Annals of the New York Academy of Sciences,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Dec. 9, 2024
Abstract
The
people
of
New
York
have
long
benefited
from
the
state's
diversity
ecosystems,
which
range
coastal
shorelines
and
wetlands
to
extensive
forests
mountaintop
alpine
habitat,
lakes
rivers
greenspaces
in
heavily
populated
urban
areas.
These
ecosystems
provide
key
services
such
as
food,
water,
forest
products,
flood
prevention,
carbon
storage,
climate
moderation,
recreational
opportunities,
other
cultural
services.
This
chapter
examines
how
changes
climatic
conditions
across
state
are
affecting
different
types
they
provide,
considers
likely
future
impacts
projected
change.
emphasizes
change
is
increasing
vulnerability
existing
stressors,
habitat
fragmentation
invasive
species,
highlights
opportunities
for
Yorkers
adapt
build
resilience.
Land,
Journal Year:
2024,
Volume and Issue:
13(11), P. 1858 - 1858
Published: Nov. 7, 2024
Climate
change
is
causing
the
alteration
of
atmospheric
dynamics,
leading
to
extreme
precipitation
events
and
floods.
On
other
hand,
landscape
modification
increased
imperviousness
due
urbanization
exacerbate
impacts
flooding.
In
order
become
more
permeable,
cities
are
increasingly
embracing
aquatic
Nature-based
Solutions
which,
using
natural
processes,
allow
for
mitigation
water-related
hazards.
One
these
solutions
floodable
parks,
where
pluvial
runoff
conveyed
its
temporal
storage
into,
firstly,
permanent
retention
ponds
and,
eventually,
partial
or
totality
their
surface.
Floodable
parks
still
a
novel
Solution
have
not
yet
been
investigated.
this
paper,
systematic
review
on
current
was
performed
in
study
(1)
conditions
needed
implementation,
(2)
design,
(3)
connection
between
design
ecosystem
services.
A
subsequent
understand
(4)
processes
occurring
within
park.
With
obtained
information,
conceptual
model
developed.
The
results
indicate
that
both
vegetation
surrounding
pond
park
biodiversity
enhance
performance
solution
potential
water
reuse.
implementation
will
therefore
facilitate
transformation
urban
areas
create
sustainable,
climate-resilient,
circular
cities.
The Science of The Total Environment,
Journal Year:
2023,
Volume and Issue:
872, P. 162232 - 162232
Published: Feb. 14, 2023
Global
water
scarcity
necessitates
creative,
yet
practical,
solutions
to
meet
ever-growing
demand.
Green
infrastructure
is
increasingly
used
in
this
context
provide
environmentally
friendly
and
sustainable
ways.
In
study,
we
focused
on
reclaimed
wastewater
from
a
joint
gray
green
system
employed
by
the
Loxahatchee
River
District
Florida.
The
consists
of
series
treatment
stages
for
which
assessed
12
years
monitoring
data.
We
measured
quality
after
secondary
(gray)
treatment,
then
onsite
lakes,
offsite
landscape
irrigation
(via
sprinklers),
ultimately
downstream
canals.
Our
findings
show
designed
integrated
with
infrastructure,
achieved
nutrient
concentrations
nearly
equivalent
advanced
systems.
For
example,
observed
dramatic
decline
mean
nitrogen
concentration
19.42
mg
L-1
5.26
spending
an
average
30
days
lakes.
Nitrogen
continued
as
moved
lakes
(3.87
L-1)
sprinklers
(3.27
L-1).
Phosphorus
exhibited
similar
pattern.
These
decreasing
led
relatively
low
loading
rates
occurred
while
consuming
substantially
less
energy
producing
fewer
greenhouse
gas
emissions
than
traditional
infrastructure-at
lower
cost
higher
efficiency.
There
was
no
evidence
eutrophication
canals
residential
whose
sole
source
water.
This
study
provides
long-term
example
how
circularity
use
can
be
work
toward
development
goals.
