Aquaculture International,
Год журнала:
2024,
Номер
32(5), С. 6353 - 6379
Опубликована: Март 27, 2024
Abstract
Recently,
medical
plants
have
been
widely
used
as
replacements
for
antibiotics
in
disease
treatment.
Because
of
its
multiple
medicinal
uses,
peppermint
(
Mentha
piperita
,
MP)
is
a
common
herbal
remedy.
In
the
present
study,
MP
powder
was
feed
additive
to
assess
growth
performance;
hematological;
biochemical
and
immune
parameters;
intestinal
histology;
interleukin
1β
IL-1β
)
gene
expression,
well
protection
against
Vibrio
alginolyticus
infection
Oreochromis
niloticus
.
O.
n
=
120,
25.66
±
0.16
g)
were
fed
diets
containing
0
(CTR),
2,
3,
or
4%
60
days.
The
results
revealed
that
inclusion
2%
significantly
improved
indices,
morphological
parameters,
reduced
conversion
ratio.
treatment
P
<
0.05)
increased
hematological
parameters
(red
blood
cell
(RBC)
count,
white
(WBC)
packed
volume%
(PCV%),
hemoglobin)
compared
with
those
CTR
0.05).
Additionally,
feeding
fish
decreased
levels
cholesterol
LDL
(low-density
lipoprotein).
There
significant
increases
responses
(serum
protein
phagocytic
activity
index)
non-significant
expression
group
comparing
other
groups
At
end
trial
(60
days),
challenged
virulent
strain
showed
mortality
rate
group,
followed
by
3%
groups.
Overall,
dietary
can
exhibit
growth-promoting
immunostimulant
effects
sustainable
aquaculture.
Food Chemistry X,
Год журнала:
2024,
Номер
22, С. 101309 - 101309
Опубликована: Март 19, 2024
The
increasing
global
population
drives
a
rising
demand
for
food,
particularly
fish
as
preferred
protein
source,
straining
capture
fisheries.
Overfishing
has
depleted
wild
stocks,
emphasizing
the
need
advanced
aquaculture
technologies.
Unlike
agriculture,
not
seen
substantial
technological
advancements.
Artificial
Intelligence
(AI)
tools
like
Internet
of
Things
(IoT),
machine
learning,
cameras,
and
algorithms
offer
solutions
to
reduce
human
intervention,
enhance
productivity,
monitor
health,
feed
optimization,
water
resource
management.
However,
challenges
such
data
collection,
standardization,
model
accuracy,
interpretability,
integration
with
existing
systems
persist.
This
review
explores
adoption
AI
techniques
advance
industry
bridge
gap
between
food
supply
demand.
Reviews in Aquaculture,
Год журнала:
2024,
Номер
17(1)
Опубликована: Ноя. 6, 2024
ABSTRACT
Changes
in
water
quality
significantly
shape
fish
behavior,
a
crucial
index
reflecting
the
growth
and
welfare
status
of
fish.
Given
centrality
this
relationship
to
aquaculture
practices,
comprehensive
understanding
how
dynamics
influence
behavior
is
imperative.
While
there
have
been
some
summaries
effects
parameters
on
physiology
growth,
few
reviews
their
reported
yet.
This
article
several
which
are
great
concern
from
multiple
facets
actual
production,
including
physical
(water
temperature
turbidity),
chemical
(dissolved
oxygen,
salinity,
pH,
inorganic
nitrogen),
pollutants
(microplastics
crude
oil),
gained
increasing
attention
researchers
practitioners
over
past
decades.
Variations
these
can
exert
profound
physiology,
metabolism,
internal
tissues
organs,
sensory
perception,
influences
behaviors
such
as
swimming,
schooling,
feeding,
predation,
anti‐predation,
aggression,
courtship,
well
adaptive
stress‐related
exploration,
avoidance
response,
anxiety‐like
behavior.
By
synthesizing
behavioral
changes
caused
by
specific
parameters,
review
aims
provide
strong
support
for
further
quality‐related
research,
thereby
fostering
environments
conducive
both
productivity.
Aquaculture and Fisheries,
Год журнала:
2022,
Номер
9(1), С. 28 - 34
Опубликована: Март 25, 2022
Aquaculture
industry
contributes
significant
aquaculture
species
production
to
meet
fish
protein
demand
from
the
world.
The
is
gearing
towards
intensification
increase
more
in
near
future.
Various
technologies
and
efforts
were
introduced
into
bring
it
up
next
higher
level.
However,
development
of
hindered
by
disease
constraint.
As
a
result,
excessive
use
antibiotics
chemicals
applied
reduce
or
minimize
risk
outbreak
farming
activity.
Subsequently,
aquacultures
products
environment
highly
exposed
these
chemicals.
To
resolve
this
issue,
farmers
encouraged
utilize
alternative
method
health
management.
Prebiotics
has
become
new
approach
maintain
good
at
same
time
produce
chemical
antibiotic-free
product.
In
review
paper,
we
summarize
discuss
effects
prebiotic
mixtures
administration
on
growth
performance,
immune
response,
resistance,
tolerance
against
abiotic
stressors
aquatic
animals.
Indonesian Journal of Agricultural Research,
Год журнала:
2023,
Номер
6(2), С. 106 - 125
Опубликована: Дек. 12, 2023
The
Water
Quality
Index
(WQI)
was
used
to
evaluate
the
ecological
health
and
status
of
Owalla
Reservoir
implications
on
fish
species
distribution
biological
diversity
reservoir.
quality
were
collected
from
three
sampling
zones
(A,
B,
C)
September
2019
August
2020
indices
such
as
dominance,
Shannon-Weiner,
Evenness,
Brillouin,
Menhinick,
Margalef,
Equitability,
Fishers
index
calculated.
mean
values
measured
for
temperature
(25.9
±
0.48
oC),
dissolved
oxygen
(4.14
0.10
mg/L),
pH
(7.0
0.01),
nitrate
(0.68
0.25
mg/L)
within
recommended
range;
while
ammonia
(0.13
0.20
nitrite
(0.14
0.21
high
above
limits.
WQI
highest
in
zone
A
(155.97)
with
an
overall
value
152.73
Zone
recorded
relative
abundance
(49.95%)
more
diversified
than
other
zones.
In
terms
biodiversity
indices,
had
richness
(9),
number
individuals
(136),
Shannon
(1.84),
Brillouin
(1.62)
values.
Zones
B
C
Dominance
(1.0),
Evenness
(1.0).
Simpson
(0.83);
Menhinick
(1.58),
Fisher_alpha
(3.98)
Margalef
(2.0),
Equitability
(0.99)
indices.
elevated
levels
WQI,
ammonia,
pose
a
danger
watershed
systems.
It
is
important
maintain
water
by
ensuring
best
human
practices
averting
inappropriate
wastes
well
sewage
disposal
agricultural
activities.
These
should
be
checked
sustainability
species.
Journal of Environmental Management,
Год журнала:
2024,
Номер
352, С. 120091 - 120091
Опубликована: Янв. 15, 2024
Water
is
a
vital
resource
supporting
broad
spectrum
of
ecosystems
and
human
activities.
The
quality
river
water
has
declined
in
recent
years
due
to
the
discharge
hazardous
materials
toxins.
Deep
learning
machine
have
gained
significant
attention
for
analysing
time-series
data.
However,
these
methods
often
suffer
from
high
complexity
forecasting
errors,
primarily
non-linear
datasets
hyperparameter
settings.
To
address
challenges,
we
developed
an
innovative
HDTO-DeepAR
approach
predicting
indicators.
This
proposed
compared
with
standalone
algorithms,
including
DeepAR,
BiLSTM,
GRU
XGBoost,
using
performance
metrics
such
as
MAE,
MSE,
MAPE,
NSE.
NSE
hybrid
ranges
between
0.8
0.96.
Given
value's
proximity
1,
model
appears
be
efficient.
PICP
values
(ranging
95%
98%)
indicate
that
highly
reliable
Experimental
results
reveal
close
resemblance
model's
predictions
actual
values,
providing
valuable
insights
future
trends.
comparative
study
shows
suggested
surpasses
all
existing,
well-known
models.
Frontiers in Forests and Global Change,
Год журнала:
2024,
Номер
7
Опубликована: Июль 31, 2024
Climate
change
and
extreme
weather
events
are
threatening
agricultural
production
worldwide.
The
anticipated
increase
in
atmospheric
temperature
may
reduce
the
potential
yield
of
cultivated
crops.
Agroforestry
is
regarded
as
a
climate-resilient
system
that
profitable,
sustainable,
adaptable,
has
strong
to
sequester
carbon.
practices
enhance
agroecosystems’
resilience
against
adverse
conditions
via
moderating
fluctuations,
provisioning
buffers
during
heavy
rainfall
events,
mitigating
drought
periods,
safeguarding
land
resources
from
cyclones
tsunamis-type
events.
Therefore,
it
was
essential
comprehensively
analyze
discuss
role
agroforestry
providing
situations.
We
hypothesized
integrating
trees
agro-ecosystems
could
crops
available
literature
showed
over-story
tree
shade
moderates
severe
(2–4°C)
effects
on
understory
crops,
particularly
wheat
coffee-based
well
forage
livestock-based
silvipasture
systems.
Studies
have
shown
intense
rainstorms
can
harm
(40–70%)
cause
waterlogging.
farmlands
with
been
reported
be
more
resilient
because
decrease
runoff
(20–50%)
soil
water
infiltration.
also
suggested
drought-induced
low
damages
many
but
improve
microclimate
maintain
crop
by
shade,
windshield,
prolonged
moisture
retention.
meta-analysis
revealed
shelterbelts
mitigate
high
wind
speeds
associated
tsunamis
creating
vegetation
bio-shield
along
coastlines.
In
general,
existing
indicates
implementing
designing
increases
agronomic
increasing
5–15%.
Moreover,
despite
its
widely
recognized
advantages
terms
weather,
systematic
documentation
currently
insufficient
global
scale.
Consequently,
we
provide
synthesis
data
analysis
draw
reasonable
conclusions
aid
development
suitable
strategies
achieve
worldwide
goal
adapting
impacts
climate
change.
