Arab Gulf Journal of Scientific Research,
Journal Year:
2023,
Volume and Issue:
42(4), P. 1392 - 1413
Published: Nov. 11, 2023
Purpose
Using
a
combination
of
the
geographical
information
system
(GIS)
and
Canadian
water
quality
index
(WQI),
current
study
sought
to
provide
long-term
general
assessment
Shatt
Al-Arab
River
(SAAR),
focusing
on
its
suitability
for
living
organisms.
Likewise,
SPSS
statistics
was
used
develop
nonlinear
WQI
regression
model
area.
Design/methodology/approach
The
required
four
decades
data
collection
some
environmental
characteristics
river
water.
After
that,
calculate
conduct
spatial
analysis.
Eight
variables
in
total,
including
temperature,
dissolved
oxygen,
potential
hydrogen
ions,
electrical
conductivity
(EC),
biological
oxygen
demand,
turbidity,
nitrate
phosphate,
were
chosen
WQI.
Findings
Throughout
periods,
values
varied
from
55.2
79.83,
falling
into
categories
(marginal)
three
(fair),
with
sixth
period
(2007–2008)
showing
most
decline.
present
research
demonstrated
that
high
concentration
phosphates,
EC
values,
minor
changes
other
factors
are
major
causes
decline
quality.
variations
ecological
variables'
overlap
senior
contributor
general.
Notably,
using
GIS
conjunction
has
shown
be
very
effective
reducing
time
effort
spent
investigating
while
obtaining
precise
findings
at
lowest
possible
expense.
Calibration
validation
developed
showed
this
had
perfect
estimate
value.
Due
flexibility
impartiality,
recommends
proposed
predict
Originality/value
Even
though
SAAR
been
subject
numerous
studies,
is
only
investigation
done
evaluate
Heliyon,
Journal Year:
2022,
Volume and Issue:
8(8), P. e10228 - e10228
Published: Aug. 1, 2022
The
Bangladesh-Sundarbans
is
the
Outstanding
Universal
Value
(OUV)
articulated
by
UNESCO,
under
different
anthropogenic
stress.
present
study
focused
on
status
of
estuarine
biogeochemistry
dissolved
organic
matter
(DOM)
using
optical
methods.
Four
fluorophores:
Peak
A
(230-265/408-488
nm),
M
(290/414
C
(365/488
and
W
(320/410
three
fluorescent
(fDOM)
components
(two
humic-like,
one
detergent-like)
were
identified
in
Sundarban
mangrove
Rivers
Excitation-Emission
Matrix
(EEM)
Parallel
Factor
(PARAFAC)
analyses.
Among
components,
terrestrial-derived
humic-like
Component
had
a
high
intensity
five
samples
among
six
Bangladesh-Sundarbans.
total
calculated
carbon
(DOC)
concentration
maximum
Harbaria
minimum
Kotka
Dublar
char,
respectively.
Synchronous
fluorescence
spectroscopy
(SFS)
protein-like
component
besides
DOM.
indices
described
that
natural
fDOM
from
terrestrial
sources,
matured,
autochthonous
production
was
low.
DOM
relatively
lower
molecular
size
aromaticity
Harbaria.
However,
water
contained
organometallic
compounds
much
absorbance
at
254
nm
wavelength.
low
energy
more
π-conjugated
molecules
structure
char
Kotka.
Components
comparatively
higher
weight
than
other
sampling
stations.
Mongla
port
hydrophobic
less
polar
substances
This
will
firmly
add
diversified
notions
to
future
research
regarding
forest.
Polish Journal of Environmental Studies,
Journal Year:
2023,
Volume and Issue:
32(5), P. 4011 - 4022
Published: June 29, 2023
Underground
reservoirs
have
been
widely
used
to
facilitate
mine
water
storage
in
the
Shendong
mining
area.Unfortunately,
problems
with
suspended
matter
and
soluble
pollutants
underground
reservoir
occurred.However,
as
indicators
of
environment,
spectroscopic
characteristics,
geochemical
sources
dissolved
organic
(DOM),
influence
on
hydrochemistry
remain
unclear.In
this
study,
DOM
concentration
was
revealed
area,
ranging
from
0.12
mg/L
4.90
mg/L,
a
mean
value
0.93
mg/L.EEM-PARAFAC
models
spectral
parameter
analysis
identified
autochthonous
components
terrestrial
substances
that
dominated
shallow
deep
DOM,
respectively.Compared
water,
had
lower
degrees
humification
more
freshly
higher
biological
index
(BIX),
(HIX),
E2/E3
ratio,
a254
values
owing
emulsion
oil
leakage.The
parameters
were
helpful
conveniently
monitoring
change
quality
(total
solids
(TDS)
total
nitrogen
(TN))
by
significant
correlation.
Arab Gulf Journal of Scientific Research,
Journal Year:
2023,
Volume and Issue:
42(4), P. 1392 - 1413
Published: Nov. 11, 2023
Purpose
Using
a
combination
of
the
geographical
information
system
(GIS)
and
Canadian
water
quality
index
(WQI),
current
study
sought
to
provide
long-term
general
assessment
Shatt
Al-Arab
River
(SAAR),
focusing
on
its
suitability
for
living
organisms.
Likewise,
SPSS
statistics
was
used
develop
nonlinear
WQI
regression
model
area.
Design/methodology/approach
The
required
four
decades
data
collection
some
environmental
characteristics
river
water.
After
that,
calculate
conduct
spatial
analysis.
Eight
variables
in
total,
including
temperature,
dissolved
oxygen,
potential
hydrogen
ions,
electrical
conductivity
(EC),
biological
oxygen
demand,
turbidity,
nitrate
phosphate,
were
chosen
WQI.
Findings
Throughout
periods,
values
varied
from
55.2
79.83,
falling
into
categories
(marginal)
three
(fair),
with
sixth
period
(2007–2008)
showing
most
decline.
present
research
demonstrated
that
high
concentration
phosphates,
EC
values,
minor
changes
other
factors
are
major
causes
decline
quality.
variations
ecological
variables'
overlap
senior
contributor
general.
Notably,
using
GIS
conjunction
has
shown
be
very
effective
reducing
time
effort
spent
investigating
while
obtaining
precise
findings
at
lowest
possible
expense.
Calibration
validation
developed
showed
this
had
perfect
estimate
value.
Due
flexibility
impartiality,
recommends
proposed
predict
Originality/value
Even
though
SAAR
been
subject
numerous
studies,
is
only
investigation
done
evaluate
