Sustainability,
Journal Year:
2025,
Volume and Issue:
17(2), P. 521 - 521
Published: Jan. 10, 2025
Green
areas,
thanks
to
their
relatively
unified
natural
systems,
play
several
key
roles.
They
contribute
the
proper
functioning
and
sustainable
development
of
cities
also
determine
quality
life
for
inhabitants.
As
a
result,
urban
planners
policy-makers
frequently
aim
maximize
benefits
green
spaces
by
creating
various
programs
strategies
focused
on
infrastructure
development,
such
as
City
initiative.
One
objectives
this
program
is
create
new
parks.
This
research
focuses
developing
method
selecting
sites
parks,
taking
into
account
factors
related
environment,
accessibility,
human
activity.
The
was
carried
out
area
Ciechanów
city.
To
make
city
areas
more
attractive
residents,
authorities
increase
revitalize
existing
greenery.
combination
Fuzzy
AHP
fuzzy
set
theory
(selecting
appropriate
membership
each
factor),
along
with
use
large
diverse
geospatial
datasets,
minimized
subjectivity
in
prioritizing
criteria
allowed
fully
automated
analysis
process.
Among
analyzed,
land
emerged
most
significant,
followed
normalized
difference
vegetation
index
(NDVI)
proximity
surface
water.
results
indicated
that
16%
deemed
highly
suitable
park
while
15%
considered
unsuitable.
One-at-a-time
(OAT)
sensitivity
analysis,
based
changes
weight
land-use
factor,
revealed
75%
reduction
resulted
nearly
57.2%
decrease
unsuitable
led
40%
expansion
locations.
potential
locations
were
compared
heat
map
activity
developed
contributes
discourse
transparency
location
decisions
validity
used,
promote
provides
residents
access
active
recreation.
Hydrology,
Journal Year:
2025,
Volume and Issue:
12(1), P. 17 - 17
Published: Jan. 15, 2025
With
the
increasing
frequency
of
floods
in
recent
decades,
particularly
West
Africa,
many
regions
have
faced
unusual
and
recurrent
flooding
events.
Communities
flood-prone
areas
experience
heightened
insecurity,
loss
property,
and,
some
cases,
serious
injuries
or
fatalities.
Consequently,
flood
risk
assessment
mitigation
become
essential.
This
comparative
study
between
Niamey
Lokoja
employs
Geographic
Information
Systems
(GIS)
Analytical
Hierarchy
Process
(AHP)
to
delineate
susceptibility,
vulnerability,
zones.
The
utilized
a
comprehensive
range
thematic
layers,
with
weight
percentages
assigned
each
parameter
as
follows:
29%
for
elevation,
24%
slope,
15%
Topographic
Wetness
Index
(TWI),
9%
drainage
density,
distance
from
rivers,
4%
both
precipitation
Normalized
Difference
Water
(NDWI),
2%
Vegetation
(NDVI)
soil
type.
To
validate
these
weightings,
consistency
ratio
was
calculated,
ensuring
it
remained
below
10%.
findings
reveal
that
32%
area
is
at
flooding,
compared
approximately
Lokoja.
results
highlight
very
high
potential,
near
Niger
River,
this
potential
decreasing
elevation
increases.
Given
current
prevalence
extreme
weather
events
crucial
employ
effective
tools
mitigate
their
adverse
impacts.
research
will
assist
decision-makers
quantifying
spatial
vulnerability
developing
strategies
region.
Hydrological Processes,
Journal Year:
2025,
Volume and Issue:
39(2)
Published: Feb. 1, 2025
ABSTRACT
Climate
change
significantly
impacts
natural
hydrological
systems
worldwide,
affecting
water
availability
and
sedimentation
dynamics.
The
upper
Indus
Basin
is
one
of
the
most
crucial
basins
in
South
Asia,
which
undergoing
severe
climatic
variations,
resulting
extreme
flooding.
This
study
examines
impact
climate
on
cycle,
availability,
dynamics
Shyok
River
basin
Karakoram
region.
focuses
investigating
increasing
outflows
a
seasonal
basis,
as
found
previous
studies,
by
utilising
daily
river
discharge
data
between
2003
2014
at
Yugo
hydrographic
station
operated
WAPDA
with
geographic
information
(GIS),
SWAT+
(Soil
Water
Assessment
Tool),
remote
sensing,
statistical
techniques.
To
analyse
variables,
using
only
available
ground
weather
stations
inside
basin,
we
have
utilised
ERA
5
reanalysis
dataset
to
evaluate
precipitation
temperature
trends.
significance
ERA5‐derived
variables
has
been
assessed
Mann‐Kendall
test,
Sen's
slope
analysis
Coefficient
Determination
R
2
from
2000
2020
monthly
basis.
Analysis
reveals
decline
flow
July
October
general
upward
trend
during
last
20
years,
such
significant
decrease
streamflow
simulated
trend,
was
293
m
3
/s
2005
dropped
158
2017.
In
contrast,
maximum
actual
vs.
decreased
10
2010
2019,
respectively.
increased
approximately
1.5°C.
Seasonal
an
winter,
while
other
seasons
shown
fluctuating
Where
trends
were
be
non‐significant,
p
>
0.05.
An
sediment
load
model
output
suggests
active
erosion
channel
rate
40
megatons/ha.
highlights
It
attempts
contribute
existing
literature
evaluation
climate‐induced
changes
morphology.
also
necessity
continuous
scale.
Applied Mathematics and Nonlinear Sciences,
Journal Year:
2025,
Volume and Issue:
10(1)
Published: Jan. 1, 2025
Abstract
In
the
context
of
globalization,
food
safety
has
attracted
much
attention
and
become
one
focuses
social
concern.
This
study
constructs
setting
monitoring
indicators
early
warning
levels
based
on
time
series
analysis
in
order
to
realize
finger
improve
efficiency
accuracy
management.
Taking
infant
milk
powder
as
a
specific
research
object,
hierarchical
method
is
first
improved
by
using
three-scaled
selection
weight
determination
indexes
construct
comprehensive
index
function
safety.
Then,
data,
corresponding
composite
obtained.
The
prediction
effects
ARIMA
model
quadratic
exponential
smoothing
are
explored,
level
set
appropriately.
relative
absolute
errors
range
[0.02%,
0.99%]
[0.0004,0.0125],
which
smaller
than
that
ARMA(2,1,1)
model,
indicating
more
effective
prediction.
Thus,
this
paper
chooses
constructed
for
sets
0.7.
provides
new
solution
warning.
