Journal of Geography and Cartography,
Journal Year:
2023,
Volume and Issue:
6(1), P. 2184 - 2184
Published: June 15, 2023
The
present
study
assessed
the
potential
of
sediment
loading
in
Beteni,
Lauruk,
Andheri,
and
Harpan
sub-watersheds
Phewa
Lake
estimated
yield
year
2020.
Morphometry,
land
use/land
cover,
geology,
climate,
human
development
factors
were
studied
to
assess
sub-watersheds.
SRTM
DEM
was
used
for
computation
morphometric
parameters
cover
maps
prepared
by
using
Landsat
imagery.
Geology,
rainfall
data,
census
road
collected
from
various
secondary
sources.
yields
four
2020
measuring
volume
deposited
retention
ponds
at
outlet
each
sub-watershed.
Results
indicated
that
Beteni
had
highest
loading,
while
lowest.
Likewise,
1,420.67
m3/km2/year,
2,280.14
1,666.77
766.42
respectively.
To
reduce
sedimentation
Lake,
it
is
recommended
regularly
maintain
siltation
dams
construct
check
along
drainage
slopes,
alongside
other
soil
conservation
measures
appropriate
use
practices
upstream
areas
International Journal of Engineering and Geosciences,
Journal Year:
2025,
Volume and Issue:
10(2), P. 231 - 243
Published: Jan. 25, 2025
This
study
investigates
the
impact
of
sedimentation
on
storage
capacity
Tupalang
Reservoir,
located
in
Surkhandarya,
Uzbekistan,
over
a
period
more
than
30
years.
Sedimentation
poses
significant
challenge
by
gradually
reducing
reservoir
capacity,
affecting
water
availability
for
irrigation,
hydropower,
and
drinking
supply.
In
study,
was
evaluated
using
GIS-based
geostatistical
methods
USV
data
reservoir.
For
bathymetric
processing
that
collected
2023,
four
interpolation
techniques—IDW,
RBF,
OK,
EBK
—were
applied,
with
RBF
demonstrating
highest
predictive
accuracy.
Results
indicate
loss
28.05
million
cubic
meters
(Mm³),
or
5.65%
total
volume,
primarily
dead
zone
between
830
m
890
above
sea
level.
Using
surveys
conducted
2003,
2007,
2010,
this
research
assesses
changes
volume
identifies
patterns.
The
findings
highlight
decline
rates
from
1.51
Mm³
per
year
early
years
to
0.3
after
attributed
effective
management
practices
such
as
hydraulic
washing.
underscores
importance
proactive
sediment
strategies,
including
dredging
traps,
sustain
functionality
recommends
ongoing
monitoring
advanced
geospatial
techniques
Applied Water Science,
Journal Year:
2023,
Volume and Issue:
13(5)
Published: April 10, 2023
Abstract
Changes
in
Land
Use
Cover
(LULC)
are
currently
one
of
the
greatest
pressing
issues
facing
watershed,
its
hydrological
properties
soil,
and
water
management
catchment
areas.
One
most
important
elements
impacting
streamflow
watersheds
is
LULC
change.
The
main
objective
this
study
was
to
evaluate
effect
future
predication
change
on
Fetam
watershed
by
using
Cellular
Automata
(CA)-Markov
IDRISI
software.
To
analyze
impact
land
use/cover
streamflow,
Soil
Water
Assessment
Tool
(SWAT)
calibration
validation
model
used.
map
developed
software,
coverage
LULCs
including
parameters
cropland,
vegetation,
grassland,
Built-up
area/Urban
body.
findings
showed
that
major
challenges
use/cove
changes
were
rapid
population
increase,
farming,
industrial
activity.
During
period
(2000–2020),
portions
body,
grassland
changed
into
cropland
constructed
building.
Cropland
construction
areas
increased
15%
46.95%,
respectively,
whereas
bodies,
decreased
62.7%,
70.02%,
38.1%,
respectively.
According
forecasted
results
for
2030–2040,
built-up
increased,
while
bodies
.
SWAT
model's
performance
evaluated
sensitive
parameters.
For
years
2000–2004,
2005–2012,
models
calibrated
validated,
good
agreement
between
observed
simulated
with
NSE
R
2
values
0.88
0.72
0.9
0.85,
indicated
seasonal
from
2000
2010
2010–2020
during
dry
rainy
seasons.
In
general,
impacts
significant
considerations
planning
implementing
resource
projects.
order
address
risks,
effective
land-use
climate-resilient
strategies
will
be
improved.
SAGE Open,
Journal Year:
2025,
Volume and Issue:
15(1)
Published: Jan. 1, 2025
Sediment
management
in
hydroelectric
power
plants
has
been
mainly
oriented
by
economic
and
technical
aspects,
unlike
current
approaches,
which
also
recognize
the
importance
of
integrating
social
environmental
aspects
into
decision-making.
Consistent
with
this
vision,
concept
corporate
sustainability
is
proposed
international
literature
as
a
perspective
economic,
environmental,
dimensions
are
considered
to
guide
organizations.
This
article
aims
analyze
recent
studies
on
sediment
evaluate
how
being
integrated
decision-making
processes
management.
For
purpose,
systematic
review
was
conducted,
its
findings
lead
following
conclusions:
despite
growing
interest
climate
change
literature,
percentage
publications
that
include
three
criteria
for
choosing
alternatives
low.
In
addition,
it
observed
dimension
still
most
relevant
criterion
techniques.
Likewise,
Multicriteria
Decision-Making
methods
widely
used
selecting
strategies
reservoirs.
cases
have
decisional
process,
Multi-Attribute
Decision-Making.
Journal of Geoscience and Environment Protection,
Journal Year:
2023,
Volume and Issue:
11(05), P. 404 - 426
Published: Jan. 1, 2023
The
headrace
of
the
Inga
hydropower
complex
is
experiencing
siltation
problems,
reducing
exploitable
draft
and
limiting
production
capacity
two
main
plants
during
low
water
period.
During
2019
period,
several
sediment
slumps
occurred
in
Shongo
basin,
disrupting
hydroelectric
power
generated
by
1
&
2
plant,
resulting
massive
load
shedding
supply
to
downstream
customers.
cardinal
aim
this
study
determine
quantities
sediments
deposited
those
eroded,
order
know
evolution
sedimentation
basin
from
February
2020
May
2021.
results
obtained
show
that
running
index
turbines
alternators
groups
determinant
influences
process
basin.
cleaning
terms
spatial
distribution
2021
plausible.
