Engineering and Technology Journal,
Год журнала:
2024,
Номер
09(12)
Опубликована: Дек. 31, 2024
This
paper
investigates
the
feature
requirements
of
a
mobile
application
aimed
at
optimizing
boat
rental
and
fishing
activities
while
addressing
environmental
socio-economic
challenges
in
Labuhan
Amuk,
Karangasem,
Bali.
By
synthesizing
insights
from
contemporary
research,
study
identifies
core
features
such
as
real-time
weather
updates,
GPS
navigation,
fish
stock
prediction,
resource
management,
sustainability
reporting.
These
functionalities
are
designed
to
enhance
operational
efficiency,
ensure
safety,
promote
eco-friendly
practices
among
anglers
fishermen.
The
proposed
serve
comprehensive
baseline
improve
decision-making
foster
sustainable
fisheries
management.
results
highlight
potential
integrating
these
into
single
platform
productivity,
ensuring
usability
adaptability
for
diverse
fishermen's
literacy
needs.
Future
work
will
focus
on
implementation
field
testing
validate
its
impact.
IOP Conference Series Earth and Environmental Science,
Год журнала:
2025,
Номер
1441(1), С. 012006 - 012006
Опубликована: Янв. 1, 2025
Abstract
Green
aquaculture
refers
to
emerging
sustainable
practices
that
minimize
environmental
impact
and
optimize
efficiency
in
aquatic
food
production.
It
aligns
with
broader
agriculture
goals,
focusing
on
eco-friendly
methods,
resource
efficiency,
responsible
management
of
ecosystems.
This
paper
presents
the
influence
urban
environments
supporting
enhancing
critical
aspects
green
aquaculture,
a
particular
emphasis
conservation.
Urban
unique
challenges
opportunities,
especially
densely
populated
areas,
such
as
Jakarta,
where
preservation
are
critical.
Integrating
into
settings
potentially
reduce
footprint
production
while
local
security
economic
growth.
In
addition
conservation,
this
explore
Environmental
Impact
Assessment
(EAI)
methodology
analysing
feasibility
study
aqua
culture
particularly
Jakarta.
The
found
Jakarta’s
project
involves
multifaceted
approach
addresses
air
quality,
flood
risks,
water
pollution.
By
systematically
assessing
these
factors
implementing
appropriate
mitigation
strategies,
can
be
developed
sustainably,
contributing
positively
environment
community
minimizing
adverse
impacts.
Reviews in Aquaculture,
Год журнала:
2025,
Номер
17(2)
Опубликована: Март 1, 2025
ABSTRACT
Aquaculture
emerges
as
a
crucial
solution
for
addressing
the
global
food
shortage
of
an
estimated
10
billion
people
by
2050.
In
Türkiye,
aquaculture
plays
significant
role
in
supporting
economy
and
ensuring
security.
Over
past
two
decades,
finfish
production
Türkiye
surged
from
61,163
to
547,505
t,
generating
$1.7
export
revenue
across
over
100
countries.
This
growth
has
been
driven
technological
advancements,
robust
governmental
support,
increasing
demand
products.
However,
sector
also
faces
persistent
challenges,
including
need
enhance
sustainability,
mitigate
ecological
impacts,
manage
finite
resources.
As
Europe's
leading
fish
producer,
Turkish
must
continue
innovate
expand
meet
demands
growing
population.
Despite
expanding
research
on
aquaculture,
there
is
no
comprehensive
review
that
consolidates
both
scientific
progress
sectoral
developments.
study
fills
void
combining
bibliometric
analysis
1958
publications
1983
2023
with
in‐depth
evaluation,
providing
holistic
understanding
sector.
The
highlights
key
areas,
trends,
knowledge
gaps,
while
overview
examines
dynamics
feed
industry,
innovations,
economic
factors.
It
addresses
challenges
such
climate
change
reliance
imported
ingredients,
disease
issues,
discussing
potential
avenues
sustainable
through
innovation,
policy
reforms,
integration.
serves
valuable
resource
researchers,
policymakers,
industry
stakeholders,
offering
insights
into
current
state
future
directions
Türkiye.
Diversity,
Год журнала:
2024,
Номер
16(10), С. 601 - 601
Опубликована: Окт. 1, 2024
Biofloc
technology
(BFT)
systems
heavily
rely
on
microbiota
to
mitigate
ammonia
toxicity
and
manage
essential
nutrient
cycling.
Understanding
the
diversity
functional
role
of
within
BFT-applied
aquaculture
is
crucial
for
ensuring
sustainable
operations.
Though
some
studies
exist
BFT
microbiota,
research
microbial
differences
in
Japanese
eel
still
limited,
hindering
wider
application
systems.
In
this
study,
we
analyzed
characteristics
water
quality
factors
(Anguilla
japonica)
breeding
water,
applying
system.
Using
a
metabarcoding
approach,
community
structure
aquatic
were
compared
between
continuous
flow
(CF)
The
pH
was
significantly
higher
CF
while
total
nitrogen
(TAN)
nitrite
(NO2−-N)
water.
Alpha
systems,
it
correlated
with
TAN.
both
phyla
Proteobacteria
Bacteroidota
found
be
most
abundant.
diverse
array
bacterial
taxa,
including
BFT-specific
clades,
consistently
present,
more
variable
contained
fewer
specific
taxa.
addition,
functions
related
nitrate
reduction,
sulfur
compound
oxidation,
chitinolysis
abundant
than
These
findings
highlight
which
can
inform
future
use
fish
farming.
Eng—Advances in Engineering,
Год журнала:
2024,
Номер
5(4), С. 2862 - 2885
Опубликована: Ноя. 4, 2024
Aquaculture
is
one
of
the
key
economic
activities
to
reduce
food
shortages
worldwide.
Water
recirculation
systems
using
pumps
are
crucial
maintain
oxygenation
and
water
quality,
consuming
about
35%
total
energy
in
this
activity.
This
research
proposes
a
multiple
linear
regression
mathematical
model
optimize
intensive
shrimp
aquaculture
by
reducing
consumption
minimizing
changes
ponds.
The
proposed
optimizing
operation
pumping
systems,
allowing
us
significantly
turnover
without
compromising
dissolved
oxygen
levels
as
function
variables
such
volume,
biomass,
solar
radiation
(0–1200
W/m2),
temperature
(20
°C–32
°C),
phytoplankton
(0–1,000,000
cells/ml),
zooplankton
(0–500,000
wind
speed
(0–15
m/s).
These
integrated
into
model,
managing
explain
94.02%
variation
oxygen,
with
an
R2
92.9%,
which
adjusts
system
conditions
real
time,
impact
environmental
fluctuations
on
quality.
leads
estimated
annual
savings
106,397.5
kWh,
663.8
MWh.
contributes
development
approach
that
not
only
improves
prediction,
but
also
minimizes
use
resources,
improving
sustainability
profitability
farming
robust
tool
maximizes
operational
efficiency
aquaculture,
particularly
where
management
critical.
