Frontiers in Sustainable Food Systems,
Journal Year:
2023,
Volume and Issue:
7
Published: Nov. 23, 2023
The
Atlantic
horse
mackerel
(
Trachurus
trachurus
)
is
a
globally
favored
fish
due
to
its
abundance,
nutritional
value,
and
affordability,
but
it
faces
quality
preservation
challenges.
To
address
this,
this
study
aimed
enhance
value
by
creating
low-salt
smoked
products
with
natural
bioactive
compounds
from
seafood
forest
sources.
filets
were
divided
into
four
groups:
one
as
control,
the
others
treated
various
extract
solutions,
specifically
pine
bark,
mussels,
microalgae.
After
15
days
of
storage
at
4°C,
significant
differences
in
properties
observed.
Moisture
salt
had
an
inverse
relationship,
decreasing
moisture
pH
over
time.
Oxidation
levels
remained
acceptable,
although
sensory
was
affected
storage.
Microbiological
analysis
uncovered
high
contamination
certain
samples
specific
points
time,
no
pathogens
such
Salmonella
spp.
or
Listeria
monocytogenes
detected.
While
microalgae
most
powerful
antioxidant,
performance
hampered
poor
scores.
On
other
hand,
bark
acceptable
point
view
revealed
some
antimicrobial
inhibition.
Using
antioxidants
provides
appealing
solution
for
consumers
seeking
clean
labels.
Industrial Crops and Products,
Journal Year:
2023,
Volume and Issue:
202, P. 117105 - 117105
Published: July 5, 2023
Pine
resin
is
a
non-wood
forest
product
that
has
been
used
for
multiple
purposes
since
ancient
times
throughout
the
world.
In
recent
years,
tapping
activity
increased
in
countries
were
historically
producers,
but
which
it
had
practically
disappeared
late
1980
s,
and
expected
to
grow
importance
due
its
bio-product
nature.
The
aim
of
this
review
provide
an
overview
research
work
on
main
factors
modulating
yield.
A
total
205
papers
selected
classified
according
their
topics.
species
intraspecific
genetic
variation
are
two
influencing
both
production
quality
obtained.
environmental
most
commonly
studied
turn
successful
when
related
production,
temperature
water
availability.
Diameter
at
breast
height
was
investigated
dendrometric
variable,
although
other
variables
such
as
or
crown
ratio
also
studied,
generally
obtaining
positive
relationships
between
them
production.
ducts,
produce,
secrete
transport
through
tree,
influential
anatomical
variable
focus
research.
Other
can
modulate
presence
pests,
induce
tree’s
immune
response,
fire,
with
contradictory
results
effects.
Finally,
extraction
method
stimulant
paste
influence
focusing
new
methods
more
efficient
cheaper
pastes
lower
proportions
sulfuric
acid.
Although
interest
knowledge
about
needs
further
develop
deepen
different
involved.
Polymers,
Journal Year:
2023,
Volume and Issue:
15(20), P. 4103 - 4103
Published: Oct. 16, 2023
Changes
in
consumer
lifestyles
have
raised
awareness
of
a
variety
food
options
and
packaging
technologies.
Active
smart
is
an
innovative
technology
that
serves
to
enhance
the
safety
quality
products
like
fruit,
vegetables,
fish,
meat.
Smart
packaging,
as
subset
this
technology,
entails
integration
additives
into
materials,
thereby
facilitating
preservation
or
extension
product
shelf
life.
This
technological
approach
stimulates
heightened
demand
for
safer
with
prolonged
predominantly
relies
on
utilization
natural
active
substances.
Therefore,
combination
substances
has
significant
impact
characteristics
particularly
polymeric
blends
polylactic
acid
(PLA)
matrix.
review
will
summarize
how
addition
agents
influences
performance
through
systematic
analysis,
providing
new
insights
types
physical–mechanical
properties,
colony
reduction,
its
application
foods.
Through
their
integration,
market
systems
expected
bright
future.
Journal of Geophysical Research Earth Surface,
Journal Year:
2025,
Volume and Issue:
130(3)
Published: March 1, 2025
Abstract
Soil
property
changes
influence
material
transport
from
hillslopes
to
channels
after
the
wildfire
and
may
indirectly
trigger
debris
flow
initiation.
This
study
investigates
post‐fire
soil
evolution
its
role
in
hillslope
erosion
following
15
March
2024
Yajiang
Fire,
integrating
field
measurements
with
laboratory
simulations
quantify
temperature‐
duration‐dependent
their
controls.
Results
demonstrate
that
wildfire‐driven
organic
matter
alteration
is
governed
predominantly
by
peak
heating
temperature
not
exposure
duration.
Post‐fire
profiles
are
stratified
into
three
thermal
impact
zones:
(a)
a
high‐temperature
zone
(>600°C),
characterized
complete
combustion;
(b)
water‐repellent
(WR)
(100–600°C),
subdivided
highly
WR
layer,
an
aggregate
stability
(AS)‐enhancement
low
layer;
(c)
unaffected
(<100°C).
The
mobilized
wind
gravity,
accumulate
as
dry
ravel
deposits,
forming
primary
source
of
immediate
flows.
AS‐enhancement
exhibiting
improved
stability,
temporarily
mitigates
raindrop
splash
interrill
underlying
soils
prior
first
rainfall
event.
However,
this
layer
delays
but
does
prevent
deeper
mobilization
during
subsequent
intense
runoff.
These
findings
clarify
thresholds
controlling
zonation,
highlight
mechanisms
linking
initiation,
provide
valuable
data
on
processes.
Plants,
Journal Year:
2023,
Volume and Issue:
12(23), P. 3940 - 3940
Published: Nov. 22, 2023
Maritime
pine,
scientifically
known
as
Pinus
pinaster,
holds
a
vital
role
in
Iberian
Peninsula
forests,
primarily
source
of
wood
for
panels,
paper,
and
cellulose
production.
Recently,
there
has
been
growing
interest
utilising
agroforestry
by-products
to
yield
valuable
chemicals
applications
various
sectors,
including
the
food,
pharmaceutical,
bioenergy
industries.
This
study
aimed
assess
value
primary
by-product
pinaster
from
Minho
region
northwestern
Portugal,
i.e.,
bark.
The
research
extensively
examined
bark’s
chemical
thermal
characteristics,
ash
content,
extractives,
lignin,
cellulose,
hemicellulose,
fatty
acids,
mineral
composition.
Additionally,
analytical
techniques
like
FTIR,
SEM,
DSC,
DTG,
XRD
were
used
observe
structure
differences.
results
reveal
that
bark
consists
lignin
(51.15%)
holocellulose
(46.09%),
with
extractives
mainly
soluble
toluene–ethanol,
followed
by
water,
small
amount
them
are
ethanol.
contained
around
0.44%
ash,
heavy
metals
such
Cd
Pb
not
found.
During
degradation,
experienced
10%
mass
loss
at
140
°C.
In
terms
crystallinity,
showed
similar
percentages
approximately
25.5%,
while
α-cellulose
displayed
highest
crystallinity
index
41%.
Journal of environmental chemical engineering,
Journal Year:
2024,
Volume and Issue:
12(2), P. 112478 - 112478
Published: March 13, 2024
Recovery
of
phenolic
compounds
from
food-processing
by-products
represents
an
interest
for
various
industrial
sectors.
The
potential
a
coupled
ultrafiltration
and
adsorption
or
ion
exchange
resin
process
was
analyzed
to
recover
brewery
liquid
residue.
Ultrafiltration
yielded
95%
removal
turbidity-causing
without
significant
modification
the
chemical
composition
by-products.
After
pH
optimization
step,
ten
different
macroporous
resins,
including
MN202,
SP700,
HP2MGL,
LXA8302,
LWT510,
XAD16N,
FPX66,
WA20,
WA30
SCAV4,
were
screened
sorption.
Resins
selected
through
multi-step
batch
test
procedure
according
their
performance
in
capacity,
selectivity
compared
carbohydrates
price.
strong
base
SCAV4
with
OH-
counter
showed
highest
35.4
±
0.8
mg·gdryresin−1,
selective
sorption
compounds.
Higher
temperatures
48
°C
improved
desorption
performances
LXA8302
25
°C.
Up
70%
desorbed
adequate
solvent.
Foods,
Journal Year:
2022,
Volume and Issue:
11(23), P. 3754 - 3754
Published: Nov. 22, 2022
Deep
eutectic
solvents
represent
an
important
alternative
in
the
field
of
green
due
to
their
low
volatility,
non-toxicity,
and
synthesis
cost.
In
present
investigation,
we
propose
production
enriched
polyphenolic
extracts
from
maritime
pine
forest
residues
via
ultrasound-assisted
approach.
A
Box–Behnken
experimental
design
with
a
response
surface
methodology
was
used
six
variables
be
optimized:
solid-to-solvent
ratio,
water
percentage,
temperature
time
extraction,
amplitude,
catalyst
concentration.
The
mixture
levulinic
formic
acids
achieved
highest
extraction
yield
polyphenols
needle
bark
biomass.
addition,
ratio
found
only
influential
variable
(p-value:
0.0000).
optimal
conditions
were
established
as:
0.1
g
sample
10
mL
LA:FA
(70:30%,
v/v)
0%
0
M
H2SO4
heated
30
°C
extracted
during
40
min
ultrasound
amplitude
80%
at
37
kHz.
bioactive
properties
polyphenol-enriched
have
been
proven
significant
antioxidant
(45.90
±
2.10
66.96
2.75
mg
Trolox
equivalents/g
dw)
antimicrobial
activities.
possibility
recycle
reuse
solvent
also
demonstrated;
acid
successfully
recovered
reused
novel
extractions
on
residues.
This
research
shows
obtaining
that
are
commonly
discarded
without
any
clear
application,
thus
opening
window
toward
valorization
such
ABSTRACT
Reproductive
development
plays
an
essential
role
in
the
perpetuation
of
genetic
material
and
environmental
adaptation.
In
angiosperms,
Short
Vegetative
Phase
(
SVP
)
serves
as
a
flowering
repressor,
influencing
floral
organs.
this
study,
heterologous
transformation
Arabidopsis
thaliana
with
SVP‐like
genes
PtSVL1
PtSVL2
derived
from
Pinus
tabuliformis
significantly
impacted
stamen
formation
pollen
fertility,
without
altering
time.
Gene
co‐expression
networks
revealed
that
SOC1‐like
function
key
coregulatory
transcription
factors
during
initial
stages
cone
P.
.
Interestingly,
regulatory
module
SOC1
regulated
by
angiosperms
is
absent
conifers
conifer
exercises
its
form
physically
bound
to
Furthermore,
combining
yeast
one‐hybrid
scanning
network
analysis,
SPLs
TPSs
were
principal
downstream
target
Notably,
PtSPL16
promoter
positively
,
overexpression
results
delayed
suggesting
PtSVL1‐PtSPL16
crucial
regulating
reproductive
conifers.
Collectively,
these
findings
enhance
our
understanding
roles
centred
on
development.
