Giant reed from wetlands as a potential resource for biomethane production
Ecological Engineering,
Journal Year:
2023,
Volume and Issue:
190, P. 106947 - 106947
Published: March 8, 2023
Language: Английский
Supporting decision-making processes in the assessment of water-related risks: a review of models and methods
Valori e Valutazioni,
Journal Year:
2024,
Volume and Issue:
35, P. 97 - 132
Published: July 1, 2024
The
whole
world
is
experiencing
the
impact
of
climate
change,
with
an
increase
in
severity
and
frequency
water-related
hazards
risks
at
different
territorial
levels.
Consequently,
enhancing
resilience
reducing
these
have
emerged
as
one
today’s
biggest
challenges.
Within
this
context,
policymakers
planners
need
robust
transparent
decision-making
tools
to
effectively
solve
rapidly
respond
hazards.
This
paper
reviews
literature
on
issues
aim
providing
a
systematic
overview
current
assessment
risks.
review
can
afford
in-depth
understanding
role
evaluation
methods
supporting
design
cost-effective
risk
management
strategies.
We
first
provide
procedures
for
hydrological
hydrogeological
then
identify
gaps
methods,
particularly
terms
economic
consequences
Finally,
we
list
criteria
from
that
be
successfully
adopted
assess
evaluate
mitigation
actions
interventions.
Our
findings
reveal
significant
advances
are
still
needed
improve
robustness
financial
impacts
study
offer
some
important
insights
into
processes
risks,
well
guide
future
research
focused
multidimensionality
issues.
Language: Английский
Invasive alien plant species, riverbank instability and hydraulic risk: what do we know about <i>Amorpha fruticosa</i>, <i>Arundo donax</i> and <i>Reynoutria japonica</i>?
Journal of Limnology,
Journal Year:
2024,
Volume and Issue:
83
Published: Dec. 13, 2024
The
spread
of
invasive
alien
plant
species
(IAPs)
poses
a
serious
threat
to
the
biodiversity
and
effectiveness
rivers
drainage
canals.
Nevertheless,
reasons
for
implications
increasing
presence
IAPs
on
stability
flood
defences
are
still
unclear.
To
point
out
current
knowledge
topic,
systematic
review
was
performed
focusing
three
key
riparian
IAPs:
Amorpha
fruticosa,
Arundo
donax
Reynoutria
japonica.
We
searched
articles
in
Scopus
database,
focused
links
between
target
hydrology
geomorphological
processes.
Only
7
papers
were
found
containing
what
we
looking
for.
All
true
«engineer
plants»,
significantly
regulating
edaphic
functional
peculiarities
colonised
environments,
which
correspond
present
case
river
embankments.
A.
fruticosa
slows
down
water
flow
speed,
risk.
extremely
superficial
root
systems
weaken
bank
stability,
whereas
R.
japonica
promotes
soil
erosion
due
its
peculiar
roots’
morphology
rapid
biological
cycles.
This
work
shows
that,
despite
clear
evidence
significant
negative
impacts
mediated
by
concern,
available
levels
wholly
insufficient.
In
order
develop
effective
management
strategies
contexts
globally,
further
investigations
needed
urgently.
Future
research
should
focus
structural/functional
not
forgetting
additional
effects
global
changes
human
impact
their
functions.
Language: Английский