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Page 1: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

1

Preparedness Now

! Available on YouTube ! From SCEC - Southern California

Earthquake Center

1

! Available on YouTube ! From SCEC - Southern California

Earthquake Center

Available on YouTube

Page 2: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

2

January 31, 2017

Workshop

Dr. Lucy Jones Founder, Dr. Lucy Jones Center for Science and Society

January 31, 2017

Workshop

What’s at Stake?

Page 3: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

3

Living on the plate boundary

Moving to San Francisco at 1 3/4 inches per year

Page 4: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

4

Shaking Intensity ≠ MagnitudeEaster 2010 M7.2 El Mayor Cucaipa

January 1994 M6.7 Northridge

Page 5: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

5

The other faults of southern California

5

Page 6: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

6

ShakeOut Simulation of M7.8 on San Andreas

Page 7: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

7

Our Urban Society Is At RiskUrban Disaster Resilience is having a society that functions after the disaster

Page 8: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

8

A System of Systems

Page 9: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

9

NECESSARY SYSTEMS

TRANSPORTATION

SUPPLY CHAIN

BUSINESS/JOBS

SCHOOLS

BANKING/FINANCE

HEALTH AND SAFETY

EMOTIONAL WELL-BEING

REPAIR AND RECOVERY

WATER

ELECTRICITY

CELL TOWERS PHONE SYSTEMS

INTERNET

GAS

BUILDINGS

Page 10: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

10

CRITICAL INFRASTRUCTURE

WATER

ELECTRICITY

GAS

INTERNET

PHONE SYSTEMSCELL TOWERS

BUILDINGS

Page 11: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

11

NECESSARY SYSTEMS

TRANSPORTATION

SUPPLY CHAIN

BUSINESS/JOBS

SCHOOLS

BANKING/FINANCE

HEALTH AND SAFETY

EMOTIONAL WELL-BEING

REPAIR AND RECOVERY

WATER

ELECTRICITY

CELL TOWERS PHONE SYSTEMS

INTERNET

GAS

BUILDINGSBUILDINGS INTERNET

EMOTIONAL WELL-BEING

WATER

TRANSPORTATION

Page 12: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

12

Water and the San Andreas Fault

LOS ANGELES

PALMDALE

IRVINE

LANCASTER

RIVERSIDE

HESPERIA

PALM SPRINGS

VICTORVILLE

INDIO

ANAHEIM

ONTARIO

APPLE VALLEY

MENIFEE

ADELANTO

FONTANA

CHINO

CORONA

PERRIS

BARSTOW

LONG BEACH

HEMET

SANTA CLARITA

CHINO HILLS

SIMI VALLEY

REDLANDS

LA QUINTA

TEMECULA

THOUSAND OAKS

ORANGE

MURRIETA

YUCAIPA

OXNARD

RIALTO

MORENO VALLEY

TWENTYNINE PALMS

GLENDALE

JURUPA VALLEY

LAKE ELSINORE

YUCCA VALLEY

BEAUMONT

POMONA

BANNING

SANTA ANA

COACHELLA

BREA

CARSON

WILDOMAR

PASADENA

SAN JACINTO

FULLERTON

UPLAND

NORCO

HIGHLAND

BURBANK

CAMARILLO

WHITTIER

CALIMESA

DOWNEY

CALABASAS

California Aqueduct East Branch

California Aqueduct East BranchExtension

Colorado River Aqueduct

Los

Ange

lesAq

uedu

ct

San

Diego

Canal

C oachalla Canal

Seco

ndSa

nDi

ego

Can

al

San Bernardino

Riverside

Los Angeles

Ventura

Orange

Imperial

Sources: Esri, USGS, NOAA

MAJOR WATER CONVEYANCE & EARTHQUAKE FAULTSIN THE SCAG REGION

San Bernardino

Riverside

Imperial

Orange

Colora doRi

ve

r Aqueduct

Coachalla Canal

All American Canal

SanD

iegoCanal

Sources: Esri, USGS, NOAA

Source: California Department of Water Resources, State of California Geoportal | Date: 10/10/2016 | P:\Feiyang Zhang\California Aqueduct\Map

° 0 10 205Miles

Major Water Conveyance

Nature Water Features

Historic

Holocene & Latest Pleistocene

Late Quaternary

WATER SYSTEMS EARTHQUAKE FAULTS

Page 13: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

13

DAMAGED WATERSUPPLY

Damaged Water Supply Network

1313

DAMAGED WAWAW TERATERASUPPLYLYL

! All aqueducts cross the San Andreas to get to southern California and will be broken. ! 18 months to repair

!Widespread damage to pipes in the ground ! 6 months to restore all service

Page 14: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

1414MASS

EVACUATIONBUSINESS

DISRUPTION

FAULTOFFSET

EARTHQUAKESHAKING

CHEMICALACCIDENTS

MANPOWERINTERNET FORWATER COMPANIES

TRANSPORTATION PURIFICATIONSYSTEMS

DAMAGED WATERSUPPLY

LIFE LOSS

LOSS OF SHELTER BUSINESSCLOSURE

DAMAGE TO BUILDINGSAND PROPERTY

IMPAIRED MEDICALRESPONSE

CAUSES

NEEDED FOR REPAIRS

SHORT-TERM CONSEQUENCES

LONG REPAIR TIME CONSEQUENCES

Damaged Water Supply Network

Page 15: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

15

FIRE

15

Fire Following the Earthquake

!1,600 ignitions requiring a fire engine ! 1,200 exceed capability of 1st engine ! 200 million square feet burnt ! 133,000 single family dwellings • ~1.5% of total building stock

! Property loss: $65 billion15

FIRE

15

Page 16: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

16DAMAGE TO COMMUNICATIONSNETWORKS

PHONE LINESOVERLOADED

DAMAGED CELLTOWERS

SEVERED FIBEROPTICS

Communication disruption

! Electricity could be out for weeks ! Cell tower backup power lasts 4 hours ! Two-thirds of Internet bandwidth in

fiber cables across the San Andreas

DAMAGE TO COMMUNICATIONSNETWORKS

PHONE LINESOVERLOADED

DAMAGED CELLTOWERS

SEVERED FIBEROPTICS

Page 17: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

17

BUSINESSDISRUPTION

EMOTIONALHARDSHIP

FAULTOFFSET

EARTHQUAKESHAKING

FIRE

MANPOWER

TRANSPORTATION

DAMAGE TO COMMUNICATIONSNETWORKS

PHONE LINESOVERLOADED

DAMAGED CELLTOWERS

SEVERED FIBEROPTICS

IMPAIRED EMERGENCYRESPONSE

IMPAIRED MEDICALRESPONSE

BUSINESSCLOSURE

IMPAIRED FIRERESPONSECAUSES

NEEDED FOR REPAIRS

SHORT-TERM CONSEQUENCES

Communication disruption

LONG REPAIR TIME CONSEQUENCES

Page 18: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

18

Damaged Transportation

Maule, Chile, M8.8February 27, 2010

Page 19: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

1919

DAMAGE TO TRANSPORTATIONSYSTEMS

NO DEBRISREMOVAL

LOSS OF FOODSUPPLY

TRAFFIC JAMSAND ACCIDENTS

IMPAIRED EMERGENCYRESPONSE

IMPAIRED MEDICALRESPONSE

POWERDEBRISREMOVAL

MANPOWERINTERNET FORCALTRANS

BUSINESSINTERRUPTION

IMPEDEDRECONSTRUCTION

SUPPLY CHAINDISRUPTION

FIRE

WATER PIPEBREAKAGE

EARTHQUAKESHAKING

DAMAGED POWERSYSTEM

LANDSLIDES

DEBRIS INROADS

FAULTOFFSET

Damaged Transportation

DAMAGE TO TRANSPORTATIONSYSTEMS

TRAFFIC JAMSAND ACCIDENTS

IMPAIRED EMERGENCYRESPONSE

NO DEBRISREMOVAL

LOSS OF FOODSUPPLY

IMPAIRED MEDICALRESPONSE

FIRE

WATER PIPEBREAKAGE

EARTHQUAKESHAKING

DAMAGED POWERSYSTEM

LANDSLIDES

DEBRIS INROADS

FAULTOFFSET

CAUSES

SHORT-TERM CONSEQUENCES

NEEDED FOR REPAIRS

POWERDEBRISREMOVAL

MANPOWERINTERNET FORCALTRANS

LONG REPAIR TIME CONSEQUENCES

Page 20: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

20

ShakeOut Damage to Buildings! Concrete buildings: ! Commercial buildings from 1950s and 1960s ! In highest shaking areas, 10% collapse! Biggest life loss in scenario

! Unreinforced masonry ! Collapse of 300+ buildings ! Complete financial loss for 90% within 30 km of

fault ! Pre-1994 steel frame high rises could collapse ! 300,000 buildings with loss >10% of value

DAMAGED BUILDINGS

20

DAMAGED BUILDINGS

Page 21: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

2121

DAMAGE TO ADJACENTBUILDING PROPERTY $

BUSINESSDISRUPTION

EMOTIONALHARDSHIP

LONG REPAIR TIME CONSEQUENCES

EARTHQUAKESHAKING

FIRE

WATER PIPEBREAKAGE

POWERDEBRISREMOVAL

MANPOWERTRANSPORTATION

DAMAGED BUILDINGS

LIFE LOSS

LOSS OF SHELTER BUSINESSCLOSURE

NEEDED FOR REPAIRS

CAUSES

SHORT-TERM CONSEQUENCES

Building Damage and Destruction

LONG REPAIR TIME CONSEQUENCES

Page 22: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

22

Retrofitting URMs has saved lives

! In the Northridge earthquake: •No one died in a URM •Only 19% of inspected URMs needed repairs

compared to 33% of buildings overall

!Statewide•Jurisdictions have retrofitted or demolished

88% of URMs with mandatory programs •Only 22% with voluntary programs

Page 23: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

23

Buildings that Can Kill

! Unreinforced masonry (pre-1935) ! Soft-first-story (pre-1980) ! Non-ductile concrete (pre-1980) ! Steel moment frames (pre-1997)

23

Page 24: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

24

Current building code

24

! In worst earthquake, 90% probability of not collapsing ! 10% probability of collapse = 10% of

new buildings collapsing

Page 25: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

25

Impaired buildings are economic loss

!" !"

Page 26: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

26

In California, many more buildings impaired

▪ Average of Loma Prieta & Northridge ▪ For each collapse

+ 13 red tags ▪ For each red tag,

+ 3.8 yellow tags ▪ = 63 impaired per collapse

Check: Napa 2014 had 57 impaired per collapse

Page 27: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

2727

49% USABLE BUILDINGSAFTER EARTHQUAKE

1% COLLAPSED10% UNSAFE

40% LIMITED USE

CAN WE SURVIVE “THE “BIG ONE”?

Page 28: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

28

Christchurch 2010

Page 29: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

29

Christchurch, February 22, 2011 M6.3

29

Page 30: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

30

Christchurch 2015

30

Page 31: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

31

Most people don’t know what the code provides

!"#$%&'%$"(%)*&+,&-.%/0,(1'%0)2(/34(5

Survey of 814 people by Dr. Keith Porter, U. Colorado:

Page 32: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

32

Most people want more than the code provides

!"#$%'"0*+,%&$%(-'*6(5

Page 33: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

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SOCIAL REPERCUSSIONS

77

Page 34: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

34

Social Repercussions

1906 earthquake

Popu

latio

n

Year

SF

LA

1890 1900 1910 1920

Page 35: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

35

Biggest Issues from San Andreas

▪ Life loss in old buildings ▪ Fire following earthquake ▪ Loss of housing ▪ Business disruption •Unusable commercial properties •Transportation disruption •Utility outages

▪ Region-wide disruption

Page 36: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

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Page 37: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

37

What happened in New Orleans

37

Page 38: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

38

What happened physically

! animation of hurricane path

38

! animation of hurricane path

Page 39: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

39

Knowing risk ! planning ahead

Page 40: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

40

Cascading failures

40

Page 41: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

41

What happened politically

41

Page 42: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

42

Economic consequences

NEW ORLEANS VS NASHVILLE ECONOMIC GROWTH

2004 2006 2008 2010 2012YEAR

84.0

78.0

72.0

66.0

60.0REAL

GROS

S DOM

ESTIC

PROD

UCT

(in Bi

llions

of Do

llars

) NASHVILLE

NEW ORLEANS

-$80 BILLION

-$105 BILLION

Page 43: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

43

SOCIAL REPERCUSSIONSNEW ORLEANS

POPULATION GROWTH

2004 2006 2008 2010 2012

500,000

420,000

340,000

260,000

180,000

POPU

LATIO

N

YEAR

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Page 48: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

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Page 49: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

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Page 51: Presentation: SCAG Earthquake Preparedness Initiative · FIRE 15 Fire Following the Earthquake!1,600 ignitions requiring a fire engine !1,200 exceed capability of 1st engine !200

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Contact

drlucyjonescenter.org