Trace element removal from wastewater by agricultural biowastes: A data analysis on removal efficacy and optimized conditions
The Science of The Total Environment,
Год журнала:
2025,
Номер
975, С. 179235 - 179235
Опубликована: Апрель 3, 2025
Язык: Английский
Reuse of Treated Wastewater to Address Water Scarcity in Viticulture: A Comprehensive Review
Agronomy,
Год журнала:
2025,
Номер
15(4), С. 941 - 941
Опубликована: Апрель 12, 2025
Water
scarcity
has
become
an
increasingly
critical
global
issue,
affecting
various
sectors,
including
industrial,
domestic,
and
particularly
agriculture.
Agriculture,
as
the
largest
consumer
of
water
due
to
its
substantial
requirements
for
food
production,
faces
significant
challenges,
which
are
expected
intensify
with
growth
population.
As
a
result,
many
countries
have
begun
explore
innovative
solutions
address
this
pressing
problem,
one
is
reuse
wastewater
irrigation
purposes.
This
approach
gained
particular
attention
in
viticulture,
where
consumption
high,
need
sustainable
practices
paramount.
paper
delves
into
issue
scarcity,
focusing
specifically
on
winemaking
sector.
It
reviews
several
studies
investigating
potential
irrigating
vineyards,
highlighting
both
promising
benefits
challenges
associated
practice.
The
findings
suggest
that
using
treated
viticulture
offers
viable
solution
mitigate
shortages,
regions
facing
severe
droughts
or
limited
freshwater
resources.
However,
successful
implementation
requires
careful
monitoring
management
factors,
soil
quality,
plant
health,
fruit
development,
final
wine
product.
Ensuring
safety
quality
wine,
well
safeguarding
necessitates
rigorous
oversight
prevent
any
negative
impacts
from
use
reclaimed
water.
Язык: Английский
Treated Wastewater Affects the Fertility and Geochemistry of Degraded Soil in the Brazilian Semi-Arid Region
Agronomy,
Год журнала:
2025,
Номер
15(3), С. 721 - 721
Опубликована: Март 17, 2025
Projections
for
the
Brazilian
semi-arid
(BSA)
region
estimate
a
reduction
in
water
bodies
and
an
increase
degraded
areas.
Recovering
soils
using
treated
wastewater
(TWW)
is
strategy
to
resilience
of
local
population
these
climatic
adversities.
This
study
aimed
evaluate
impact
deficit
irrigation
with
effluent
on
(geo)chemistry
soil
BSA.
An
experiment
application
TWW
was
conducted
within
agroforestry
system.
The
treatments
arranged
randomized
block
design
were
WS0.5
(water
supply
at
0.5
L/plant/week),
TE0.5
(treated
TE1
1
L/plant/week).
Soil
samples
collected
(0–15
15–30
cm)
initial
condition,
after
two
years
irrigation,
end
irrigation.
Analyses
chemicals
geochemicals
carried
out.
All
increased
fertility
both
layers,
resulting
higher
Ca2+
cm:
2.88;
15–30;
3.14;
cmolc
kg−1),
Mg2+
2.13;
2.00;
K+
0.11;
0.12;
generating
residual
effect
post-irrigation
suspension
no
risk
salinization.
However,
mainly
showed
sodium
content,
making
solodic
(6–11%).
changed
CaO,
MgO,
K2O
contents
silt
fraction,
contributing
availability
Ca,
Mg,
K
soils.
Future
studies
should
monitor
levels
confirm
K-bearing
phyllosilicate
(illitization)
TWW.
short
period
(two
years)
small
volumes
(0.5
L/plant/week)
affects
from
Язык: Английский