Nature Conservation,
Journal Year:
2024,
Volume and Issue:
55, P. 321 - 341
Published: July 8, 2024
This
study
aimed
to
analyze
the
effect
of
pollution
caused
by
stone
quarries
on
morpho-anatomy,
biochemistry,
and
physiology
a
medicinal
wild
bramble
Rubus
plicatus
Weihe
&
Nees.
Samples
were
collected
from
two
natural
protected
areas:
Iron
Gates
Natural
Park
Jiu
Gorge
National
Park,
both
located
in
southwestern
part
Romania,
unpolluted
areas
these
parks
as
background
sites.
We
carried
out
following
analyses
leaves
this
taxon:
morphology,
micromorphology,
anatomy,
assimilating
pigments,
heavy
metals
(Pb,
Ni,
Cr,
Fe),
dry
mass,
bioactive
compounds
(total
phenols
flavonoids),
antioxidant
capacity.
The
results
showed
more
stomata,
higher
amounts
(especially
lead),
less
phenols,
flavonoids
polluted
compared
without
sources
pollution.
increased
number
stomata
assimilator
pigments
revealed
mechanisms
developed
species
order
survive
conditions.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(8), P. 3427 - 3427
Published: April 19, 2024
Air
pollution
is
a
severe
problem
in
the
modern
world.
Urbanization,
industrialization,
and
traffic
emit
air
pollutants
such
as
carbon
monoxide
(CO),
nitrous
oxides
(NOx),
hydrocarbons
(HCs),
particulate
matter
into
environment.
Plants
can
absorb
through
stomata.
They
adversely
affect
various
metabolic
physiological
processes
of
plant
species.
This
review
describes
impact
on
health,
morphologically,
physiologically,
genetically,
tolerance
ability
plants
located
along
roadside
areas.
Many
morphological
effects,
like
chlorosis,
necrosis,
leaf
area,
stomatal
clogging,
productivity,
falling,
reduction
flower
yield,
are
observed
due
to
influence
pollution.
also
damage
DNA
biochemicals
plants,
well
pH,
relative
water
content
(RWC),
simple
sugar,
ascorbic
acid
(AA),
total
chlorophyll
(TCH),
proline,
polyamines.
Some
under
stress
mitigate
with
higher
APTI
values
more
tolerant
pollution,
while
those
lowest
be
used
an
indicator
rate
There
much
morphological,
biochemical,
noted
this
review.
Different
strategies
diagnose
effects
future
develop
green
belts
pollution-stressed
E3S Web of Conferences,
Journal Year:
2024,
Volume and Issue:
512, P. 02015 - 02015
Published: Jan. 1, 2024
This
research
focuses
on
developing
a
comprehensive
understanding
of
plant
dust
retention
resilience
in
older
residential
neighborhoods,
emphasizing
protection,
recovery,
and
sustainability.
Plant
encompasses
the
ability
combinations
to
respond
emergencies,
cooperate
with
emergency
service
systems,
adapt
effectively,
recover
swiftly
from
disasters,
enhance
future
Key
quantitative
indicators
include
scale
green
space
structure
arrangements,
focus
types
factors
affecting
arrangement
structure.
Data
processing
involves
selection
relevant
indicators,
Delphi
Method
for
indicator
screening,
Analytic
Hierarchy
Process
weight
determination.
sources
environmental
reports,
government
websites,
measurements,
satellite
images.
The
establishes
evaluation
system
capacity
model
plants
old
areas.
results
suggest
that
best
configuration
includes
mix
coniferous
deciduous
trees
shrubs
significant
grass
component.
