its
somewhat
weaker
eastern
region.
Addressing
issue
remains
imperative,
along
with
stimulating
endogenous
drivers
ecological
revitalization,
effectiveness
grassroots
governance
areas,
continually
bolstering
sense
among
populace.
Inorganics,
Journal Year:
2025,
Volume and Issue:
13(2), P. 35 - 35
Published: Jan. 24, 2025
This
paper
presents
a
methodology
for
the
preparation
of
new
active
component
ion-selective
membranes,
based
on
di-substituted
sulfonium
derivative
closo-decaborate
anion
at
apical
vertices
with
octadecylalkyl
substituents
1,10-B10H8(S(C18H37)2)2.
approach
is
characterized
by
physicochemical
methods
analysis
(11B,
1H,
13C
NMR
spectroscopy,
IR
spectroscopy
and
elemental
analysis).
The
compound
obtained
used
as
an
PVC
membrane
selective
to
terbinafine
hydrochloride.
sensor
developed
highly
drug
be
detected,
has
linearity
range
4.0
×
10−8–1.0
10−2
detection
limit
1.0
10−8,
can
detect
hydrochloride
in
pH
3
6.
Applied Sciences,
Journal Year:
2025,
Volume and Issue:
15(5), P. 2261 - 2261
Published: Feb. 20, 2025
Non-point
source
pollution
(NPSP)
originates
from
domestic
agricultural
pollutants
and
deforestation.
Agricultural
NPSP
discharges
into
rivers
oceans
through
precipitation
soil
runoff.
Awareness
research
regarding
its
harmful
effects
on
human
health
the
environment
are
increasing.
The
Diffuse
Pollution
Estimation
with
Remote
Sensing
(DPeRS)
model,
a
distributed
model
proposed
by
Chinese
researchers,
seeks
to
predict
includes
modules
estimating
nitrogen
phosphorus
balance,
vegetation
coverage,
dissolved
pollution,
absorbed
pollution.
By
applying
DPeRS
present
work
aims
distribution
of
all
in
Henan
Province,
China
2021.
We
used
statistical
yearbook,
remotely
sensed,
hydrological
data
as
input.
To
facilitate
uncertainty
characterization
predictions,
we
performed
sensitivity
analysis,
which
identified
input
variables
that
contributed
most
output.
Specifically,
ArcGIS
for
processing
balance
equations,
an
ENVI
5.3
software
system
deriving
cover,
RUSLE
erosion
predicting
absorption
Dissolved
was
estimated
using
unified
approach
runoff,
urban
rural
resident,
livestock
pollutants.
Absorbed
considering
precipitation.
Moreover,
Sobol’s
method
applied
analysis.
found
regardless
accumulation
or
phosphorus,
indicators
Zhoukou
were
relatively
high.
Sensitivity
analysis
models
revealed
top
four
influential
standard
runoff
coefficient
ε0,
natural
factor
correction
Ni,
newly
produced
TN
per
area
QiN,
ε.
For
rainfall
R,
water
conservation
P,
slope
degree
S,
length
L.
total
Province
9546.4649
t,
1061.8940
6031.4577
3587.6113
t
TN,
TP,
NH4+-N,
COD,
respectively,
This
paper
provides
valuable
reference
understanding
status
province.
presented
this
strong
support
policymakers
field
environmental
management
China.
study
confirmed
can
be
feasibly
larger
areas
prediction
enhanced
due
fast
computation
reliance
accessible
simple
sources.
