The
uncertainty
of
photovoltaic
(PV)
power
generation
can
impact
the
stability
and
flexibility
grid.
Thus,
accurately
forecasting
PV
output
is
crucial
for
ensuring
a
stable
system
supporting
next-generation
policy
decisions.
purpose
this
study
to
examine
how
model
performed
both
with
without
addition
particulate
matter
(PM)
greenhouse
gas
(GHG)
concentration
factors
meteorological
data.
In
study,
forecasted
by
models
based
on
various
machine
learning
models.
results
indicate
that
there
was
no
significant
difference
in
accuracy
whether
PM
GHG
variables
were
included
or
not.
Also,
stacked
ensemble
has
lowest
root
mean
squared
error
(RMSE)
absolute
(MAE)
values
all
data
sets
shows
improved
performance
compared
single
model.
Stacked
include
combination
meteorological,
perform
best.
But
optimal
datasets
varied
across
Therefore,
concluded
only
incorporating
into
sufficient
achieve
reliable
forecasting.
Agricultural Water Management,
Journal Year:
2023,
Volume and Issue:
290, P. 108587 - 108587
Published: Nov. 14, 2023
Nitrogen
(N)
addition
is
commonly
employed
to
enhance
wheat
production,
and
the
effectiveness
strongly
influenced
by
site-specific
factors
encompassing
environmental
conditions
crop
management
practices.
However,
current
understanding
fails
adequately
account
for
intricate
variable
interactions
among
these
factors.
Consequently,
we
conducted
a
global
meta-analysis
quantify
combined
contributions
of
yield,
grain
protein
content
(GPC),
water
productivity
(WP)
provide
recommendations
optimizing
N
management.
The
results
revealed
significant
improvement
in
yield
(14.85%),
GPC
(6.62%),
WP
(10.79%)
following
application
N.
Moreover,
higher
rates,
utilization
coated
fertilizer,
post-anthesis
fertilization,
multiple
applications
exhibited
enhanced
outcomes
terms
GPC,
systems.
It
was
observed
that
applying
100–200
kg/ha
optimal
rate
maximizing
WP.
Medium
soil
texture
humid
climate
showed
more
pronounced
increase
response
addition.
Additionally,
demonstrated
stronger
benefits
when
annual
temperature
below
14
°C,
while
with
temperatures
exceeding
°C.
Furthermore,
adopting
common
fertilization
practices
alongside
irrigation
implementing
pre-anthesis
medium
also
contributed
achieving
performance.
finding
this
study
serves
as
guideline
support
on-site
practice
offer
reference
policy
design
across
specific
site
conditions.
Agronomy,
Journal Year:
2023,
Volume and Issue:
13(6), P. 1459 - 1459
Published: May 25, 2023
As
a
most
significant
cereal
crop,
maize
provides
vital
nutritional
components
to
humans
and
livestock.
Drought
stress
curtails
growth
yield
by
impairing
several
morphological,
physiological,
biochemical
functions.
The
rising
threats
of
drought
significantly
affect
global
food
security
increase
the
ratio
hunger
starvation.
use
molecular
breeding
techniques
has
enabled
researchers
deeply
examine
genetic
control
tolerance
differences
between
genotypes
stress.
Despite
progress
in
genetics,
mechanism
is
still
not
fully
understood.
With
advancements
research,
have
identified
factors
associated
with
Quantitative
trait
loci
(QTL)
mapping
genome-wide
association
study
(GWAS)
analysis
led
identifying
QTL,
genes
linked
that
can
be
further
exploited
for
their
possible
applications.
Transcriptome
transcription
(TFs)
revealed
documentation
potential
protein
groups
might
accelerate
program.
Genetic
engineering
been
used
develop
transgenic
cultivars
are
resistant
Clustered
regularly
interspaced
short
palindromic
repeats
(CRISPR/Cas9)
new
ray
hope
edit
gene
interest
enhance
save
both
time
cost
cultivar
development.
In
current
review
article,
we
tried
present
an
updated
picture
its
future
prospects.
These
organized
pieces
information
assist
understanding
basis
adopt
tool
drought-tolerant
cultivars.
Agronomy Journal,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Sept. 9, 2024
Abstract
Humalite
is
a
humic
acid‐rich
biostimulant
known
for
its
ability
to
improve
plant
agronomic
parameters
and
increase
crop
nitrogen
use.
Limited
field
research
exists
on
effect,
application
rate,
interaction
with
urea,
especially
at
reduced
rates
grain
parameters.
Therefore,
study
was
conducted
from
2021
2023
three
Alberta
sites—Battle
River
Research
Group
(BRRG),
Gateway
Organization
(GRO),
St.
Albert
Station
(St.
Albert),
in
split‐plot
design
four
replications,
urea
levels
(i.e.,
recommended,
half‐recommend,
zero
urea)
combined
five
(0,
56
(or
112),
224,
448,
896
kg
ha
−1
).
In
2021,
the
highest
wheat
yields
were
observed
half
plus
224
BRRG
(35%
yield
increase),
GRO
(8.4%
(33.5%
increase).
2022,
canola
unaffected
by
rates.
2023,
half‐recommended
recommended
plots
outperformed
across
all
sites,
regardless
of
The
protein
content
values
224–448
or
rate.
Depending
site,
net
revenue
resulted
between
112
448
wheat,
that
is,
optimal
rate
increased
profitability.
incorporation
biostimulants
such
as
can
reduce
use
contribute
sustainability
cropping
systems.
