Ciência e Agrotecnologia,
Journal Year:
2024,
Volume and Issue:
48
Published: Jan. 1, 2024
ABSTRACT
Lettuce
productivity
grown
hydroponically
increases,
but
the
plant
quality
is
lower
than
conventional
because
of
absence
organic
compounds.
waste
an
material
contributing
15-20%
total
weight
and
has
potential
to
be
used
as
liquid
fertilizer
(LF).
The
objective
study
was
evaluate
effect
lettuce
nutritional
supplement
on
growth
development
in
a
hydroponic
system.
Different
quantities
were
fermented
liquid-enriched
oxygenation
nanobubbles
for
22
days.
LF
at
0.5-2%
incorporated
into
AB-mix
fertilizer,
their
morphophysiological
characters
Archivel
evaluated.
Organic
supplementation
synthetic
effectively
increased
cultivation.
1.5%
AB-mic
mixtures
biological
fresh
by
28.03%
over
AB-mix,
representing
height,
canopy
diameter,
leaf
number,
area,
quantity
photosynthetic
pigments,
vitamin
C
leaves
improvement.
utilized
hydroponics
lettuce;
nevertheless,
further
investigation
needed
limit
unfavorable
excess
ionic
presentation
biomass.
Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 17, 2025
ABSTRACT
This
study
analyzes
factors
driving
land
degradation
in
China
from
1996
to
2023,
focusing
on
gross
regional
product,
rural
population,
coal
consumption,
and
wastewater
generation.
Using
a
quantile
control
random
forest
model,
the
findings
reveal
that
economic
growth
significantly
accelerates
degradation,
while
management
are
critical
but
partially
mitigable
drivers.
Environmental
policies
implemented
post‐2018,
particularly
following
Paris
Agreement,
have
notably
reduced
rates.
research
provides
novel
application
of
model
analyze
long‐term
dynamics,
offering
precise
insights
into
variable
impacts
across
levels.
Additionally,
it
contributes
understanding
effectiveness
post‐2018
environmental
mitigating
aligning
with
global
sustainability
goals.
The
highlights
need
for
sustainable
use,
cleaner
energy
adoption,
enhanced
management.
Future
should
explore
localized
data
broader
variables
deeper
dynamics.
Scientific Electronic Archives,
Journal Year:
2025,
Volume and Issue:
18(2)
Published: Feb. 25, 2025
Tem
sido
crescente
a
busca
por
microrganismos
promotores
de
crescimento
vegetal,
visando
o
aumento
das
produções
agrícolas
e
uso
racional
dos
recursos
naturais.
Nesse
trabalho
13
isolados
bacterianos
provenientes
biofertilizante
à
base
esterco
bovino,
selecionados
previamente
quanto
produção
ácido
indolacético
(AIA),
foram
avaliados
capacidade
solubilização
fosfato,
pela
avaliação
do
halo
transparência
em
meio
cultura
(20
dias)
no
desenvolvimento
plantas
soja.
Para
isso,
as
sementes
microbiolizadas
com
isolado
mais
promissor
duas
concentrações
(1,5.108ufc.mL-1
9.108ufc.mL-1)
avaliadas
promoção
da
germinação
caixas
gerbox
(10
dias).
Da
mesma
forma,
avaliou-se
condições
casa-de-vegetação
(1,5.108ufc.mL-1)
30
dias
(peso
seco
parte
aérea,
peso
raízes,
volume
raízes
altura
planta).
Dos
testados,
BB-4
se
destacou
demais
testes
“in
vitro”,
maior
índice
(0,293).
Em
soja
BB-4,
observou-se
uma
inibição
plantas.
gerbox,
embora
não
tenha
observado
taxa
sementes,
verificou-se
que
reduziu
decorrente
solução
salina
utilizada
na
microbiolização
indicando
potencial
remediação
solos
salinos
cultiváveis.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(5), P. 2228 - 2228
Published: March 4, 2025
The
overuse
of
chemical
fertilizers
under
adverse
conditions
endangers
the
sustainability
agriculture.
A
biological
approach
should
be
investigated
to
address
this
issue.
Therefore,
study
aimed
detect
potency
purple
non-sulfur
bacteria
that
can
fix
nitrogen
(N)
(PNSB-fN)
Rhodobacter
sphaeroides
in
soil
N
fertility,
plant
uptake,
growth,
and
rice
yield.
In
brief,
an
experiment
was
conducted
check
whether
biofertilizer
containing
PNSB-fN
strains
improve
yield
fertility
a
highly
saline
acidic
condition.
randomized
complete
block
design
used
with
four
replicates
on
An
Bien-Kien
Giang,
Vietnam.
first
factor
fertilizer
level,
i.e.,
(i)
100%,
(ii)
75%,
(iii)
50%,
(iv)
0%;
second
(R.
sphaeroides),
control,
S01,
S06,
combined
S01–S06.
results,
supplying
increased
NH4+
compared
104.7–112.0
mg
kg−1
94.0
season
1
35.9–38.0
34.2
2.
Additionally,
by
each
strain,
Na+
Na
culm
leaf
grain
were
decreased
comparison
those
treatments
without
PNSB-fN.
total
uptake
also
enhanced
control.
Moreover,
improved
crop
height,
panicle
length,
quantity
pot−1,
panicle−1,
filled
spikelet
rate,
Ultimately,
extremely
soil,
mixture
not
only
reduced
salinity
but
replaced
25%
ensure
sustainable
This
newly
developed
potent
improving
health
locality
performing
same
similar
around
globe.
Agriculture,
Journal Year:
2025,
Volume and Issue:
15(6), P. 581 - 581
Published: March 9, 2025
Agroecosystems
form
a
natural
ecosystem
component,
allowing
the
proper
classification
of
regional
biome
at
global
scale.
It
is
important
to
view
agroecosystems
from
micro-environmental
perspective
given
that
they
are
characterised
by
combination
factors,
including
interaction
soil–plant–atmosphere
conditions,
which
largely
responsive
human
management
practices.
The
published
literature
generally
provides
limited
explanation
multidimensional
nature
agroecosystems.
In
combination,
agroecosystem
practices
promote
efficient
water
use
and
nutrient
cycling
in
defence
regenerative
agriculture
ethos.
Sustainable
can
be
combined
explain
how
mitigate
risks
biodiversity.
This
study
aims
present
review
predominant
advances
sustainable
crop
production
agroecosystem.
A
hybrid
methodology
data
mining
interpretation
was
used
establish
meaning
relationships
major
research
areas
have
emerged
over
time
dominate
narrative
definition
Crop
diversification,
soil
management,
integrated
pest
resource
precision
were
selected
using
document
summarisation
entity
relation
modelling
generate
between
various
components
based
on
existing
literature.
finding
confirmation
comparable
applications
different
regions,
whose
enhanced
recent
summation.
concludes
separable
impact.
However,
it
reasonable
recommend
need
for
future
into
their
integration
implementation
interpretation.
Deleted Journal,
Journal Year:
2025,
Volume and Issue:
2(1)
Published: April 1, 2025
Abstract
The
agricultural
sector
plays
a
crucial
role
in
global
food
security,
yet
its
heavy
reliance
on
chemical
inputs
has
led
to
rise
emerging
contaminants
modern
agroecosystems.
This
review
critically
examines
the
impacts
of
these
soil
health,
plant-soil
interactions,
and
productivity.
We
highlight
how
xenobiotic
compounds
from
pesticides,
herbicides,
antibiotics,
fertilizers
disrupt
nutrient
cycling
microbial
communities.
Key
contaminant
classes,
including
pharmaceuticals,
industrial
pollutants,
were
discussed
alongside
their
specific
effects
ecosystems.
Additionally,
this
also
explores
innovative
bio-based
nano-enhanced
remediation
strategies,
such
as
rhizosphere
microbiome
management
nano-biofertilizers,
which
show
promise
mitigating
impacts.
Despite
advancements,
challenges
persist
regulatory
frameworks,
technology
adoption,
education.
To
address
theses
issues,
we
propose
holistic
approach
integrating
research,
policy,
stakeholder
engagement.
Our
findings
urgent
need
for
sustainable
practices
that
prioritize
health
ecosystem
integrity
ensure
long-term
security.
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