International Journal of Adaptive Control and Signal Processing,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Dec. 9, 2024
ABSTRACT
This
article
proposes
a
comprehensive
analysis
of
architectures
that
use
blockchain
technology
to
solve
important
aspects
computing
sustainability,
with
an
emphasis
on
scalability,
resource
utilization,
transparency,
and
energy
conservation.
The
research
focuses
analyzing
various
structure
which
embraces
decentralization
consensus
principles,
redefine
the
computer
infrastructure
environment.
study
highlights
aids
in
improving
scalability
utilization
by
decentralizing
data
storage
processing,
relieving
load
centralized
servers,
lowering
environmental
effect
large‐scale
centers.
study's
findings
are
significant
uncovering
best
practices
optimizing
impact
evaluating
indicators
such
as
saving
within
framework
sustainable
computing.
project
intends
assist
development
resource‐efficient
solutions,
address
issues,
promote
openness
accountability
performance
implementations.
help
larger
goal
connecting
technical
improvements,
notably
blockchain,
global
goals.
reveals
conservation
is
aspect
different
frameworks
including
techniques
for
consumption
based
carbon
footprint
concerns,
decentralization,
methods
intended
prioritize
energy‐efficient
nodes
environmentally
friendly
practices,
resulting
greener
ecosystem.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(6), P. 2403 - 2403
Published: March 14, 2024
Blockchain
technology
has
been
used
for
the
digitalization
of
physical
asset
management
and
data
processes
in
many
areas
industry
academia,
including
water
domain.
Its
potential
as
an
immutable
storage
system
smart
contract
integration
provided
a
plethora
use
cases
utility
domain
hydrology
resources.
This
systematic
review
critically
examines
application
blockchain
field
resources
hydrology.
By
analyzing
104
academic
publications
37
non-academic
studies
from
2017
to
15
October
2022,
this
paper
identifies
current
state
applications
management,
delineates
their
cases,
assesses
practical
scalability.
Despite
theoretical
promise
enhancing
governance,
security,
stakeholder
trust,
reveals
noticeable
gap
between
existence
workable,
real-time
specifically
management.
The
findings
indicate
that
while
effectively
implemented
various
sectors,
its
adoption
hydrological
is
still
emerging,
with
limited
empirical
evidence
support
full-scale
deployment.
concludes
call
more
research
validate
benefits,
address
scalability
interoperability
challenges,
integrate
networks
sustainable
practices.
Agricultural Water Management,
Journal Year:
2023,
Volume and Issue:
280, P. 108212 - 108212
Published: Feb. 17, 2023
The
optimal
allocation
of
agricultural
water
rights
is
great
importance
in
promoting
the
efficient
management
resources
irrigation
areas.
In
process
allocation,
problems
develop
when
dynamics
and
uncertainties
caused
by
changes
cycle
elements
are
ignored.
To
balance
socioeconomic
development
environmental
protection,
this
study
develops
a
model
framework
for
evaluating
optimizing
synergistic
trading
under
multiple
(AWRAS-TCME).
capable
reflecting
dynamic
meteorological
hydrological
factors
such
as
rainfall,
evapotranspiration
runoff
quantitatively
measures
effect
multidimensional
objectives
economy-society-resources-environment
on
allocations
transactions.
AWRAS-TCME
integrates
two-level
multiobjective
nonlinear
programming
projection
tracking
into
to
measure
fairness
economic
benefits
based
an
analysis
sustainability
prices
dimensions,
fully
considering
influence
social
systems.
was
applied
actual
area,
results
showed
that
(1)
total
optimized
reduced
4.7–20.9%
at
different
levels
supply
demand;
(2)
volume
transfer
among
regions
increased
4.8%−12.9%,
market
account
5%−16.2%
revenue;
(3)
net
income
1.2%−3.3%,
equity
0.06–0.09.
developed
promotes
sustainable
utilization
irrigated
Multinational Business Review,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 7, 2025
Purpose
This
study
aims
to
explore
the
innovative
governance
structures
enabled
by
blockchain-based
decentralized
autonomous
organizations
(DAOs)
in
context
of
international
business
(IB).
As
nonhierarchical
entities
managed
through
collective
voting
and
peer-to-peer
interactions,
DAOs
challenge
traditional
assumptions
multinational
corporation
(MNC)
governance.
Design/methodology/approach
The
authors
perform
a
literature
review,
which
combines
qualitative
content
analysis
both
academic
papers
on
DAO
whitepapers
with
quantitative
bibliometrics
using
VosViewer.
Findings
findings
highlight
DAOs’
ability
generate
new
research
questions
offer
foundation
for
future
studies
IB.
Through
bibliometric
73
from
Web
Science
analysis,
identify
four
primary
streams
literature.
A
deep
dive
into
financial
DAOs,
or
DeFi
reveals
insights
their
mechanisms
implications
field
Research
limitations/implications
is
its
early
stages,
practice
IB
nascent.
regulatory,
economic
technological
landscape
changes,
more
will
be
needed
sustainability.
Originality/value
paper
advances
providing
multilevel
potential
impact
IB,
considering
macro
(country),
meso
(MNC/DPE)
micro
(multicultural
team
individual)
levels.
Recycling,
Journal Year:
2025,
Volume and Issue:
10(2), P. 48 - 48
Published: March 19, 2025
This
semi-systematic
review
paper
discusses
four
research
questions
based
on
findings
from
the
last
10
years:
What
are
crucial
issues
in
ongoing
debate
development
of
electric
vehicle
(EV)
concept?
Where
major
conflicting
points
and
focuses
between
sustainable
economy
EVs?
How
does
mining
metals
minerals
follow
current
zero-waste
sustainability
trends,
how
prediction
magnitude
future
demand
for
EV
batteries
guide
strategic
decision-making
policies
throughout
globe?
As
it
is
not
easy
to
currently
predict
necessary
productions
will
be
produced,
this
article
suggests
a
strategy
that
diverse
regarding
its
approaches
shaping
further
EVs,
along
with
involvement
urban
planning.
Using
broad
literature
published
pool
scenarios,
we
provide
comprehensive
assessment
battery
raw
materials
under
range
accounting
factors
such
as
developments
technology,
variations
fleet
composition,
aspects
second
use
recycling
technologies.
Additionally,
demonstrates
blockchain
technology
likely
force
mineral
metal
supply
chains
become
significantly
more
traceable
transparent.
Advances in information security, privacy, and ethics book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 77 - 96
Published: March 28, 2025
Sustainable
urban
water
management
is
crucial
to
address
contamination,
inefficient
distribution,
and
scarcity
issues.
Global
problems
include
the
allocation
of
resources
among
users.
It
imperative
for
nation
keep
an
eye
on
how
various
users
are
utilizing
seawater
put
clever
strategies
into
place
minimize
loss.
Among
technology
that
has
gained
popularity
over
past
several
years
blockchain.
The
potential
use
this
architecture
in
many
different
industries
while
including
innovative
concepts
such
as
crowdsensing,
IoT,
critical
applications,
decision-making
tools
provides
options
methods
creating
contemporary
applications.
This
paper
presents
viewpoints
support
sustainable
management.
suggests
a
solution
based
blockchain
Internet
Things
sensors
accurate
data
reporting
effective
distribution.
IGI Global eBooks,
Journal Year:
2025,
Volume and Issue:
unknown, P. 55 - 80
Published: April 25, 2025
Blockchain
has
emerged
as
a
distributed
ledger
mechanism
that
enables
decentralized
recordkeeping
and
transaction
validation
with
applications
in
various
fields.
Recent
research
highlighted
its
potential
for
managing
urban
water
energy
systems,
especially
given
increasing
urbanization
climate-related
resource
pressures.
This
chapter
explores
theoretical
dimensions
of
blockchain
integrated
management.
It
examines
the
conceptual
linkages
blockchain-based
smart
contracts,
consensus,
tamper-proof
data
exchange
operational
strategic
needs
stakeholders.
discusses
roles
trust,
security,
transparency
facilitating
stakeholder
cooperation
allocation
highlights
resilience
benefits
supply
networks
grids.
