Water,
Journal Year:
2023,
Volume and Issue:
15(19), P. 3408 - 3408
Published: Sept. 28, 2023
Social
vulnerability
indices
are
often
used
to
quantify
differential
the
impacts
of
climate
change
within
coastal
communities.
In
this
review,
we
examine
how
“tried
and
tested”
methodologies
for
analysing
social
hazards
at
coast
being
challenged
by
a
new
wave
that
offer
more
nuanced
conclusions
about
who
is
vulnerable,
how,
why.
Instead
producing
high-level,
generalised,
static
vulnerability,
engages
deeply
with
interlinked
socioeconomic,
cultural,
political,
economic
specificities
place,
as
well
multi-scalar
temporal
dynamics,
incongruities,
inconsistencies
inherent
peoples’
lived,
felt
experiences
vulnerability.
By
integrating
these
complex
observations
into
an
output
still
readily
accessible
decision-
policy-makers,
supports
pursuit
tailored,
context-appropriate,
equitable
adaptation.
We
suggest
one
way
forms
analyses
might
be
operationalised,
reflecting
on
experimental
research
project
uses
personas
or
fictional
characters
in
Aotearoa
New
Zealand.
Geocarto International,
Journal Year:
2022,
Volume and Issue:
37(26), P. 14495 - 14527
Published: June 11, 2022
This
study
proposes
a
new
groundwater
potentiality
model
(GPM)
in
the
Bisha
watershed,
Saudi
Arabia,
by
integrating
logistic-regression
(LR)-weighted
and
fuzzy
logic-based
ensemble
machine
learning
(EML)
models
for
present
future
scenarios.
We
applied
random
forest,
bagging,
subspace
predicting
GPMs.
also
used
general
circulation
model's
(GCM)
minimum
maximum
representative
concentration
pathway
(RCP)
2.6
8.5
scenarios
GWP
mapping.
Results
showed
that
bagging
hybrid
(Area
under
Curve:
0.986)
outperformed
other
models.
predicted
4058.57
km2
as
very
high,
4267.45
4185.23
moderate,
4342.
low,
4430.24
low
potential
zones.
The
best
combined
with
climatic
conditions
shows
high
zones
would
cover
2319–2590
3100–2795
km2.
current
research
will
aid
development
of
long-term
sustainable
management
plans
increasing
effectiveness
Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(18), P. 8425 - 8425
Published: Sept. 19, 2024
There
has
been
an
increase
in
the
frequency
of
hazards
associated
with
meteorological
and
hydrological
phenomena.
One
them
is
flash
floods
occurring
episodically
areas
concentrated
runoff—valleys
without
permanent
drainage.
In
opinion
residents
local
authorities,
these
are
potentially
safe
areas—they
not
threatened
by
therefore
often
occupied
buildings.
The
importance
addressing
land
use
planning
essential
for
sustainable
development
disaster
risk
reduction.
objective
this
research
was
to
assess
level
hazard
evaluate
its
presence
activities.
This
manuscript
fills
a
gap,
as
date
flood
threats
have
analyzed
individual
buildings
located
catchments
dry
valleys
temperate
climates.
More
than
12,000
first-order
were
analyzed.
study
covered
upland
area
East
Poland,
which
characterized
high
population
density
dispersed
rural
settlement.
Within
10
municipalities,
on
potential
episodic
runoff
lines
identified.
Qualitative
assessment
applied
ascertain
susceptibility
floods.
Such
criteria
slopes,
size,
shape
catchment
area,
cover,
among
others,
used.
Between
20%
lines,
about
900
sub-catchments
highly
or
very
susceptible
way
reduce
negative
effects
phenomena
undertake
proper
based
knowledge
geohazards,
including
However,
analysis
available
documents
shows
that
type
completely
taken
into
account
spatial
management
processes.
Water,
Journal Year:
2022,
Volume and Issue:
14(1), P. 126 - 126
Published: Jan. 5, 2022
Flash-flood
disasters
pose
a
serious
threat
to
lives
and
property.
To
meet
the
increasing
demand
for
refined
rapid
assessment
on
flood
loss,
this
study
exploits
geomatic
technology
integrate
multi-source
heterogeneous
data
put
forward
comprehensive
risk
index
(CRI)
calculation
with
fuzzy
evaluation
(FCE).
Based
mathematical
correlations
between
CRIs
actual
losses
of
in
Weifang
City,
direct
economic
loss
rate
(DELR)
model
agricultural
(AELR)
were
developed.
The
case
shows
that
CRI
system
can
accurately
reflect
level
flash-flood
disaster.
Both
models
are
capable
simulating
disaster
impacts.
results
generally
consistent
quantified
generated
from
simulation
close
losses.
spatial
resolution
is
up
100
×
m.
This
provides
method
high
temporal
resolution,
which
quickly
assess
rainstorm
disasters.
proposed
paper,
coupled
study,
reliable
reference
flash
floods
caused
will
be
helpful
existing
literature.
Water,
Journal Year:
2023,
Volume and Issue:
15(19), P. 3408 - 3408
Published: Sept. 28, 2023
Social
vulnerability
indices
are
often
used
to
quantify
differential
the
impacts
of
climate
change
within
coastal
communities.
In
this
review,
we
examine
how
“tried
and
tested”
methodologies
for
analysing
social
hazards
at
coast
being
challenged
by
a
new
wave
that
offer
more
nuanced
conclusions
about
who
is
vulnerable,
how,
why.
Instead
producing
high-level,
generalised,
static
vulnerability,
engages
deeply
with
interlinked
socioeconomic,
cultural,
political,
economic
specificities
place,
as
well
multi-scalar
temporal
dynamics,
incongruities,
inconsistencies
inherent
peoples’
lived,
felt
experiences
vulnerability.
By
integrating
these
complex
observations
into
an
output
still
readily
accessible
decision-
policy-makers,
supports
pursuit
tailored,
context-appropriate,
equitable
adaptation.
We
suggest
one
way
forms
analyses
might
be
operationalised,
reflecting
on
experimental
research
project
uses
personas
or
fictional
characters
in
Aotearoa
New
Zealand.
