Presentation to Coachella’s City Council October 8, 2014

Slides:



Advertisements
Similar presentations
Museum Presentation Intermuseum Conservation Association.
Advertisements

IMPACTS OF NATURAL DISASTERS ON WATER, WASTE-WATER, AND WATER-DISTRIBUTION SYSTEMS Walter Hays, Global Alliance for Disaster Reduction, University of.
Session 71 Comparative Emergency Management Session 7 Slide Deck.
RECOVERY and RECONSTRUCTION after the PAKISTAN EARTHQUAKE CHOOSING OPTIONS THAT WILL FACILITATE LONG-TERM RECOVERY THE OCTOBER 8, 2005 DISASTER.
Wind Hazard Modeling and the HAZUS Wind Model. Major Stakeholders Local, state and federal government agencies Humanitarian organizations Insurance industry.
Integrating Community Planning and Hazard Mitigation Planning Amanda Engstfeld FEMA Region X
Abstract Earthquakes are hazardous to people and the economy. Potential loss impacts include lives, homes, office buildings, manufacturing plants, schools,
What is HAZUS-MH? HAZUS-MH is a planning tool that estimates
Application of HAZUS TM to the New Madrid Earthquake Project Prepared for: Federal Emergency Management Agency Central US Earthquake Consortium Prepared.
DISASTER PREPAREDNESS A KEY ELEMENT OF BECOMING DISASTER RESILIENT Walter Hays, Global Alliance for Disaster Reduction, University of North Carolina,
CALIFORNIA EARTHQUAKE EXERCISE OCTOBER 21, 2010 Walter Hays, Global Alliance for Disaster Reduction, University of North Carolina, USA.
PRIMER Dr. Walter Hays Global Alliance For Disaster Reduction
Foster and sustain the environmental and economic well being of the coast by linking people, information, and technology. Center Mission Coastal Hazards.
Dam Failure Dams are generally an expensive structure that directly affect the economy of the area through power generation, flood control and water supply.
Future Bay Area Earthquakes – Water & Sewer Issues JEANNE PERKINS ABAG Earthquake and Hazards Program Consultant.
Implementing HAZUS-MH in Pre-Disaster Mitigation
Structural Engineering Issues for a Large Cascadia Event.
Hazards Associated with Significant Weather Events.
A 21 ST CENTURY LOOKBACK WILL SUSTAIN A COMMUNITY’S FOCUS ON DISASTER RESILIENCE Walter Hays, Global Alliance for Disaster Reduction, University of North.
Real World Applications of USGS EQ Science: Stacy Bartoletti Degenkolb Engineers Structural Engineers Association of Washington Cascadia Region Earthquake.
1 Emergency Management and Risk Analysis for Hazardous Materials Transport Shashi Nambisan Professor of Civil Engineering Dept of Civil & Environmental.
HAZUS-MH is a multi-hazard risk assessment and loss estimation software program developed by the Federal Emergency Management Agency (FEMA). (animate on.
Risk Assessment Public Safety Geoscience Program – Earth Sciences Sector Centre for Natural Hazards Research Nicky Hastings, Bert Struik, Murray Journeay,
Infrastructure Profile Consider strengths and vulnerabilities of the built environment.
1 Earthquake Hazard Update April 21, 2015 NMSZ ROC.
Richard Butgereit GIS Administrator
Estimation of Future Earthquake Annualized Losses in California B. Rowshandel, M. Reichle, C. Wills, T. Cao, M. Petersen, and J. Davis California Geological.
LESSONS LEARNED FROM PAST NOTABLE DISASTERS AUSTRALIA PART 4: WILDFIRES Walter Hays, Global Alliance for Disaster Reduction, Vienna, Virginia, USA.
Bay Area Earthquakes – Utility & Lifeline Issues Bay Area Earthquakes – Utility & Lifeline Issues JEANNE PERKINS Consultant, ABAG Earthquake and Hazards.
LESSONS FROM PAST NOTABLE EARTHQUAKES. Part IV Walter Hays, Global Alliance for Disaster Reduction, Vienna, Virginia, USA.
Loss-Estimation Modeling of Earthquake Scenarios for Each County in Nevada Using HAZUS-MH Nevada Bureau of Mines and Geology Open-File Report 06-1 University.
1 Welcome North Dakota State University Emergency Management & Planning Donald Borgen ND Division of Emergency Services ND GIS Users Conference.
JASON MASTERS UNIVERSITY OF SOUTHERN CALIFORNIA SENIOR ENVIRONMENTAL STUDIES - PUBLIC POLICY AND MANAGEMENT.
INSIGHTS ON DISASTER RESILIENCE FROM 2008’S DISASTERS AND DISASTER PLANNING SCENARIOS Walter Hays, Global Alliance for Disaster Reduction, University.
NINE CHALLENGES OF THE 21 ST CENTURY THAT WILL HAVE GLOBAL BENEFIT WHEN WE MEET THEM Walter Hays, Global Alliance for Disaster Reduction, Vienna, Virginia,
Governor’s Office of Emergency Services Association of Bay Area Governments School & Health Care Systems School & Health Care Systems Bay Area Disaster.
THE ART AND SCIENCE OF IDENTIFYING AND ELIMINATING VULNERABILITIES TO EARTHQUAKES IN A COMMUNITY’S BUILT ENVIRONMENT Walter Hays, Global Alliance for.
EARTHQUAKE DISASTER RESILIENCE PART 2: Informing Community Stakeholders About Global Earthquake Disaster Situations Walter Hays, Global Alliance for Disaster.
GLOBAL EARTHQUAKE PREPAREDNESS AND EMERGENCY RESPONSE Part 1: The United States Walter Hays, Global Alliance for Disaster Reduction, Vienna, Virginia,
1 Case Study: Pacific Gas & Electric Company San Francisco Lifelines Council Edwards Salas Senior Vice President, Engineering and Operations, PG&E February,
19.4 – Earthquakes & Society. Damages  Death and injuries  Collapse of buildings  Landslides  Fires  Explosions  Flood waters.
Dr. Walter Hays US Geological Survey (Retired) Global Alliance for Disaster Reduction.
MAGNITUDE 6.7 EARTHQUAKE STRIKES CENTRAL JAPAN Saturday, November 22, 2014 Walter Hays, Global Alliance for Disaster Reduction, Vienna, Virginia, USA.
MEGACITIES AND NATURAL HAZARDS MEGACITIES AND NATURAL HAZARDS POINT FAILURES CAN PARALYZE AN ENTIRE CITY Walter Hays, Global Alliance for Disaster Reduction,
Disaster Preparedness Are you prepared?. Effective Disaster Plans  Your plan should outline the basic preparedness steps needed to handle the anticipated.
TEXAS HOMELAND SECURITY &EMERGENCY MANAGEMENT CONFERENCE APRIL 28, 2011 SAN ANTONIO, TEXAS.
Multi-Jurisdictional Local Hazard Mitigation Plan City of Union City A SSOCIATION OF B AY A REA G OVERNMENTS.
HAZARD MITIGATION PLAN UPDATE CONCORD, VERMONT. GETTING STARTED EXERCISE Who lives in the Town of Concord? What buildings, infrastructure, or organizations.
By Bhuritt Maswongssa Vice President – Marketing Phuket Tourist Association 6 Nov 2012.
TOWARDS PRE-EARTHQUAKE PLANNING FOR POST-EARTHQUAKE RECOVERY (PEPPER) EXAMPLES: TOKAI, JAPAN SOUTHERN CALIFORNIA Walter Hays, Global Alliance for Disaster.
Using HAZUS-MH for Comprehensive Planning Bill Bohn, Tetra Tech June 20, 2007.
Overview of HAZUS for Earthquake Loss Estimation October 28, 2011.
A Tsunami Is… An ocean wave produced by underwater earthquakes or landslides CERT Basic Training Unit 1: Tsunamis.
The Language of Disaster
Overview of HAZUS for Flood Loss Estimations
City of Bixby, Oklahoma 2008 Multi-Hazard Mitigation Plan Update
TOWARDS A NEW NORTHRIDGE AFTER THE JANUARY 17, 1994 EARTHQUAKE
MODERATE-MAGNITUDE EARTHQUAKE IMPACTS GREECE AND TURKEY 1:30 AM local time Friday, July 21, 2017 Walter Hays, Global Alliance for Disaster Reduction,
More lectures at Disasters Supercourse - 
JASON MASTERS UNIVERSITY OF SOUTHERN CALIFORNIA SENIOR
Hazard Template Event Primary Secondary Tertiary Cyclone
Application of HAZUSTM to the New Madrid Earthquake Project
19.4 – Earthquakes & Society
EARTHQUAKE DISASTER RESILIENCE PART 3: Helping Community First Responders Prepare for Expected And Unexpected Walter Hays, Global Alliance for Disaster.
Factors to Consider when Designing a Reliable Power Grid
Factors to Consider when Designing a Reliable Power Grid
CERT Basic Training Hazards
HayWired We Can Outsmart Disaster
Environmental emergencies
Presentation transcript:

Presentation to Coachella’s City Council October 8, 2014 Technical Background Report to the Safety Element of the 2035 General Plan Presentation to Coachella’s City Council October 8, 2014

SAFETY ELEMENT Mandatory component of the General Plan Discusses natural and man-made hazards Provides mitigation actions Discusses disaster preparedness, response and recovery

Report SECTIONS Chapter 1: Seismic Hazards Chapter 2: Geologic Hazards Chapter 3: Flood Hazards Chapter 4: Fire Hazards Chapter 5: Hazardous Materials Management Chapter 6: Severe Weather Hazards Chapter 7: Disaster Preparedness, Response and Recovery Appendix A: References Appendix B: Glossary

Chapter 1: Seismic hazards Regulatory framework Notable Historic Earthquakes Seismic Shaking Emphasis on the ShakeOut Scenario Fault Rupture Liquefaction Earthquake-Induced Landslides

Faults and historical seismicity

Liquefaction and slope instability

Hazus earthquake scenarios Software created for FEMA; runs on ArcGIS platform; analyses conducted by a certified HazUS Trained Professional Estimates losses resulting from earthquakes, floods and hurricanes Uses Census data; user-modified to better represent conditions M7.8, Southern San Andreas fault M7.1, Coachella segment of San Andreas fault

Hazus results M7.8 ShakeOut Scenario M7.1 Coachella Segment Scenario Building-Related Economic Losses >$880 million >$260 million Building Damage 3,700 moderately; 500 extensively; 3,000 completely 980 moderately; 1,300 extensively; 260 completely Injuries Fatalities 250-400 10-27 52-62 1-2 Damage to Utilities Severe; no water or electric power for > 3 months Minor; 1000’s of households with no water for 1 week Damage to Critical Facilities Extensive damage to schools and hospitals Moderate damage to schools and hospitals

Chapter 2: GEOLOGIC hazards Landslides and unstable slopes Compressible, collapsible, expansive and corrosive soils Ground subsidence Erosion and wind-blown sand

Chapter 3: Flood hazards

Seismically induced inundation

500-year flood on Whitewater River Hazus loss scenario 500-year flood on Whitewater River Building-Related Losses >$187 Million Buildings >280 extensively damaged >2,200 slightly to moderately damaged Critical Facilities Many moderately damaged; none will be substantially damaged

Chapter 4: Fire Hazards Vegetation fires Structure fires Chemical Fires Fires after an Earthquake Fire Suppression Services Chapter completed with significant input from the Riverside County Fire Department and Battalion Chief De La Cruz

High fire hazard areas

Chapter 5: Hazardous materials management Superfund, Cortese, Toxic Release Inventory, EPA-registered Generators Leaking Underground Storage Tank Sites Drinking Water Quality Household Hazardous Waste & Recycling Releases due to Transportation Accidents Earthquake-Induced Releases

Hazardous materials sites

Chapter 6: Severe weather High Winds Hail Temperature Extremes Drought

Chapter 7: Disaster preparedness Risk Analysis Impact to Critical Facilities Potential Evacuation Routes Potential Shelter Locations

Potential Emergency Shelters and Evacuation Routes

THANK YOU! ANY QUESTIONS? Tania González Vice-President, Sr. Consultant Earth Consultants International, Inc. tgonzalez@earthconsultants.com 714-412-2654