Sustainable Chemistry for the Environment,
Journal Year:
2024,
Volume and Issue:
7, P. 100136 - 100136
Published: July 30, 2024
Several
studies
have
explored
nitrogen
recovery
from
waste
streams,
focusing
on
technologies
and
approaches
like
electrochemical
processes
membrane
separation.
However,
these
need
to
become
economically
feasible
reliable.
The
feasibility
of
is
strongly
influenced
by
the
concentration
nitrogen,
which
an
important
technical
challenge
in
recovery.
Biological
approaches,
such
as
cultivation
microalgae
well
constructed
wetlands,
are
focus
for
addressing
steps.
These
allow
conversion
compounds
into
proteins
various
applications.
aim
this
study
was
not
review
treatment
avoid
negative
environmental
consequences
but
highlight
that
concentration,
recovery,
circulation
compounds.
Pertanika journal of tropical agricultural science,
Journal Year:
2024,
Volume and Issue:
47(4)
Published: Oct. 2, 2024
Lettuce
is
an
easy-to-grow
and
nutrient-rich
leafy
vegetable.
It
grows
well
using
a
static
hydroponic
system,
which
saves
space
easy
to
maintain.
However,
understanding
pH’s
impact
on
lettuce
growth
in
systems
limited.
Hence,
this
study
was
conducted
determine
the
effect
of
pH
nutrient
solution
performance
eating
quality
grown
system.
5.2,
6.2,
7.2
solutions.
Its
collected
weekly,
including
plant
height,
root
length,
number
leaves,
leaf
area,
chlorophyll
content,
total
dry
weight,
moisture
content.
The
harvested
analyzed
for
firmness,
soluble
solids
concentration,
titratable
acidity,
pH,
ascorbic
acid
content
by
fourth
week
after
transplanting.
weight
were
affected
interaction
between
weeks
By
third
transplanting,
6.2
11.12
18.67%
taller
than
those
5.2
solutions,
respectively.
firmness
significantly
higher
solutions
2.34
7.32%,
concluded
that
should
be
when
Horticulturae,
Journal Year:
2024,
Volume and Issue:
10(10), P. 1063 - 1063
Published: Oct. 4, 2024
This
study
investigates
the
effects
of
nitrogen
fertilization,
irrigation,
and
biostimulant
application
on
growth
nutrient
composition
Cichorium
spinosum
L.
The
experimental
design
included
two
rates
(NR100
NR30,
100%
30%
plant
requirements),
irrigation
levels
(WA100
WA50,
50%
water
availability,),
foliar
a
nitrogen-rich
(BS
NoBS,
biostimulated
or
not
biostimulated).
In
comparison
to
NR100,
NR30
reduced
agronomical
parameters
leaf
number,
area,
fresh,
dry
weight
by
13.53%,
24.93%,
20.76%,
15.00%,
respectively,
whereas
matter
content
was
increased
7.64%.
WA50
also
resulted
in
reduction
characteristics
8.62%,
7.19%,
5.53%,
5.26,
affected.
BS
positively
affected
7.49%,
8.01%,
7.18%,
5.56,
availability
suggest
more
pronounced
impact
compared
stress
characteristics.
Biostimulant
partially
mitigated
but
ineffective
against
WA50.
leaves
nitrate,
calcium,
zinc
content,
iron,
manganese,
copper
concentrations.
altered
magnesium
levels:
it
former
decreased
latter.
interaction
between
notably
plants’
calcium
which
higher
under
NR100
x
treatment.
These
findings
provide
significant
insights
into
perlite-based
cultivation
C.
L.,
its
resilience
drought
stress.
Moreover,
beneficial
sufficient
fresh
outline
importance
for
improving
solution
management
schemes.
demonstrated
promising
results
could,
after
further
research,
become
viable
maintaining
optimal
yields
Sustainable Chemistry for the Environment,
Journal Year:
2024,
Volume and Issue:
7, P. 100136 - 100136
Published: July 30, 2024
Several
studies
have
explored
nitrogen
recovery
from
waste
streams,
focusing
on
technologies
and
approaches
like
electrochemical
processes
membrane
separation.
However,
these
need
to
become
economically
feasible
reliable.
The
feasibility
of
is
strongly
influenced
by
the
concentration
nitrogen,
which
an
important
technical
challenge
in
recovery.
Biological
approaches,
such
as
cultivation
microalgae
well
constructed
wetlands,
are
focus
for
addressing
steps.
These
allow
conversion
compounds
into
proteins
various
applications.
aim
this
study
was
not
review
treatment
avoid
negative
environmental
consequences
but
highlight
that
concentration,
recovery,
circulation
compounds.
