The
utilization
of
integrated
systems
in
livestock
production
has
been
implemented
as
a
practice
aimed
at
intensifying
pasture
area
while
maintaining
sustainable
soil
management
to
enhance
total
organic
carbon
(TOC)
storage.
However,
the
dynamics
systems,
involving
inclusion
legumes
or
tree
components
pastures,
are
not
fully
understood.
Our
research
assessed
soils
from
pastures
composed
grass-legume
consortia
(GLS),
silvopastoral
(SSP),
and
monoculture
grass
(MP),
comparing
them
native
forest
(NV)
Cerrado
biome,
different
evaluation
depths:
0-5
cm,
5-10
10-20
20-30
cm.
Using
indicators
such
labile
(LC),
water-soluble
(WSOC),
microbial
biomass
(MBC),
(TC),
nitrogen
(TN),
index
(CMI),
stock,
we
compare
potential
each
system
store
contrast
vegetation
soil.
SSP
GLS
did
differ
terms
stock
(p>0.050)
showed
significant
reduction
TOC
compared
(p<0.05).
Silvopastoral
pasture,
carbon,
content
(p>0.05),
show
similarity
NV
any
analyzed
variables
Only
achieved
CMI
greater
than
100
all
depth
ranges
evaluated.
study
demonstrated
that
association
between
fractions
relationship
biological
attributes
can
be
used
proxy
for
system's
sequester
Collectively,
studied
indicate
exhibited
recovery
integration
pasture.
Land,
Journal Year:
2024,
Volume and Issue:
13(12), P. 2023 - 2023
Published: Nov. 27, 2024
An
appropriate
vegetation
restoration
pattern
is
crucial
for
maintaining
and
enhancing
ecosystem
functions
services
in
karst
rocky
desertification
control
areas.
However,
it
still
unclear
whether
different
patterns
will
aggravate
the
trade-off
of
grassland
this
area.
This
study
focuses
on
ecosystems
area,
comparing
artificial
measures
(Dactylis
glomerata
single-species
sowing
grassland,
DG;
Lolium
perenne
LP;
+
Trifolium
repens
mixed-species
LT)
with
natural
(NG).
Seven
(forage
yield,
soil
retention,
water
conservation,
carbon
fixation
release,
storage,
nutrient
biodiversity
conservation)
as
well
total
were
quantified
using
field
monitoring
data.
The
relationships
between
these
evaluated
through
Spearman
correlation
analysis.
results
showed
that
significantly
influenced
provisioning,
regulating,
supporting
(p
<
0.001).
Three
types
observed
(trade-off,
synergy,
neutral),
but
relationship
was
not
significant
>
0.05).
service
LT
(0.79)
higher
than
NG
(0.21),
DG
(0.36),
LP
(0.41),
a
synergy
forage
sequestration
oxygen
release
Therefore,
considered
best
practice
area
compared
other
patterns.
provides
theoretical
guidance
degraded
ecosystems.
Research Society and Development,
Journal Year:
2023,
Volume and Issue:
12(4), P. e22612441171 - e22612441171
Published: April 15, 2023
A
compactação
do
solo
é
um
dos
entraves
na
produção
de
grãos
no
cerrado,
podendo
influenciar
biomassa
e
alterações
fisiológicas,
como
a
clorofilas,
nas
plantas
cobertura
utilizadas
para
minimizar
os
danos
da
proteção
solo.
Assim,
objetivou-se
avaliar
o
efeito
teores
clorofila
a,
b
total
cobertura.
O
experimento
foi
desenvolvido
em
casa
vegetação,
Universidade
Rio
Verde.
Os
tratamentos
foram
estabelecidos
pelo
esquema
fatorial
4
x
2,
sendo
Urochloa
ruziziensis,
Panicum
maximum
–
BRS
zuri,
milho
consorciado
com
U.
ruziziensis
solteiro,
cultivados
sem
compactação.
reduziu
todas
as
solteiro
consórcio
crescidos
forneceram
ao
quantidade
maior
superficial
(massa
seca
parte
aérea
total),
enquanto
que
compactado
proporcionaram
massa
raízes.
Comparando
dentro
própria
espécie
observa-se
não
houve
aumento
teor
quanto
Portanto,
conclui-se
prejudica
desenvolvimento
biomassa,
mas
altera
das
The
utilization
of
integrated
systems
in
livestock
production
has
been
implemented
as
a
practice
aimed
at
intensifying
pasture
area
while
maintaining
sustainable
soil
management
to
enhance
total
organic
carbon
(TOC)
storage.
However,
the
dynamics
systems,
involving
inclusion
legumes
or
tree
components
pastures,
are
not
fully
understood.
Our
research
assessed
soils
from
pastures
composed
grass-legume
consortia
(GLS),
silvopastoral
(SSP),
and
monoculture
grass
(MP),
comparing
them
native
forest
(NV)
Cerrado
biome,
different
evaluation
depths:
0-5
cm,
5-10
10-20
20-30
cm.
Using
indicators
such
labile
(LC),
water-soluble
(WSOC),
microbial
biomass
(MBC),
(TC),
nitrogen
(TN),
index
(CMI),
stock,
we
compare
potential
each
system
store
contrast
vegetation
soil.
SSP
GLS
did
differ
terms
stock
(p>0.050)
showed
significant
reduction
TOC
compared
(p<0.05).
Silvopastoral
pasture,
carbon,
content
(p>0.05),
show
similarity
NV
any
analyzed
variables
Only
achieved
CMI
greater
than
100
all
depth
ranges
evaluated.
study
demonstrated
that
association
between
fractions
relationship
biological
attributes
can
be
used
proxy
for
system's
sequester
Collectively,
studied
indicate
exhibited
recovery
integration
pasture.
