2. The
Advocate
The
Hero
in
this
Myth
is
not
Wonder
Woman
or
Captain
America.
The
Hero
is
not
a
hero
at
all,
but
only
the
average
person
that
cares
passionately,
gets
really
=cked
off
about
the
way
things
are
and
decides
to
do
something
about
it,
not
just
to
help
themselves,
but
to
help
others.
3. “One
person
can
make
a
difference
and
everyone
should
try.”
John
F.
Kennedy
10. Each
GeneraBon
passes
the
Myth
of
the
Hero
to
the
Next
GeneraBon
• Today
we
are
faced
with
great
challenges
– Global
Warming
– Rising
Sea
Levels
– The
promise
and
threat
of
Technology
– But
perhaps
the
greatest
threat
we
face
is
the
War
on
Science
11. The
Hero
in
The
Myth
Is
YOU!
Today,
In
Your
Time
The
Scien=st
as
Advocate
12. Now
let’s
take
a
close
look
at
one
challenge
that
can
only
be
solved
with
the
leadership
of
Science
Advocates:
Saving
NYC
and
the
surrounding
Metropolitan
Area
for
the
next
100
years
13. School
of
Marine
and
Atmospheric
Sciences
Stony
Brook
SUNY
March
10,
2017
www.NICHIusa.org
Rising
Sea
Levels,
Extreme
Storms
and
Aging
Infrastructure
15. NYC
Coastal
Demographics
• 520
mile
coastline,
longer
than
Miami,
Boston,
Los
Angelos
and
San
Francisco
combined
• 535
Million
Square
Feet
of
Built
Structures
in
the
100
year
Flood
Plain
• 400,000
residents
living
in
the
100
year
Flood
Plain
16. The
Facts:
NYC
Impact
of
Super
Storm
Sandy
14
foot
Storm
Surge*
• 48
Deaths
in
NYC
• $19
Billion
in
Damages
• Over
150
homes
and
commercial
buildings
destroyed
• 305,000
housing
units
damaged
• Eleven
million
customers
without
power,
internet
• Lower
Manha_an
loses
water,
elevators,
heat,
subways
• All
car
tunnels
to
Manha_an
flooded
except
for
Lincoln
• Three
NYC
area
interna=onal
airports
damaged
and
closed
• Billions
of
gallons
of
raw
and
par=ally
treated
sewage
discharged
• Bellevue
Hospital
Center
Evacuated
*
Super
Storm
Sandy
Storm
Surge
at
Ba_ery
almost
4
feet
higher
than
previously
recorded
31. NYC
Future
Coastal
Resiliency
Vulnerability
• According
to
Mayor
Bloomberg’s
2012
Reconvened
NYC
Panel
on
Climate
Change
• By
2050
• Projected
NYC
Sea
Level
Rise
is
31
inches
• Over
60%
Increase
in
Rainfall
Days
of
2”
or
more
• Increase
in
the
strength
and
frequency
of
major
storms
• Increase
in
the
height
and
frequency
of
storm
surge
• BY
2055
• $90
Billion
in
Damages
from
a
Sandy
Level
Event
32. New
York
City’s
Response
to
Sandy
• Despite
Katrina
there
is
no
na=onal
coastal
resiliency
plan
• Despite
a
2009
NYC
proposal
for
a
Regional
Storm
Surge
Barrier,
there
is
no
regional
plan
• In
December
2012,
Mayor
Bloomberg
acts
quickly
afer
Sandy
and
establishes
the
Special
Ini=a=ve
for
Rebuilding
and
Resiliency
(SIRR)
• In
the
absence
of
a
Regional
Storm
Surge
Barrier
Plan,
NYC
through
SIRR
focuses
on
Local
Resiliency
Plans
33. Post
Sandy
NYC
Coastal
Resiliency
Policy
Criteria
• Plans
must
be
Local
not
dependant
on
New
York
or
New
Jersey
Sate
Government
• Plans
must
be
economically
feasible
• Plans
must
be
ini=ated
within
Mayor
Bloomberg’s
term
(18
months)
• Plans
must
be
fully
funded
35. The
SIRR
Report
(2013):
Analyzes
Climate
Risks
and
Makes
RecommendaBons
• 250
Specific
Recommenda=ons
• $20
Billion
Cost
• Plan
is
fully
formulated
but
will
not
be
completed
in
the
Mayor
Bloomberg’s
term
• Plan
to
proceed
in
Two
Phases
Phase
1:
Intended
to
“immediately”
protect
NYC’s
most
vulnerable
assets
and
shoreline
Phase
2:
Protects
most
of
the
City’s
vulnerable
Shoreline
“When
Funds
are
Available”
36. Phase
1:
SIRR
Local
Project
Focus
“The
City
will
work
to
install,
in
a
first
phase,
integrated
flood
protec9on
systems”
•
Hunts
Point
in
the
Bronx
• East
Harlem
Waterfront
along
the
Franklin
D.
Roosevelt
East
River
Drive;
• Hospital
Row
north
of
East
23rdStreet
in
ManhaNan;
•
Lower
East
Side;
• Chinatown
• Financial
District
• Red
Hook
in
Brooklyn.
• East
Shore
of
Staten
Island
37. Rebuild
by
Design
The
Federal
Government’s
Resiliency
Program
for
New
York
and
New
Jersey
Goals:
To:
Drama=cally
Improve
Coastal
Resiliency
To:
Foster
Intergovernmental
and
Cross
Discipline
Collabora=on
To:
Develop
“Locally”
Responsive
Proposals
Method:
Design
Compe==on
for
NY
and
NJ
Metro
Area
Between
10
Finalists
Funding:
$1
Billion
38. RBD
Projects
Awarded
in
2014
• NYC,
Manha_an:
“Big
U”
($335
million)
• Hoboken,
Jersey
City
and
Weehawken
NJ
“Li_le
U”
($230
Million)
• NYC,
Hunt’s
Point
(South
Bronx)
($20
Million)
Planning
Only
• NY,
Long
Island
(Storing/Filtering
Storm
water
in
Tributaries)
($125
Million)
• NJ,
New
Meadowlands,
Wetlands
and
Berms
($150
Million)
• NYC,
Staten
Island:
Oyster
Reefs
($60
Million)
39. Impact
of
RBD
on
SIRR
Projects
• The
2014
RBD
Project
Awards
provided
funding
that
could
be
used
in
conjunc=on
with
iden=fied
SIRR
Projects
• The
RBD
funding,
together
with
other
RBD
related
federal
funds
and
other
Sandy
relief
funding
were
focused
on
RBD
award
designs
and
FEMA
disaster
relief
design
guidelines
that
imposed
design
and
funding
restric=ons
as
well
as
deadlines
for
spending
that
=ghtly
constrained
NYC
design
criteria
and
objec=ves
for
previously
iden=fied
NYC
SIRR
Projects
40. SIRR
Project
Funding
• Total
cost
of
the
more
than
250
recommenda=ons
detailed
in
the
Special
Ini=a=ve
for
Rebuilding
and
Resiliency
report
is
nearly
$20
billion
• Cost
is
based
on
projects
proceeding
“Without
Delay”
• $10
billion
from
City
capital
funding
already
allocated
and
Federal
relief,
• $5
billion
from
addi=onal,
expected
Federal
relief
already
appropriated
by
Congress.
• Strategies
to
cover
remaining
$4.5
billion
gap
include
addi=onal
Federal
funding
and
City
capital.
41. Four
Years
Ager
Sandy:
The
Status
of
SIRR
and
RBD
Projects
In
the
absence
of
a
regional
solu=on,
NY
and
NJ
Metropolitan
Resiliency
Projects
were
designed
to
be
local
projects
that
could
be
built
quickly
with
minimum
cost
and
maximum
effect.
Many
of
these
projects
are
now
delayed,
downsized,
over
budget,
underfunded
and,
limited
to
Phase
I
objec=ves,
leave
many
communi=es,
buildings,
businesses
and
cri=cal
infrastructure
facili=es
as
vulnerable
to
the
next
Sandy
as
to
the
last.
42. The
2017
Status
of
Key
SIRR
and
RBD
Projects
• The
Manha_an
projects
have
encountered
significant
design
issues
with
delays,
community
and
business
opposi=on
and
cost
over
runs
caused
in
part
by:
Federal
funding
restric=ons
and
delays
The
20
‘
design
height
of
combined
sea
level
and
surge
barrier
protec=on
Hydro-‐geological
issues
including
limited
space
for
land
based
barriers.
commercial
districts
and
neighborhoods
built
on
permeable
land
fill
and
inability
to
discharge
rainfall
accumula=on
inside
the
barrier
in
storm
events.
Built
Infrastructure
including
underground
u=li=es
and
founda=ons,
complex
transporta=on
infrastructure
and
social
infrastructure
with
complex
lifestyle,
transporta=on,
work
and
recrea=onal
wants
and
needs
43. The
2017
Status
of
Key
SIRR
and
RBD
Projects
ConBnued
• The
Hoboken
Li_le
U
is
delayed,
underfunded,
and
has
been
moved
inland
leaving
the
waterfront
unprotected
due
to
strong
opposi=on
from
those
it
was
designed
to
protect
• The
New
Meadowlands
project
has
been
downsized
with
significant
loss
of
effec=ve
protec=on
and
wetland
water
reten=on
due
to
underfunding
• NYC,
Staten
Island
barriers
have
been
down
sized
and
shortened
significantly
limi=ng
their
effec=veness
and
erosion
control
44. The Answer to the Current SIRR and RBD Project Challenges "
is to Bifurcate the Fundamental Design Concept of SIRR and RBD "
• Currently
the
SIRR
and
RBD
Projects
are
based
on
a
design
concept
of
using
local
infrastructure
to
provide
coastal
resiliency
for
both
Sea
Level
Rise
and
Storm
Surge
• However,
Sea
Level
Rise
and
Storm
Surge
while
capable
of
having
a
devasta=ng
cumula=ve
impact
are
in
fact
two
very
dis=nct
and
separate
phenomenon
that
require
two
very
different
design
specifica=ons
and
have
very
different
cost
profiles
and
community
impacts
45. Sea Level Rise
• Sea
Level
Rise
is
con=nuous
over
=me
with
predictable
lunar
episodic
monthly
and
seasonal
fluctua=ons
• NYC
Sea
Level
Rise
is
rela=vely
slow
and
subject
to
longer
term
forecas=ng,
21
inches
by
2025,
31
inches
2050.
by
2100
• Fixed
Barriers
to
sea
level
Rise
of
6
feet
could
protect
NYC
for
the
next
100
years
and
consequently
would
have
far
less
disrup=ve
effect
on
the
built
infrastructure,
the
social
infrastructure
and
the
Natural
environment
than
barriers
designed
to
address
rising
sea
levels
and
15
foot
or
more
surges.
• Barriers
built
only
for
Sea
Level
Rise
would
also
be
less
expensive
and
available
funds
could
be
used
to
protect
more
communi=es
46. Storm Surge
• Although
storms
are
increasing
in
frequency,
strength
and
devasta=on,
Storm
Surge
is
episodic
and
develops
quickly
with
li_le
warning
• Sandy
wasn’t
even
a
Category
1
Hurricane
when
it
struck
NYC
and
caused
a
14
foot
storm
surge
at
the
NYC
Ba_ery
• In
the
future
storm
surges
will
be
15-‐20
feet
and
more.
47. The Solution"
Local Projects Address Sea Level Rise "
A Regional Storm Surge Barrier System Addresses Storm Surge "
48. The
NY
NJ
Metropolitan
Storm
Surge
Working
Group
(NY
NJ
SSWG)
• Afer
Sandy,
the
op=on
of
studying
a
Regional
Storm
Surge
Barrier
for
the
NY
NJ
Metro
Area
was
endorsed
by
three
NYC
Community
Boards,
the
Manha_an
Borough
President
and
by
Governor
Cuomo,
but
no
such
official
study
has
ever
been
conducted.
• In
2015
60
scien=sts,
engineers,
government
officials
and
community
representa=ves
form
the
NY
NJ
SSWG
to
begin
working
together
to
focus
on
regional
solu=ons
to
storm
surge
impacts
on
the
NY
NJ
Metropolitan
Area
• In
2017,
the
NY
NJ
SSWG
will
issue
a
White
Paper
that
sets
forth
their
conclusion
regarding
the
feasibility
and
effec=veness
of
a
NYNJ
Metropolitan
regional
surge
barrier
op=on
49. A NY NJ Metro "
Regional Storm Surge Barrier System
• An
off
shore
regional
storm
surge
barrier
system
would
not
have
to
address
the
complex
hydro
geologic,
built
infrastructure
and
social
infrastructure
issues
faced
by
the
current
dual
purpose
on
land
SIRR
and
RBD
projects
• A
15-‐20
foot
high
Regional
System
could
protect
the
Metro
Area
for
the
next
100
years,
allowing
for
long
term
change
• Such
a
regional
system
would
protect
far
more
communi=es
than
the
current
SIRR
and
RBD
projects
for
the
same
$20
billion
cost,
an
amount
less
than
a
single
$19
Billion
Sandy
type
storm
50. LocaBon
of
a
Regional
NY
NJ
Metro
Storm
Surge
Barrier
System
51. Growing
Support
for
Surge
Barrier
Systems
InternaBonally
and
in
the
United
States
Exis=ng
Storm
Surge
Barriers
in
London,
St
Petersberg,
Ro_erdam
(Built)
New
Bedford
MA,
Providence
RI
and
Stamford
CT
(Built)
The
New
Orleans
Storm
Surge
Barrier
System
(Expedited
Construc=on
Completed)
The
Galveston
Houston
Storm
Surge
Barrier
System
(Expedited
Study
Just
Approved)
USACE
NY
NJ
Regional
Study
(Possible
Inclusion)
52. Local
Sea
Level
Projects
and
Regional
Storm
Surge
SoluBons
Should
Be
Combined
While
the
SIRR
and
RBD
Projects
made
sense
originally
when
there
was
no
regional
alterna=ve,
the
challenges
faced
by
these
local
projects
together
with
their
delay,
underfunding
and
Phase
I
limita=ons,
now
strongly
support
the
case
for
the
design
and
construc=on
of
a
combined
local
sea
level
rise
system
and
a
regional
storm
surge
solu=on.
Only
Key
Assets
such
as
power
genera=on,
tunnel
and
subway
entrances,
food
distribu=on
and
hospitals
that
required
local
near
term
surge
protec=on
would
remain
as
SIRR
and
RPD
local
projects.
53. Meeting the Challenge and Seizing the Opportunity of Sea Level
Rise, Extreme Storms and Aging Infrastructure "
The Alternatives
• Ignore
the
Reality
of
Scien=fic
and
Economic
Data
and
Do
Nothing
• Retreat
from
the
Sea
and
Abandon
Centuries
of
Coastal
Investment
• Build
Local
Projects
to
Protect
Only
Selected
Communi=es
• Combine
Local
Seal
Level
Projects
with
a
Regional
Surge
Barrier
System
• OR…….
55.
“It
is
not
the
strongest,
or
even
the
most
intelligent
of
the
species
that
survive,
it
is
those
that
adapt
to
change”
-‐
Darwin
As
Scien=st
Advocates
you
are
the
truth
seekers
and
uniquely
qualified
to
lead
us
forward
on
the
path
of
adapta=on
and
change.
You
are
Our
Heroes
of
Change