Cleaner Environmental Systems,
Journal Year:
2023,
Volume and Issue:
11, P. 100137 - 100137
Published: Sept. 9, 2023
Soilless
farming
systems
are
currently
considered
a
viable
production
technique
reducing
environmental
impacts
due
to
use
of
chemical
factors,
soil
and
water
This
study
analysed
the
first
high-tech
hydroponic
greenhouse
in
Southern
Italy,
using
Life
Cycle
Assessment
approach.
The
performances
equipped
with
automated
for
monitoring
growth
environment
(high-tech)
based
without
automation
climate
lighting
(low-tech)
greenhouses
were
compared.
analysis
was
on
primary
data
from
field
surveys.
For
low-tech
greenhouse,
secondary
literature
used.
system
boundary
'cradle-to-farm-gate',
functional
unit
1
ha
cultivated
area.
Soil-based
cultivation
had
highest
overall
primarily
attributable
consumption
fossil
fuel
fertilisers.
results
showed
that
renewable
energy
soilless
closed-loop
electronically
controlled
managed,
significantly
reduced
burden.
Results
suggest
solution
expansion
improving
their
by
systems.
regarding
an
advanced
almost
unique
reality
is
suitable
be
reapplied
any
context
vocated
vegetable
foresight
appropriately
complement
it
economic
social
assessments.
Bulletin of Biological and Allied Sciences Research,
Journal Year:
2024,
Volume and Issue:
2024(1), P. 58 - 58
Published: Jan. 4, 2024
The
world's
agricultural
productivity
has
been
on
the
decline
due
to
salinity,
which
is
a
significant
abiotic
element.
To
find
solution
this
problem,
researchers
have
concentrating
their
efforts
enzymes
and
biochemical
pathways
involved
in
salt
tolerance.
ultimate
objective
develop
crops
that
are
resistant
salt.
Developments
molecular
biology
facilitated
production
of
salt-tolerant
cultivars
by
conventional
breeding
techniques.
A
amount
can
inhibit
growth
rice
(Oryza
sativa
L.),
major
food
crop
many
nations.
This
especially
true
during
early
stages
plant
development.
Rice's
physiological,
molecular,
reactions
excessive
salinity
subject
exploration
investigation.
possible
applications
implications
tolerance
also
discussed
article,
as
well
approaches
be
used
locate
plants
tolerant
Life,
Journal Year:
2022,
Volume and Issue:
12(10), P. 1548 - 1548
Published: Oct. 6, 2022
Abiotic
and
biotic
stress
factors
negatively
influence
the
growth,
yield,
nutritional
value
of
economically
important
food
feed
crops.
These
climate-change-induced
factors,
together
with
ever-growing
human
population,
compromise
sustainable
security
for
all
consumers
across
world.
Agrochemicals
are
widely
used
to
increase
crop
yield
by
improving
plant
growth
enhancing
their
tolerance
factors;
however,
there
has
been
a
shift
towards
natural
compounds
in
recent
years
due
detrimental
effect
associated
these
agrochemicals
on
crops
ecosystem.
In
view
these,
use
phenolic
biostimulants
as
opposed
artificial
fertilizers
gained
significant
momentum
production.
Seaweeds
marine
organisms
excellent
sources
that
useful
downstream
agricultural
applications
such
promoting
resilience
against
various
conditions.
this
review,
we
highlight
different
present
seaweed,
compare
extraction
methods,
describe
agriculture.
Cleaner Environmental Systems,
Journal Year:
2023,
Volume and Issue:
11, P. 100137 - 100137
Published: Sept. 9, 2023
Soilless
farming
systems
are
currently
considered
a
viable
production
technique
reducing
environmental
impacts
due
to
use
of
chemical
factors,
soil
and
water
This
study
analysed
the
first
high-tech
hydroponic
greenhouse
in
Southern
Italy,
using
Life
Cycle
Assessment
approach.
The
performances
equipped
with
automated
for
monitoring
growth
environment
(high-tech)
based
without
automation
climate
lighting
(low-tech)
greenhouses
were
compared.
analysis
was
on
primary
data
from
field
surveys.
For
low-tech
greenhouse,
secondary
literature
used.
system
boundary
'cradle-to-farm-gate',
functional
unit
1
ha
cultivated
area.
Soil-based
cultivation
had
highest
overall
primarily
attributable
consumption
fossil
fuel
fertilisers.
results
showed
that
renewable
energy
soilless
closed-loop
electronically
controlled
managed,
significantly
reduced
burden.
Results
suggest
solution
expansion
improving
their
by
systems.
regarding
an
advanced
almost
unique
reality
is
suitable
be
reapplied
any
context
vocated
vegetable
foresight
appropriately
complement
it
economic
social
assessments.
