Plants,
Год журнала:
2021,
Номер
10(5), С. 881 - 881
Опубликована: Апрель 27, 2021
Intercropping
is
one
of
the
most
widely
used
agroforestry
techniques,
reducing
harmful
impacts
external
inputs
such
as
fertilizers.
It
also
controls
soil
erosion,
increases
nutrients
availability,
and
reduces
weed
growth.
In
this
study,
intercropping
peanut
(Arachishypogaea
L.)
was
done
with
tea
plants
(Camellia
oleifera),
it
compared
mono-cropping
peanut.
Soil
health
fertility
were
examined
by
analyzing
variability
in
enzymatic
activity
availability
at
different
depths
(0–10
cm,
10–20
20–30
30–40
cm).
Results
showed
that
peanut–tea
considerably
impacted
organic
carbon
(SOC),
nutrient
responses
depths.
The
protease,
sucrase,
acid
phosphatase
higher
intercropping,
while
urease
catalase
monoculture.
total
phosphorus
(TP)
14.2%,
34.2%,
77.7%,
61.9%;
potassium
(TK)
13.4%,
20%,
27.4%,
20%;
available
(AP)
52.9%,
26.56%,
61.1%;
146.15%
(AK)
11.1%,
43.06%,
46.79%
than
respective
layers.
Additionally,
nitrogen
(AN)
51.78%,
5.92%,
15.32%
lower
cm
layers
system
Moreover,
significantly
correlated
SOC
(TN)
content
across
all
cropping
systems.
depth
path
analysis
effect
revealed
directly
affected
urease,
enzymes
an
system.
concluded
increase
pattern
improved
reaction
rate
which
matter
decomposed
released
into
environment.
Enzyme
decomposition
process
plays
a
vital
role
forest
morphology
function.
For
efficient
land
use
system,
necessary
to
develop
coherent
practices.
results
study
certainly
enhance
status
positively
conservation.
iScience,
Год журнала:
2024,
Номер
27(2), С. 109042 - 109042
Опубликована: Янв. 26, 2024
In
some
places,
N2O
emissions
have
doubled
during
the
last
2-3
decades.
Therefore,
it
is
crucial
to
identify
emission
hotspots
from
terrestrial
and
aquatic
systems.
Large
variation
in
occur
managed
as
well
natural
areas.
Natural
unmanaged
tropical
subtropical
wet
forests
are
important
sources
globally.
Emission
hotspots,
often
coupled
human
activities,
vary
across
climate
zones,
whereas
most
a
few
kg
N
ha−1
year−1
arable
soils,
drained
organic
soils
boreal
temperate
zones
release
20–30
year−1.
Similar
high
crops
like
tea,
palm
oil
bamboo.
This
strong
link
between
increased
activities
highlight
potential
mitigate
large
emissions.
contrast,
water
where
oxic
anoxic
conditions
meet
well,
but
not
possible
reduce.
Plants,
Год журнала:
2021,
Номер
10(5), С. 881 - 881
Опубликована: Апрель 27, 2021
Intercropping
is
one
of
the
most
widely
used
agroforestry
techniques,
reducing
harmful
impacts
external
inputs
such
as
fertilizers.
It
also
controls
soil
erosion,
increases
nutrients
availability,
and
reduces
weed
growth.
In
this
study,
intercropping
peanut
(Arachishypogaea
L.)
was
done
with
tea
plants
(Camellia
oleifera),
it
compared
mono-cropping
peanut.
Soil
health
fertility
were
examined
by
analyzing
variability
in
enzymatic
activity
availability
at
different
depths
(0–10
cm,
10–20
20–30
30–40
cm).
Results
showed
that
peanut–tea
considerably
impacted
organic
carbon
(SOC),
nutrient
responses
depths.
The
protease,
sucrase,
acid
phosphatase
higher
intercropping,
while
urease
catalase
monoculture.
total
phosphorus
(TP)
14.2%,
34.2%,
77.7%,
61.9%;
potassium
(TK)
13.4%,
20%,
27.4%,
20%;
available
(AP)
52.9%,
26.56%,
61.1%;
146.15%
(AK)
11.1%,
43.06%,
46.79%
than
respective
layers.
Additionally,
nitrogen
(AN)
51.78%,
5.92%,
15.32%
lower
cm
layers
system
Moreover,
significantly
correlated
SOC
(TN)
content
across
all
cropping
systems.
depth
path
analysis
effect
revealed
directly
affected
urease,
enzymes
an
system.
concluded
increase
pattern
improved
reaction
rate
which
matter
decomposed
released
into
environment.
Enzyme
decomposition
process
plays
a
vital
role
forest
morphology
function.
For
efficient
land
use
system,
necessary
to
develop
coherent
practices.
results
study
certainly
enhance
status
positively
conservation.
