Plants,
Journal Year:
2023,
Volume and Issue:
12(14), P. 2724 - 2724
Published: July 21, 2023
Meloidogyne
enterolobii
is
one
of
the
most
virulent
root-knot
nematodes
(RKNs).
Aspergillus
tubingensis
Raoul
Mosseray,
1934,
used
to
produce
bioactive
substances,
enzymes,
and
secondary
metabolites.
However,
no
research
has
been
conducted
yet
on
efficacy
A.
against
plant-parasitic
nematodes.
Thus,
novel
was
planned
evaluate
biocontrol
fermentation
M.
enterolobii.
The
findings
showed
that
egg
hatching
inhibition
mortality
increased
with
increasing
concentration
exposure
time.
maximum
second-stage
juveniles
(J2s)
achieved
via
100%
at
72
h.
Similarly,
inhibited
99.9%
8
d.
plant
biomass,
decreased
juvenile
invasion,
nematode
development
reproduction
in
greenhouse
conditions.
reduced
J2
invasion
into
tomato
roots
by
42.84%
CS+
(coated
seeds
plants
inoculum)
27.04%
T+
(100%
broth
inoculum
both)
treatments.
Moreover,
treatments
54.31%
21.48%,
respectively.
It
concluded
GX3
strain
can
be
as
a
microbial
agent
ISPRS International Journal of Geo-Information,
Journal Year:
2025,
Volume and Issue:
14(1), P. 37 - 37
Published: Jan. 19, 2025
The
Qin-Mang
River
Basin
is
an
important
biodiversity
conservation
area
in
the
Yellow
Basin.
Studying
spatiotemporal
changes
its
ecosystem
services
(ESs)
and
trade-offs
synergies
(TOSs)
between
them
crucial
for
regional
ecological
protection
high-quality
development.
This
study,
based
on
land
use
type
(LUT),
meteorological
soil
data
from
1992
to
2022,
combined
with
InVEST
model,
correlation
analysis,
spatial
autocorrelation
explores
impacts
of
use/land
cover
(LUCCs)
ESs.
results
show
that:
(1)
driven
by
urbanization
economic
development,
expansion
built-up
areas
has
replaced
cultivated
forests,
35,000
hectares
farmland
lost,
thereby
increasing
pressure
ESs;
(2)
ESs
overall
downward
trend,
habitat
quality
(HQ)
deteriorated,
carbon
storage
(CS)
remains
stable
but
low
CS
expanded,
sediment
delivery
ratio
(SDR)
water
yield
(WY)
fluctuate
due
human
activities
climate
influence;
(3)
TOSs
change
dynamically,
strong
among
HQ,
CS,
SDR.
However,
scarcity,
negative
HQ
WY
strengthened;
(4)
analysis
reveals
that
1992,
significant
positive
existed
northern
northwestern
regions,
negatively
correlated
other
services.
By
accelerated
intensified
trade-off
effects
southern
eastern
leading
degradation.
study
provides
scientific
support
sustainable
management
policymaking
watershed
ecosystems.
Land,
Journal Year:
2025,
Volume and Issue:
14(2), P. 287 - 287
Published: Jan. 30, 2025
Ecological
restoration
is
crucial
for
maintaining
national
ecological
security.
Scientific
and
reasonable
identification
of
key
areas
a
difficult
problem
facing
the
current
spatial
planning.
This
study
evaluated
ecosystem
service
(ES)
supply,
demand,
their
spatio-temporal
characteristics
in
Northern
Shaanxi
Loess
Plateau
(NSLP).
A
coupling
coordination
degree
(CCD)
model
was
applied
to
interactive
relationship
between
ES
supply
demand.
The
improved
ant
colony
optimization
(ACO)
explore
priority
restoration.
results
showed
that
balance
had
significant
differences.
Higher
were
distributed
south,
higher
demand
located
central
northern
parts.
exhibited
similar
increasing
trend
from
north
south.
Temporally,
distinct
time-varying
across
different
types
services.
Total
decreased
2000
2020,
while
total
first
declined
then
rose.
Moreover,
decreasing
21.22%
regions
NSLP.
Furthermore,
CCD
about
82%
disorder
status
2000,
90%
2010
2020.
also
implied
most
gradually
Finally,
four
enhancement
priorities
further
identified
perspectives
enhancing
capacity.
prioritization
enhancements
variations,
with
top
15%
area
east–central
west–central
regions.
5%
services
can
bring
2,470,400
yuan
benefits.
research
offer
scientific
theoretical
guidance
as
well
reference
decision-makers
undertake
efforts.
Research Square (Research Square),
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 4, 2025
Abstract
Afforestation
of
abandoned
cropland
represents
a
promising
strategy
for
land-based
climate
change
mitigation,
particularly
in
regions
where
land
resources
additional
afforestation
are
limited.
However,
the
carbon
sequestration
potential
such
remains
largely
unknown.
Here,
we
assess
spatial
distribution
China
and
its
through
incentives,
using
10,818
empirical
data
derived
from
298
peer-reviewed
articles,
multisource
remote
sensing
data,
machine
learning
models.
We
identify
6.03
Mha
that
have
been
undergoing
natural
regeneration
since
early
21st
century.
This
has
to
sequester
an
215.12–218.94
Tg
biomass
15.87–17.64
soil
organic
(SOC)
by
2060,
representing
51.95–53.94%
increase
compared
alone.
Our
results
further
show
benefits
could
offset
47.71–49.57%
government
investments
(approximately
USD
16.254
billion)
cropland.
findings
highlight
significant
on
support
China’s
neutrality
goals,
while
also
offering
cost-benefit
framework
guide
policy
decisions.
