Water,
Год журнала:
2023,
Номер
15(4), С. 780 - 780
Опубликована: Фев. 16, 2023
In
the
next
twenty
years,
scarcity
of
food
shortage
and
drinking
water
will
appear
in
Egypt
due
to
growth
industries
agriculture.
This
paper
develops
a
conceptual
design
new
technologies
field
water–energy–food
cities.
Border
lines
are
internal
relationship,
external
influence,
linkage
system
evaluation
for
WEF
nexus.
The
major
problems
using
fossil
energy
desalination
emissions
non-renewability,
as
well
preference
dispersed
freshwater
production
instead
concentrated
output.
that
is
integrated
with
renewable
energies
critical
these
days.
type
can
also
reduce
environmental
pollutants
reduced
consumption
transfer
freshwater.
GIS
data
from
United
Nations
have
confirmed
existence
an
underground
reservoir
Wadi-Dara
cultivate
1000
acres
smart
farming
techniques
reach
circular
economy
solution
between
water–energy
possibility
cultivating
hundred
on
Red
Sea
coast
exists,
through
which
about
one
million
people
could
be
settled.
this
comprehensive
review,
we
conducted
deep
study
order
establish
sustainable
lifestyle
Dara
Valley
region
terms
availability
potable
water,
clean
energy,
Sustainable
solutions
were
seawater
beach
sand
filtration
wells
pretreatment
e.g.,
wind
(18%
turbines),
photovoltaic
panels
(77%
PV
panels).
Strategic
cultivated
includes
open
ponds
cultivation
microalgal
cells
synthesis
(5.0%
bio-fuel
(.
Aqua
agriculture
aquaponics
marine
culture
integrate
mangrove,
shrimp
aquaculture.
A
municipal
waste
treatment
conceived
irrigation
shrubby
forests
landscapes.
Mixotrophic
cultures
explored
achieve
sustained
ecological
balance.
Food,
poultry
animal
management,
cooker
factory,
included
overall
design.
impact
assessment
(EIA)
shows
low
risk
anticipated
net
zero
emissions,
75%
green
city,
optimal
recycling.
research
assists
combining
efforts
address
challenging
processes
nexus
build
resilient
systems.
The Science of The Total Environment,
Год журнала:
2022,
Номер
835, С. 155487 - 155487
Опубликована: Апрель 26, 2022
Nowadays,
Nature-Based
Solutions
(NBSs)
are
developing
as
innovative
multifunctional
tools
to
maximize
urban
ecosystem
services
such
storm
water
preservation,
reduction
of
runoff
and
flood
protection,
groundwater
pollution
prevention,
biodiversity
enhancement,
microclimate
control.
Gdańsk
is
one
the
first
Polish
cities
widely
introduce
rain
gardens
(one
example
an
NBS)
in
different
areas
parks,
city
center,
main
crossroads,
car
parks.
They
involve
technical
innovations
individually
tailored
local
architecture,
including
historic
buildings
spaces.
Gdańskie
Wody,
which
responsible
for
management
city,
adopted
a
pioneering
strategy
started
construction
garden
2018.
Currently,
there
dozen
this
organisation's
policy
stipulates
NBSs
new
housing
estates
without
building
rainwater
drainage.
Various
types
can
be
created
depending
on
location
characteristics
geo-hydrology,
well
conditions
needs.
Furthermore,
each
them
might
equipped
with
specific
solutions
improve
garden's
function
-
example,
oil
separator
or
setter
included
absorb
initial,
most
polluted
runoff.
During
winter,
large
amount
sodium
chloride
usually
used
grit
roads
may
pose
greatest
threat
plants.
These
installations
have
been
Gdańsk,
located
central
reservation
streets
center.
This
work
presents
various
considerations
their
impact
functions,
circularity
challenges
provided
by
operating
technologies
surroundings.
The
precipitation
quantity
following
infiltration
rate
were
estimated
installing
pressure
transducers.
mitigation
heat
island
was
analysed
based
remote
sensing
images.
The Science of The Total Environment,
Год журнала:
2023,
Номер
912, С. 169319 - 169319
Опубликована: Дек. 16, 2023
The
swift
growth
of
cities
worldwide
poses
significant
challenges
in
ensuring
a
sufficient
water,
energy,
and
food
supply.
Nexus
has
innovated
valuable
systems
to
address
these
challenges.
However,
crucial
issue
is
the
potential
for
pollution
resulting
from
systems,
which
directly
indirectly
impacts
public
health
overall
quality
urban
living.
This
study
comprehensively
reviews
interconnected
water-energy-food
(WEF)
nexus
various
forms
cities.
primary
focus
this
review
article
showcase
findings
WEF
studies
regarding
pollutions
across
different
geographical
regions
spatial
scales.
It
aims
examine
problems
pollutions,
specifically
their
effects
on
human
life.
also
delves
into
sources
as
identified
studies.
Furthermore,
will
highlight
proposed
solutions
research
aimed
at
effectively
mitigating
each
sector
studied.
systematic
analyses
Scopus
database.
extensively
reviewed
2463
peer-reviewed
published
articles
focused
explicitly
related
that
discussed
pollution.
Our
emphasizes,
firstly,
raising
awareness
about
link
between
nexus,
pollution,
environments,
among
policymakers
key
stakeholders,
including
planners,
industry
partners
municipalities.
promote
development
policies
encourage
sustainable
practices
stakeholders.
Secondly,
it
evaluates
methods
findings,
aiding
identifying
gaps
technological
innovation
potential,
well
enhancing
decision-making.
Lastly,
outlines
future
challenges,
providing
roadmap
researchers
advance
understanding
domain
identify
opportunities
resource
efficiency
collaboration
sectors.
The Science of The Total Environment,
Год журнала:
2024,
Номер
925, С. 171692 - 171692
Опубликована: Март 12, 2024
Biodiversity
underpins
the
functioning
of
ecosystems
and
diverse
benefits
that
nature
provides
to
people,
yet
is
being
lost
at
an
unprecedented
rate.
To
halt
or
reverse
biodiversity
loss,
it
critical
understand
complex
interdependencies
between
key
drivers
sectors
inform
development
holistic
policies
actions.
We
conducted
a
literature
review
on
interlinkages
climate
change,
food,
water,
energy,
transport
health
("the
nexus").
Evidence
extracted
from
194
peer-reviewed
articles
was
analysed
assess
how
influenced
by
influencing
other
nexus
elements.
Out
354
elements,
53
%
were
negative,
29
positive
18
contained
both
negative
influences.
The
majority
studies
provide
evidence
influence
elements
biodiversity,
highlighting
substantial
damage
inflicted
human
activities.
main
types
impacts
land
water
use/change,
degradation,
direct
species
fatalities
through
collisions
with
infrastructure.
Alternatively,
having
limited
effects
invasive
alien
vector-borne
diseases.
Furthermore,
range
provided
can
have
influences
each
practices
promote
co-benefits.
These
included
biodiversity-friendly
management
in
relevant
sectors,
protection
restoration
essential
ecosystem
services,
green
blue
infrastructure
including
nature-based
solutions,
sustainable
healthy
diets
mitigate
change.
highlighted
complexity
context-dependency
within
nexus,
but
clearly
demonstrates
importance
underpinning
resilient
well-being
ensuring
future
for
people
planet.
Wiley Interdisciplinary Reviews Water,
Год журнала:
2025,
Номер
12(2)
Опубликована: Март 1, 2025
ABSTRACT
Despite
increased
understanding
and
adoption
of
nature‐based
solutions
(NBSs)
within
urban
coastal
areas,
large‐scale
NBS
for
fluvial
flood
mitigation
remain
challenging
to
study
implement.
A
stronger
evidence
base
is
needed
identify
critical
research
gaps
best
inform
the
design
deployment
on
watershed
scale.
We
synthesize
performance
co‐benefits
based
a
systematic
review
131
peer‐reviewed
papers
worldwide,
developing
an
Ecosystem
Focus
Type
(EFT)
compare
across
NBS.
While
we
find
that
can
mitigate
floods
all
EFTs,
our
also
highlights
inconsistencies
in
measurement
methods,
dearth
empirical
case
studies,
large
variability
reported
values
limit
generalization
comparison
Co‐benefits
are
numerous,
but
few
quantified,
methods
vary
with
regard
specific
Social
benefits
NBS,
including
communities
most
need
support,
infrequently
part
these
studies.
There
clear
develop
common
standards
guidance
which
measures
key
consider
monitor
co‐benefits.
The
success
will
depend
practice
guided
by
transdisciplinary
systems
thinking
approaches
deliver
evidence‐based,
community‐driven
outcomes.
Applied Sciences,
Год журнала:
2022,
Номер
13(1), С. 168 - 168
Опубликована: Дек. 23, 2022
Currently,
the
world
is
facing
resource
scarcity
as
environmental
impacts
of
human
intervention
continue
to
intensify.
To
facilitate
conservation
and
recovery
ecosystems
transform
cities
into
more
sustainable,
intelligent,
regenerative,
resilient
environments,
concepts
circularity
nature-based
solutions
(NbS)
are
applied.
The
role
NbS
within
green
infrastructure
in
urban
resilience
recognised,
considerable
efforts
being
made
by
European
Commission
(EC)
achieve
sustainability
goals.
However,
it
not
fully
evidenced,
an
integrated
way,
which
main
implemented
environment
their
effects.
This
article
aims
identify
most
recent
applied
environments
at
level
analyse
integration
different
measures
innovative
analysis
based
on
real
cases.
For
this
purpose,
work
presents
a
literature
review
69
projects
24
cities,
well
8
actions
3
spatial
scales
implementation
district
level.
Therefore,
there
great
potential
for
adoption
buildings
surroundings,
still
prioritized,
given
lack
effective
monitoring
effects
NbS.
