CENDEKIA Jurnal Ilmu Pengetahuan,
Journal Year:
2023,
Volume and Issue:
3(4), P. 178 - 188
Published: Nov. 18, 2023
Covid-19
has
triggered
many
activities
that
must
be
done
from
home
by
utilizing
the
power
of
internet.
One
affected
virus
outbreak
is
training
held
at
PLN
UPDL
Suralaya.
Training
was
previously
caried-out
in
person
then
performed
using
distance
learning
(DL)
method.
Even
though
COVID-19
endemic
era
arrived,
Suralaya
are
still
performed.
In
2022,
will
hold
64
courses.
The
undergone
a
level
1
evaluation
assessment
to
assess
quality
its
implementation.
current
method
it’s
drawback
such
as
:
average
calculation
same
weight
for
each
statement/criterion.
Level
calculations
should
calculated
based
on
most
influences
training/learning
so
results
become
more
accurate
assessing
AHP
and
TOPSIS
methods
can
used
calculate
evaluations,
assessed
accurately.
create
pairwise
comparison
matrix
which
carried
out
weighting
criteria
testing
consistency
matrix.
alternative
decision
making
ranking
test
where
best
value
or
one
approaches
positive
value.
20
(twenty)
DL
shows
DL’s
changed
compared
old
calculation.
5
(five)
remained
their
rankings,
6
(six)
experienced
an
increase
rankings
9
(nine)
decrease
rankings.
ABSTRAKCovid-19
memicu
banyaknya
kegiatan
yang
pada
akhirnya
harus
dilakukan
dari
rumah
dan
secara
online
atau
dalam
jaringan
(daring).
Salah
satu
terdampak
wabah
ini
adalah
diklat/pembelajaran
diselenggarakan
di
Kegiatan
sebelumnya
dilaksanakan
tatap
muka,
menjadi
pembelajaran
jarak
jauh
(PJJ).
Meskipun
saat
sudah
masuk
endemi
covid-19,
PJJ
tetap
diselenggarakan.
Pada
tahun
telah
menyelenggarakan
diklat
Pembangkitan
sebanyak
diklat.
Sudah
penilaian
evaluasi
terkait
pelaksanaan
tersebut
untuk
menilai
kualitas
penyelenggaraannya.
Evaluasi
digunakan
memiliki
kekurangan,
yaitu
rata-rata
perhitungan
menggunakan
bobot
sama
masing-masing
pernyataan/kriteria.
Perhitungan
seharusnya
dihitung
berdasarkan
paling
mempengaruhi
diklat/pembelajaran,
sehingga
hasil
lebih
akurat
Metode
Analytical
Hierarcy
Process
(AHP)
Technique
Order
Preference
Similarity
Ideal
Solution
(TOPSIS)
dapat
menghitung
agar
dinilai
dengan
akurat.
pembuatan
matriks
perbandingan
berpasangan
kemudian
pembobotan
kriteria
uji
tingkat
konsistensi
terhadap
tersebut,
sebuah
metode
alternatif
pengambilan
keputusan
cara
melakukan
perangkingan
dimana
nilai
terbaik
mendekati
positif.
Hasil
(dua
puluh)
pembangkitan
didapatkan
bahwa
peringkat
mengalami
perubahan
dibandingkan
lama.
(lima)
peringkatnya,
(enam)
kenaikan
(sembilan)
penurunan
peringkat.
Green Technologies and Sustainability,
Journal Year:
2024,
Volume and Issue:
2(2), P. 100074 - 100074
Published: Jan. 21, 2024
As
of
2023,
Bangladesh
stands
as
the
seventh
most
populous
nation
globally,
confronting
challenges
arising
from
limited
resources
and
rapid
urbanization.
The
emergence
COVID-19
pandemic
has
led
to
unprecedented
disruptions
on
a
global
scale,
necessitating
detailed
examination
its
effects,
particularly
within
urban
environments.
This
study
meticulously
scrutinizes
repercussions
environment,
focusing
specifically
Dhaka
City.
In
this
comprehensive
exposition,
we
explore
multifaceted
impact
outbreak,
spanning
environmental
non-environmental
aspects
like
water
quality,
air
municipal
waste
management,
noise
pollution.
We
analyze
data
across
distinct
timeframes,
employing
Indicators,
Impact,
Strategy
(IIS)
framework
for
improvement
sustainability.
reveals
substantial
shifts
in
poised
exert
profound
influence
city’s
inhabitants
overall
ecology.
Notably,
findings
indicate
marked
attributed
partly
reduced
industrial
activity
diminished
vehicular
emissions
during
lockdowns.
However,
management
faced
significant
challenges,
resulting
deterioration
disposal
system.
Of
particular
concern
was
medical
due
increased
generation
pandemic.
concludes
by
proposing
robust
policy
addressing
key
concerns,
including
health,
pollution
control.
These
recommendations
aim
bolster
sustainable
progress
unique
exigencies
era.
grapples
with
pandemic’s
aftermath,
research
offers
valuable
insights
roadmap
ensuring
more
resilient
environmentally
future
Science Bulletin,
Journal Year:
2024,
Volume and Issue:
69(16), P. 2632 - 2646
Published: March 25, 2024
Given
that
it
was
a
once-in-a-century
emergency
event,
the
confinement
measures
related
to
coronavirus
disease
2019
(COVID-19)
pandemic
caused
diverse
disruptions
and
changes
in
life
work
patterns.
These
significantly
affected
water
consumption
both
during
after
pandemic,
with
direct
indirect
consequences
on
biodiversity.
However,
there
has
been
lack
of
holistic
evaluation
these
responses.
Here,
we
propose
novel
framework
study
impacts
this
unique
global
event
by
embedding
an
environmentally
extended
supply-constrained
multi-regional
input-output
model
(MRIO)
into
drivers-pressure-state-impact-response
(DPSIR)
framework.
This
allowed
us
develop
scenarios
COVID-19
quantify
country-sector-specific
freshwater
associated
biodiversity
for
period
2020-2025.
The
results
suggest
progressively
diminishing
due
implementation
vaccines
socio-economic
system's
self-adjustment
new
normal.
In
2020,
were
estimated
decrease
about
5.7%
average
across
all
when
compared
baseline
level
no
measures.
Further,
such
is
lead
reduction
around
5%
pressure
interdependencies
interactions
supply
chains,
even
those
countries
sectors
not
directly
shocks
experienced
significant
impacts:
Our
indicate
chain
propagations
contributed
79%
total
84%
loss
average.
demonstrates
MRIO-enhanced
DSPIR
can
help
resource
pressures
resultant
environmental
chains
facing
event.
recommend
development
more
locally
based
conservation
measures-to
mitigate
effects
trade
disruptions-and
explicit
inclusion
resources
post-pandemic
recovery
schemes.
addition,
innovations
conserve
natural
are
essential
maintaining
gains
world.
International Journal of Emerging Science and Engineering,
Journal Year:
2024,
Volume and Issue:
12(7), P. 1 - 6
Published: June 19, 2024
This
literature
review
analytically
discovers
how
the
complex
dynamic
between
Water
and
extraordinary
challenges
caused
by
COVID-19
epidemic
is
associated
critical
synthesis
Evaluation
of
selected
papers
reveals
a
diverse
set
techniques
results,
contributing
to
research
knowledge
interplay
pandemic
water
parameters.
Ranging
from
different
studies
on
topic,
comes
up
with
analysis
15
demand
articles
that
deal
in
varied
areas,
covering
resilience
United
Kingdom
Ireland,
resource
disruptions
India,
so
on.
What
more
varying
results
methods
leads
highlight
common
patterns
differences,
which
lays
out
general
direction
such
significant
subject.
By
looking
for
issues
editions,
subject
matter
uncertainty
involved
becomes
precise
complicated.
The
has
affected
multiple
facets
globally.
Each
study
offers
distinct
perspective,
modeling
Saudi
Arabia
researching
quality
Hawai'i
during
lockdowns.
While
"Water
Sector
Resilience
Ireland:
Challenge"
focuses
adaptation
strategies,
"Changes
Use
wastewater
generation
influenced
pandemic:
A
Case
Study
China"
looks
at
Regional
Variations.
concluding
section
describes
outcomes
suggestions
broader
perception
associations
pandemic.
Water,
Journal Year:
2024,
Volume and Issue:
16(7), P. 956 - 956
Published: March 26, 2024
For
humankind
to
survive,
access
sufficient
and
safe
drinking
water
is
fundamental.
This
study
explores
the
connection
between
rising
domestic
consumption
planetary
phenomena,
such
as
rapid
population
growth,
climate
change,
pandemics.
To
achieve
study’s
objectives,
it
provides
a
thorough
forecast
of
use,
considering
probable
global
scenarios
for
years
2030
2050.
The
modeling
approach
adapted
from
consistent
case
taken
body
scientific
literature
on
supply
hydraulics.
results
highlight
necessity
proactive
flexible
management
strategies
resources.
Notably,
observes
significant
alterations
in
adjust
allocation
due
unanticipated
ongoing
increase
consumer
demand.
forecasted
indicate
potential
difficulties
that
may
arise
meeting
demand
amid
phenomena.
presented
offer
valuable
insights
policymakers
authorities,
enabling
them
effectively
address
while
adverse
conditions,
ensuring
sustainable
future
generations.
iScience,
Journal Year:
2022,
Volume and Issue:
25(7), P. 104629 - 104629
Published: June 17, 2022
Water
technological
progress
contributes
a
lot
to
water
conservation.
Most
studies
have
overestimated
its
contribution
by
ignoring
scale
effect
on
economic
growth,
leading
the
increase
in
consumption.
To
quantify
trade-off
of
progress,
we
combine
macroeconomic
model
with
environmental
analyze
both
and
intensity
progress.
Results
show
that
has
reduced
China's
consumption
612.256
×
109
m3
from
2003
2020,
while
increases
189.911
m3.
The
varies
among
regions
China.
industrial
structure
inhibits
consumption,
second
water-saving
input
owing
particularly
striking
promotion
capital
input.
Some
policy
recommendations
are
given
mitigate
regional
disparity.
