Date: 27 April UF Research Contract Number: Project Date: Project Start: 6 November 2017 Project End: 30 June 2018

Similar documents
Wind Tower Deployments and Pressure Sensor Installation on Coastal Houses Preliminary Data Summary _ Sea Grant Project No.

Hurricane Season 2018

A HURRICANE IS COMING. Presented by Atiba Upchurch Broward Emergency Management Division

Hurricane Irma. Willis Re Hurricane Damage Survey Report. Executive Summary

AASHTO Committee on Maintenance 2018 Annual Meeting July 25, Hurricane Irma- Preparation and Response

Storm Surge Analysis Update Meeting Cross City, Florida June 17, 2014

Hurricane Basics and Preparedness. Jim Weyman Director, Central Pacific Hurricane Center Phone Office:

The Impact of Hurricane Irma on the Coast of Florida

Geospatial application in Kiribati

Business Preparedness. Hurricane Preparedness 2018 NFP InForum February 15, 2018

Are You Ready For Hurricane Season? 2018 Hurricane Talk B Y : S T O R M T E A M 8 M E T E O R O L O G I S T J U L I E P H I L L I P S

Erin Mack Ashley, PhD, LEED AP Diana Castro, PE

Hurricane Irma Page 1 HURRTRAK RM/Pro 2017 Summary Report for Tampa, FL 09/10/ EDT, Adv. # 46

South Florida Storm Surge

Information. Information Technology. Geographic. Services (GIS) 119 W Indiana Ave Deland, FL 32720

2008 Hurricane Caravan. Daniel Noah Meteorologist National Weather Service x1 May 22, 2008

Abstract On September 10, 2017, Hurricane Irma made landfall in the Florida Keys and caused significant

Storm Surge Forecast with Shifting Forecast Tracks

Superstorm Sandy What Risk Managers and Underwriters Learned

Application #: TEXT

Tropical Update. 5 PM EDT Sunday, September 10, 2017 Hurricane Irma, Hurricane Jose, Tropical Wave (60%)

HURRICANE FRANCES CHARACTERISTICS and STORM TIDE EVALUATION

European Geosciences Union General Assembly Vienna, Austria 27 April - 02 May 2014

Location: Jacksonville, FL December 11, 2012

Hurricane Wilma Post Storm Data Acquisition Estimated Peak Wind Analysis and Storm Tide Data. December 27, 2005

STATUS OF HAZARD MAPS VULNERABILITY ASSESSMENTS AND DIGITAL MAPS

Flooding in Manayunk Neighborhood of Philadelphia

NAVAJO NATION PROFILE

Exposure Disaggregation: Introduction. By Alissa Le Mon

2/27/2015. Perils. Risk. Loss PRICING TORNADOES: USING CAT MODELS FOR GRANULAR RISK UNDERWRITING WHY MODEL TORNADO RISK? FIRST, YOU HAVE TO ANSWER:

HURRICANE CHARLEY CHARACTERISTICS and STORM TIDE EVALUATION

Enhanced Fujita Scale

WHAT HAPPENS WHEN A TORNADO STRIKES THE COMMUNITY? Carroll County Sheriff s Office Emergency Management

PRICING TORNADOES: USING CAT MODELS FOR GRANULAR RISK UNDERWRITING

October 17, 2018 Sea level rise observed since 1970 responsible for 43% of homes impacted by Hurricane Irma s storm surge

Draft for Discussion 11/11/2016

Tropical Update. 5 AM EDT Tuesday, September 12, 2017 Post-Tropical Cyclone Irma, Hurricane Jose, & Tropical Wave (10%)

Hurricanes. Environmental Geology Mr. Paul Lowrey. Stacey Singleton, Cassandra Combs, Dwight Stephenson, Matt Smithyman

THE 3D SIMULATION INFORMATION SYSTEM FOR ASSESSING THE FLOODING LOST IN KEELUNG RIVER BASIN

STORM HISTORY FOR COLLIER COUNTY

Title: Storm of the Century: Documenting the 1993 Superstorm

HURRICANES. Source:

crafters.com/

Prepared by: Ryan Ratcliffe GPH-903 December 10, 2011

Table-Top Exercise for Emergency Preparedness Evaluation: Little Anse, Isle Madame

Quick Response Report #126 Hurricane Floyd Flood Mapping Integrating Landsat 7 TM Satellite Imagery and DEM Data

Alignments of Master of Disaster (MoD) Lessons for Grades K-2 with the Next Generation Science Standards (NGSS) X X X X X X X X X X

Table 1. August average temperatures and departures from normal ( F) for selected cities.

Hurricane Irma. City of Cocoa Beach September 8 12, 2017

Remote sensing and GIS for multi-hazard risk assessments in the coastal zone: recent applications and challenges in the Pacific Jens Kruger

RE: Inadequacy of December 2017 Draft Supplemental Environmental Assessment Review of Recent Storm Events and Flooding

Hazus: Estimated Damage and Economic Losses. North Carolina and South Carolina United States

2015 Hurricane Season BY: STORM TEAM 8 METEOROLOGIST JULIE PHILLIPS

Tropical Update. 5 PM EDT Thursday, September 7, 2017 Hurricane Irma, Hurricane Jose, and Hurricane Katia

Air Masses, Fronts and Weather Systems

Coastal Resiliency: Planning for Natural Variability and Recovering from Extreme Events

HAZUS-MH: A Predictable Hurricane Risk Assessment Tool for the City of Houston and Harris County

Geography General Course Year 12. Selected Unit 3 syllabus content for the. Externally set task 2019

Miami-Dade County Overview

Coastal Flood Risk Study Project for East Coast Central Florida Study Area

Your Task: Read each slide then use the underlined red or underlined information to fill in your organizer.

Hurricane Matthew Threats and Impacts Briefing for Eastern NC

Red Hook Recovery Project. Hurricane Sandy An Urban Disaster

CHI! CHIRRPA! CHA! CHIRPA! CHI! CHI! GETTING READY FOR HURRICANE SEASON?

Hurricane Irma Page 1 HURRTRAK RM/Pro 2017 Summary Report for Tampa, FL 09/09/ EDT, Adv. # 43

NOAA s National Weather Service Philadelphia/Mt. Holly NJ

Coastal Flood Risk Study Project for Northeast Florida Study Area

Name Earth Science Pd. Hurricanes. Directions: Read the information, view diagrams and answer the questions in the worksheet.

HURRICANE IVAN CHARACTERISTICS and STORM TIDE EVALUATION

Social Vulnerability Index. Susan L. Cutter Department of Geography, University of South Carolina

National Situation Report As of 3:00 a.m. EDT, Thursday, September 21, 2017 Table of Contents Current Operations Monitoring Recovery

Randall W. Parkinson, Ph.D., P.G. Institute of Water and Environment Florida International University

Fort Lauderdale s GIS Supports Response to. Hurricane Irma

LECTURE #18: Hurricane Damage, Monitoring & Case Study

Hurricanes, Sea Level Rise, and South Florida s Challenging Future

Applications: Introduction Task 1: Introduction to ArcCatalog Task 2: Introduction to ArcMap Challenge Question References

Using UAS Technology to Obtain Aerial Storm Damage Imagery. -Mike Sporer NWS Blacksburg

Hurricanes. Cause: a low pressure storm system over warm ocean water. Effect: potential massive widespread destruction and flooding.

Analysis & Optimization of Electricity Infrastructure Hardening Measures

Assessing the impact of seasonal population fluctuation on regional flood risk management

Weather Middle School Teacher Instructions and Activity

The Magic School Bus: Inside a Hurricane by Joanna Cole. Write a definition for each word. Draw a picture for each definition.

Tropical Update. 11 AM EDT Tuesday, October 9, 2018 Hurricane Michael, Tropical Storm Leslie, Tropical Storm Nadine

Hurricane Recipe. Hurricanes

Mapping Coastal Change Using LiDAR and Multispectral Imagery

Geographic Information Systems(GIS)

GIS Lecture 5: Spatial Data

2014 Annual Mitigation Plan Review Meeting

Hurricane Readiness for Coastal Communities

HURRICANE JEANNE CHARACTERISTICS and STORM TIDE EVALUATION

An overview of the applications for early warning and mapping of the flood events in New Brunswick

Pacific Catastrophe Risk Assessment And Financing Initiative

Weather Compass Webquest: Hurricane Edition

Tropical Update. 11 AM EDT Wednesday, October 10, 2018 Hurricane Michael, Hurricane Leslie & Tropical Storm Nadine, Caribbean Low (40%)

Severe Weather: Tornadoes and Hurricanes

Summary of Available Datasets that are Relevant to Flood Risk Characterization

A bright flash that is produced due to electrical discharge and occurs during a thunderstorm.

Hurricane Matthew. National Weather Service Wilmington NC. Steven Pfaff, WCM.

Hurricane Preparation and Recovery. October 11, 2011 Jon Nance, Chief Engineer, NCDOT

Peterborough Distribution Inc Ashburnham Drive, PO Box 4125, Station Main Peterborough ON K9J 6Z5

Transcription:

Date: 27 April 2018 Project: Performance of Single-Family Residential Buildings in Hurricane Irma Evaluating the Impact of the 1st March 2002 Florida Building Code and Homeowner/Occupant Survey on Risk Perceptions, Mitigations, Evacuation Project Sponsor: Florida Department of Business and Professional Regulation Principal Investigator: David O. Prevatt University of Florida, Gainesville, FL USA UF Research Contract Number: 0058409 Project Date: Project Start: 6 November 2017 Project End: 30 June 2018 Subject: Status Report 2 This Interim Report summarizes our work performed and results for Phase II of the project. UF leads this exercise, along with sub-contractor, Auburn University and Consultant Carnegie- Mellon University. The research will extract additional data from our post-hurricane Irma damage survey, specifically to evaluate the effectiveness of the Florida Building Code on the structural performance of residential structures affected by hurricane-strength winds and storm surge. This report is divided into three sections summarizing the efforts of the three participating universities so far, and cataloguing remaining work. Background: The University of Florida s Wind Hazard Damage Assessment Group cataloged the damage to over 1,100 homes distributed throughout Florida. Using this dataset, the researcher will select approximately 100 homes for further study. Homeowners/Occupier will be contacted and interviewed to share their experience during the hurricane and associate evacuation, as well as to detail the extent of interior damage their residences suffered, and their economic losses.

1. CARNEGIE MELLON UNIVERSITY (CMU) STATUS REPORT February March 2018: o Drafted and finalized survey protocol March 2018: o Drafted recruitment materials including mailers and postcards o Obtained addresses for 784 households in areas impacted by Hurricane Irma with exterior damage o Submitted IRB application for approval April 2018: o Received IRB approval o Recruitment mailers sent out to 784 households on April 6, 2018 (19 surveys of interior damage completed) o Recruitment postcards sent out to 784 on April 24, 2018 (a total of XX surveys of interior damage completed) o A total of 76 mailers returned, indicating the homeowner is no longer receiving mail at residence. Thus total response rate of 19/708 or 2.7%. o It is important to note that in a similar study with similar recruitment methods, we sent out mailers to 30,000 residents and received 294 completed surveys for a response rate of ~1%. 2

2. AUBURN UNIVERSITY (AU) STATUS REPORT February, March 2018 o Finalized QC of Hurricane Irma dataset. The dataset of 1121 records contains the following number of structures by assessment type: Table 1. Breakdown of records in dataset by assessment type Assessment Type Number of Assessments Single Family Residence 850 Mobile Home 155 Apartment/Condo 31 Utilities 17 Churches 8 Retail Store 7 Hotel/Motel 6 Other 47 Out of the 850 single-family residences, 40 are missing critical information related to the location, address or other characteristics that make them unsuitable for inclusion in this study. Taking these out leaves a final database of 810 single-family homes available for further analysis. Of the 810 single-family homes, 155 were built in 2002 or later, and 655 in 2001 or prior. o Records were subdivided into separate geographic regions small enough such that a common peak wind speed estimate could be assigned to all homes within the geographic subset. Wind speeds were estimated in each geographic subset using the wind fields of peak 3-second gust wind speeds at 10 m height in open terrain provided by Applied Research Associates (Vickery et al. 2017). Table 2. Geographic subsets and estimated peak 3-second gust, 10 m height, open exposure wind speed within each region. Region Number of Homes Peak Gust Wind Speed (mph) Marco Island 170 107 Big Pine Key 84 117 Everglades City 71 113 Little Torch Key 59 114 Naples 59 100 Goodland 56 109 Cudjoe Key 50 113 Ramrod Key 47 113 Marathon 46 120 3

Region Number of Homes Peak Gust Wind Speed (mph) Sugarloaf Key 32 113 Ponte Vedra Beach 30 60 Summerland Key 22 114 Key West 21 112 St. Augustine 4 135 [1] [1] Damage induced by cyclone-induced tornado, rated EF2 by National Weather Service. April 2018 o Data is being assimilated regarding surge height / flood depth above ground level at the location of each surveyed structure from the United States Geological Survey (USGS). o Vector file of the Florida coastal construction control line (CCCL) has been obtained and is being used to separate structures as being seaward or coastward of the CCCL. Clarity needed on homes in the Keys as there is no CCCL present in these areas. o Building permit records are being collected for all homes which have so far responded to the mailers from CMU. Permit records are available online through the respective county websites. 4

3. UNIVERSITY OF FLORIDA (UF) STATUS REPORT UAV images are being processed with the Pix4D software to create digital 3D point cloud from overlapping photographic imagery. These georeferenced images will be used along with the photographs from the ground surveys to estimate the extent of damage to specific houses, down to each 3D point in the point cloud. Measurements are made directly in the 3D model to more accurately estimate damage not visible from the ground. Table 3. Grids created from UAV aerial photographs. Location PD4 File Name Latitude Longitude Number of Pictures St. Augustine St_Aug_Grid 29.72117-81.23535 349 South Ponte Vedra Beach Ponte_V_Grid 30.01006-81.32037 71 Little Torch Key Torch_Key_N_Grid 24.67705-81.38881 172 Little Torch Key Torch_Key_S_Grid 24.65517-81.38676 264 Once houses are identified, building permit information that documents post-hurricane repairs will be collected and reviewed to determine extent of repairs, costs if available. Currently UF is identifying the specific appraiser s website and running trials to extract this information. No two websites present the information in the exact format so this activity for now is done by trial and error. Examples for three houses collected, will be provided for the following categories: o Permit Status o Permit Type o Contractor/Applicant pulling permit o Valuation of Permit o Issue Date 5