Ecological Informatics,
Journal Year:
2024,
Volume and Issue:
80, P. 102512 - 102512
Published: Feb. 4, 2024
Meteorological
drought
serves
as
the
precursor
to
hydrological
drought.
Clarifying
propagation
characteristics
from
meteorological
is
crucial
for
predicting
and
mitigating
this
severe
natural
disaster.
In
study,
we
proposed
an
assessment
framework
that
integrates
both
linear
nonlinear
methods
characterize
transition
in
terms
of
response
time,
effective
transformation
rate,
threshold.
Utilizing
ERA5
land
reanalysis
data
(1951–2022)
focusing
on
Hanjiang
River
Basin
China,
analyzed
features
with
without
inter-basin
water
diversion.
Extracted
event
pairs
indicate
a
more
significant
does
not
necessarily
result
drought,
vice
versa,
which
confirms
The
times
derived
using
method
are,
average,
two
months
shorter
than
those
method.
Inter-basin
diversion
will
weaken
correlation
while
strengthening
correlation.
When
annual
exceeds
12.0
billion
m3,
time
experience
sudden
reduction.
This
research
provides
scientific
reference
basin-scale
resource
management
mitigation
practice.
Water Resources Management,
Journal Year:
2023,
Volume and Issue:
37(6-7), P. 2307 - 2323
Published: Feb. 2, 2023
Abstract
The
Mediterranean
basin
is
particularly
prone
to
climate
change
and
vulnerable
its
impacts.
One
of
the
most
relevant
consequences
change,
especially
for
southern
regions,
certainly
water
scarcity
as
result
a
reduction
surface
runoff
groundwater
levels.
Despite
progress
achieved
in
recent
years
field
impact
on
resources,
results
outcomes
should
be
treated
with
due
caution
since
any
future
projection
derived
implications
are
inevitably
affected
by
certain
degree
uncertainty
arising
from
each
different
stage
entire
modeling
chain.
This
work
offers
comprehensive
overview
works
basin,
mainly
focusing
last
ten
research.
Past
trends
components
hydrological
balance
discussed
companion
paper
(Noto
et
al.
2022),
while
present
focuses
problem
availability
scarcity.
In
addition,
aims
discuss
sources
related
aim
gain
awareness
studies
interpretation
reliability.
IET Blockchain,
Journal Year:
2024,
Volume and Issue:
unknown
Published: June 22, 2024
Abstract
The
rapid
and
green
energy
transition
is
essential
to
deal
with
the
fast‐growing
needs
in
both
public
industrial
sectors.
This
has
paved
way
integrate
distributed
renewable
resources
()
such
as
solar,
hydro,
wind,
geothermal
into
power
grid
().
Wind
solar
are
free,
zero‐carbon
emission,
everlasting
sources
that
contribute
5%
7%
of
global
electricity
generation,
respectively.
Therefore,
fast,
secure,
reliable
integration
these
critical
achieve
instant
demands.
Smart
due
inherited
characteristics
intelligent
sensing,
computing,
communication
technologies
can
effectively
.
However,
existing
smart
architecture
faces
various
cyberattacks,
resulting
poor
integration,
monitoring,
control
In
this
respect,
blockchain
technology
provide
efficient
end‐to‐end
between
grid.
study,
authors
propose
a
blockchain‐based
resilient
secure
scheme
called
for
wireless
sensor
networks
‐based
events
monitoring
Experimental
studies
performance
analyses
carried
out
predict
efficiency
proposed
by
considering
numerous
standard
metrics.
extensive
numerical
results
demonstrated
significant
terms
resilient,
information
transmission
Journal of Hydrology Regional Studies,
Journal Year:
2024,
Volume and Issue:
51, P. 101654 - 101654
Published: Jan. 10, 2024
The
Yiluo
River
Basin
(YLRB),
China
Understanding
the
alterations
in
drought
propagation
under
evolving
environmental
conditions
is
crucial
for
efficient
management
of
water
resources.
In
this
study,
'simulation-observation'
comparison
method
was
employed
to
analyze
distinct
periods:
baseline,
simulated,
and
disturbed
periods.
This
facilitated
quantification
impact
climate
change
human
activities
on
characteristics,
such
as
response
time
Standardized
Streamflow
Index
(SSI)
Precipitation
(SPI)
threshold.
times
SSI
SPI
has
been
prolonged
at
monthly
seasonal
scales
due
change,
while
it
reduced
annual
scale.
lengthening
only
evident
longer
temporal
scales.
Human
have
contributed
higher
thresholds
severe
extreme
droughts
scales,
increasing
probability
droughts.
Meanwhile,
partially
offset
negative
impacts
activities.
However,
scale,
main
cause
thresholds.
conclusions
drawn
from
research
provide
valuable
insights
development
policies
aimed
managing
a
changing
environment.
Czech Journal of Genetics and Plant Breeding,
Journal Year:
2024,
Volume and Issue:
60(2), P. 55 - 69
Published: Jan. 2, 2024
Strigolactones
(SLs)
are
a
comparatively
novel
class
of
phytohormones
that
involved
in
the
maintenance
plant
architecture
with
key
regulation
lateral
branching.
They
also
reported
to
play
an
important
role
regulating
responses
various
abiotic
stresses.
The
potential
SLs
improve
crop
resilience
and
productivity
needs
be
effectively
translated
into
agriculture.
Therefore,
both
endogenous
biosynthesis
their
exogenous
application
need
thoroughly
investigated
understand
exploit
mechanism
underlying
alleviation
stress
responses.
Although
several
reviews
have
emphasised
plants
under
stress,
upon
has
been
less
explored.
Accordingly,
this
review,
although
we
briefly
discussed
beneficial
effects
production
different
sections,
our
main
focus
is
summarise
influence
on
growth
development
species
grown
stresses,
including
drought,
nutrient,
heavy
metal,
salinity
stress.
Apart
from
providing
overview
transcriptomic
studies
conducted
observe
alleviating
responses,
research
gaps
field
were
discussed.
review
provides
insight
for
researchers
conduct
further
fill
gap
so
they
can
used
sustainable
