Oxford Open Climate Change,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Dec. 2, 2024
Abstract
This
paper
presents
a
hybrid
system
using
solar
tower
and
tubular
energy
for
desalination.
Total
radiation
(dqspher)
was
calculated
MATLAB
algorithms,
encoding
3x4
matrix
temperature,
pressure,
air
saturation
transfer
within
the
glass
globe.
The
results
are
supported
by
latest
data
published
in
literature.
Between
angle
0°
35°,
rate
of
dqspher
exceeded
689,546
Kw/m2
5
hours.
Desalinated
water
reached
4.2
L/m2
at
76.63%.
encouraging
promote
application
this
technology
desalination,
ensuring
efficiency,
environmental
friendliness
affordability.
Advances in finance, accounting, and economics book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 137 - 152
Published: Feb. 13, 2025
Agriculture,
the
cornerstone
of
sustenance
for
over
a
billion
people,
faces
substantial
challenges
in
meeting
food
demands
growing
global
population
projected
to
reach
nearly
10
by
2050.
The
need
increase
agricultural
production
70%
is
compounded
decreasing
arable
land,
labor
shortages,
and
environmental
such
as
droughts,
floods,
soil
degradation,
pests,
diseases.
Modernizing
agriculture
through
advanced
technologies
like
IoT,
AI,
cloud
computing,
edge
fog
5G
critical
optimizing
crop
quality
quantity.
In
Morocco,
sector
transitioning
more
digital
intelligent
model
with
initiatives
MarocFarm,
which
integrates
various
tools
aid
farmers.
This
research
project
examines
impact
these
on
Moroccan
agriculture,
proposing
solutions
current
future
Advances in finance, accounting, and economics book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 161 - 178
Published: Feb. 13, 2025
the
persistence
of
diseases
such
as
gummosis
and
root
rot,
mainly
caused
by
Phytophthora
spp.
species,
notably
P.
parasitica
citrophthora.
These
result
in
symptoms
leaf
wilting,
reduced
growth,
rot.
However,
a
detailed
characterization
species
involved
these
their
distribution
is
necessary
for
implementation
effective
control.
The
aim
study
to
characterize
associated
with
rot
citrus
Morocco,
well
select
most
resistant
rootstocks
replace
Sou
orange,
often
used
Moroccan
orchards.
Fourteen
isolates
were
identified
Significant
differences
observed
mycelial
growth
sporulation
potential
among
culture
media
used.
Isolates
also
showed
variability
pathogenicity,
some
displaying
high
strong
aggressiveness
on
leaves
branches
rootstocks.
Sour
orange
appears
be
relatively
resistant,
while
Citrange
C35
Advances in computational intelligence and robotics book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 81 - 94
Published: Feb. 28, 2025
Artificial
intelligence
(AI)
is
increasingly
utilized
in
seawater
desalination,
offering
superior
efficiency
and
precision.
This
chapter
examines
AI's
role
renewable
energy-powered
focusing
on
energy
prediction,
site
selection,
technology
optimization,
parameter
tuning.
Traditional
reliance
experience
linear
models
falls
short
addressing
modern
challenges.
AI,
through
tools
like
neural
networks
genetic
algorithms,
excels
solving
nonlinear,
multi-objective
problems.
Applications
such
as
predictive
modeling,
expert
decision-making
enhance
efficiency,
reduce
costs,
minimize
human
intervention.
Integrated
with
sources
solar
wind,
AI-driven
systems
address
variability,
improve
resource
use,
lower
environmental
impacts.
highlights
the
advantages
of
AI
sustainable
water
management
explores
its
future
potential
saltwater
desalination.
Water,
Journal Year:
2024,
Volume and Issue:
16(13), P. 1923 - 1923
Published: July 5, 2024
Seawater
contamination
is
a
global
challenge
due
to
its
hazardous
effects
on
marine
organisms
and
human
health.
Twenty-three
surface
seawater
samples
were
collected
from
the
Al
Lith
intertidal
area
along
Saudi
Red
Sea
coast
evaluate
ecological
risks
document
potential
sources
of
Cr,
Cd,
Fe,
Zn,
Pb.
Contamination
factor
(CF),
degree
(Cd),
water
quality
index
(WQI),
heavy
metal
pollution
(HPI),
as
well
multivariate
tools
applied.
The
average
concentrations
HMs
(μg/L)
had
following
order:
Zn
(6.616)
>
Pb
(0.284)
Cd
Cr
(0.268)
Fe
(0.197).
CF
results
showed
moderate
with
low
However,
26.09%
considerable
Cd.
Average
values
revealed
HMs,
while
17.39%
contamination.
HPI
indicated
medium
seawater,
13
reported
high
pollution.
higher
in
characterized
by
particularly
Zn.
Correlation
matrix
principal
component
analysis
suggested
anthropogenic
for
mostly
industrial
agricultural
effluents,
landfilling,
domestic
wastewater,
apart
their
natural
sources.
Seawater
contamination
is
a
global
challenge
due
to
its
hazardous
effects
on
marine
organisms
and
human
health.
Twenty-three
surface
seawater
samples
were
collected
from
Al
Lith
intertidal
area
along
the
Saudi
Red
Sea
coast
evaluate
ecological
risks
document
potential
sources
of
Cr,
Cd,
Fe,
Zn,
Pb.
Contamination
factor
(CF),
degree
(Cd),
water
quality
index
(WQI),
heavy
metal
pollution
(HPI),
as
well
multivariate
tools
applied.
The
averages
HMs
(μg/L)
had
following
order:
Zn
(6.616)
>
Pb
(0.284)
Cd
Cr
(0.268)
Fe
(0.197).
Results
CF
showed
moderate
with
low
for
However,
26.09%
considerable
Cd.
Average
values
revealed
HMs,
while
17.39%
contamination.
HPI
average
indicated
medium
seawater,
meanwhile
13
reported
high
pollution.
higher
in
characterized
by
concentration
particularly
Zn.
Correlation
matrix
principal
component
analysis
suggested
anthropogenic
mostly
industrial
agricultural
effluents,
landfilling
domestic
wastewaters,
apart
their
natural
sources.
