Forests,
Journal Year:
2024,
Volume and Issue:
15(7), P. 1180 - 1180
Published: July 6, 2024
Bamboo
breeding
strategies
are
essential
in
realizing
“Bamboo
as
a
Substitute
for
Plastic
(BASP)”.
This
review
article
aims
to
explore
the
crucial
role
of
achieving
substitution
plastic
products
with
bamboo
outlined
under
BASP
Initiative.
Firstly,
we
address
issue
pollution,
along
background
reducing
market
share
and
demand
products.
It
categorizes
types
that
can
fully
or
partially
replace
various
categories,
such
daily
necessities,
building
materials,
industrial
Then,
investigate
which
species
propose
need
improvement.
Furthermore,
it
presents
data
from
positioning
observation
research
stations
forest
ecosystems
China
outlines
traits
necessary
substitution,
including
characteristics
like
long
internode
length,
extended
fiber
thick
culm
wall,
optimal
cellulose-to-lignin
content
ratio,
among
others.
Finally,
discuss
methods
genetic
improvement
key
achieve
suggest
potential
enhancing
serve
viable
replacement
source
plastics.
comprehensive
approach
enhance
bamboo’s
growth
features
physical
properties
meet
criteria
substituting
plastics
effectively.
Forests,
Journal Year:
2024,
Volume and Issue:
15(10), P. 1812 - 1812
Published: Oct. 16, 2024
With
the
increasing
pollution
caused
by
plastic
products,
people’s
awareness
of
environmental
protection
has
gradually
increased.
Based
on
advantages
China’s
bamboo
resources
and
industry,
International
Network
for
Bamboo
Rattan
launched
‘Utilizing
as
a
sustainable
alternative
to
plastic’
initiative
in
November
2022
accelerate
implementation
United
Nations
2030
Agenda
Sustainable
Development.
This
provides
nature-based
solution
global
development,
which
will
have
profound
impact
promoting
green
industrial
science
technology,
social
services,
cultural
exchanges,
other
fields.
It
huge
market
capacity
application
potential.
study
aims
understand
research
status,
hotspots,
development
trends,
prospects
this
initiative.
WoS
China
National
Knowledge
Infrastructure
(CNKI)
were
searched
relevant
literature
‘utilizing
‘bamboo
resources’
from
establishment
database
2024.
Bibliometric
methods
VOSviewer
used
analyze
1855
literatures
with
above
two
keywords
published
Web
Science
core
set
2000
A
visual
analysis
was
performed
number
publications,
national
institutions,
researchers,
citations,
topics
literature.
For
example,
China,
States,
India
ranked
top
three
terms
articles
published,
1103,
267,
167,
respectively.
had
highest
reaching
26,607.
At
same
time,
‘bamboo’
keyword
CNKI
analyzed
species
currently
studied.
investigation
carried
out
around
resource
cultivation
industry
our
country,
it
found
that
‘use
been
valued
scholars
at
home
abroad,
formed
relatively
stable
group.
Using
scientific
technological
innovation
improve
product
quality
instead
plastic’,
expanding
its
scope
demand,
realizeing
is
current
hotspot
future
direction.
ACS Omega,
Journal Year:
2025,
Volume and Issue:
10(7), P. 7362 - 7370
Published: Feb. 14, 2025
To
develop
an
effective
and
eco-friendly
method
for
extracting
bamboo
sap
can
effectively
improve
the
utilization
of
resources
promote
sustainable
development
industry.
In
this
work,
fresh
strips
were
directly
placed
into
a
hot
press
pressing
(HP),
yielding
both
pure
flattened,
dense
strips.
The
physicochemical
properties
systematically
investigated.
results
indicated
that
HP
offers
significant
advantages
in
terms
extraction
efficiency
mechanical
bamboo.
extracted
through
exhibited
guaiacol
concentration
comparable
to
obtained
via
traditional
baking
method,
while
levels
total
flavonoids,
amino
acids,
phenols
notably
higher.
density
distribution
hot-pressed
was
uniform
with
bending
strength
263
MPa
modulus
elasticity
14.04
GPa,
reflecting
enhancements
45.30%
65.17%,
respectively.
Furthermore,
demonstrates
excellent
dimensional
stability,
thereby
expanding
its
potential
applications
construction
furniture.
achieves
simultaneous
physical
modification
strips,
significantly
improving
resource
efficiency,
minimizing
waste,
simplifying
steps
involved
methods,
ultimately
showcasing
considerable
environmental
benefits.
