Forests,
Journal Year:
2024,
Volume and Issue:
16(1), P. 2 - 2
Published: Dec. 24, 2024
The
agroforestry
system
provides
a
new
option
for
P.
notoginseng
cultivation.
However,
the
effects
on
soil
health
and
microbial
communities
are
still
incomplete
when
monoculture
coniferous
forests
converted
to
notoginseng–pine
plantations.
To
assess
health,
samples
from
five
plantations
were
collected,
including
healthy
plants
root-diseased
plants,
as
well
plantation
control
soil.
analyzed
physical,
chemical,
biological
aspects
communities.
Our
results
suggested
that
planted
under
pine
forest
was
more
conducive
increased
biomass
carbon,
dissolved
organic
nitrogen,
particulate
enzyme
activities
compared
with
uncultivated
A
quantitative
assessment
of
demonstrated
comprehensive
quality
index
(SQI)
notoginseng-cultivated
exhibited
marked
increases
79.41%
119.85%
in
comparison
observed
alterations
characteristics
could
be
attributed
variations
microbiome.
This
implies
changes
SQI
positively
regulate
bacterial
fungal
abundance
ecosystems
mainly
through
properties.
helps
guide
cultivation
improve
ecosystems.
Forests,
Journal Year:
2024,
Volume and Issue:
16(1), P. 2 - 2
Published: Dec. 24, 2024
The
agroforestry
system
provides
a
new
option
for
P.
notoginseng
cultivation.
However,
the
effects
on
soil
health
and
microbial
communities
are
still
incomplete
when
monoculture
coniferous
forests
converted
to
notoginseng–pine
plantations.
To
assess
health,
samples
from
five
plantations
were
collected,
including
healthy
plants
root-diseased
plants,
as
well
plantation
control
soil.
analyzed
physical,
chemical,
biological
aspects
communities.
Our
results
suggested
that
planted
under
pine
forest
was
more
conducive
increased
biomass
carbon,
dissolved
organic
nitrogen,
particulate
enzyme
activities
compared
with
uncultivated
A
quantitative
assessment
of
demonstrated
comprehensive
quality
index
(SQI)
notoginseng-cultivated
exhibited
marked
increases
79.41%
119.85%
in
comparison
observed
alterations
characteristics
could
be
attributed
variations
microbiome.
This
implies
changes
SQI
positively
regulate
bacterial
fungal
abundance
ecosystems
mainly
through
properties.
helps
guide
cultivation
improve
ecosystems.
