SWAN+ADCIRC Mesh Flagler County
|
|
|
- Helena French
- 5 years ago
- Views:
Transcription
1 SWAN+ADCIRC Mesh Flagler County 61
2 SWAN+ADCIRC Mesh Flagler County 62
3 SWAN+ADCIRC Mesh Flagler County Pellicer Creek, FL 63
4 SWAN+ADCIRC Mesh Flagler County Pellicer Creek, FL 64
5 SWAN+ADCIRC Mesh Volusia County 65
6 SWAN+ADCIRC Mesh Volusia County 66
7 SWAN+ADCIRC Mesh Volusia County Ponce Inlet, FL 67
8 SWAN+ADCIRC Mesh Volusia County Ponce Inlet, FL 68
9 Initial Results Mesh Development Development of Seamless Topographic and Bathymetric Data Surface Development of ADCIRC Mesh Storm Climatology Validation Storm Selection Validation Comparisons 69
10 Storm Climatology: Storms in Study Area Tropical Storms: Passing within 175 nm of Jacksonville Typically Category 1 or less at landfall 70
11 Storm Climatology: Storms in Study Area (Cont d) Tropical Storms: Passing within 175 nm of Jacksonville Instances of greater than Category 3 storms 71
12 Tropical Cyclone Tracks and Parameters Landfalling storms: Central Pressure < 980 mb Category 1 or greater Limited activity in study area 72
13 Tropical Cyclone Tracks and Parameters Analysis of important storm parameters (considered random in JPM-OS analysis) Central pressure Radius to maximum winds Forward speed Storm heading Holland s B (shape parameter) 73
14 Tropical Cyclone Tracks and Parameters (Cont d) Year month day hour Name Latitude NOT NAMED NOT NAMED NOT NAMED NOT NAMED NOT NAMED NOT NAMED KING ABLE HAZEL CONNIE GRACIE DONNA CLEO DORA DAVID DAVID DIANA HUGO ANDREW FRAN BERTHA BONNIE FLOYD FRANCES JEANNE Longitude Central pressure Radius to Maximum Winds Forward Speed (kts) Storm Heading (deg) Holland's B 74
15 Tropical Cyclone Tracks and Parameters (Cont d) Analysis of other important parameters that influence storm surge Landfall location Tidal conditions 75
16 Tropical Cyclone Tracks and Parameters (Cont d) Reference set of 12,294 possible storms Executed storms on coarse resolution ADCIRC mesh to evaluate storm surge Reviewed results at selected locations along coast 76
17 Tropical Cyclone Tracks and Parameters (Cont d) Locations for reference and optimal set comparisons 77
18 Tropical Cyclone Tracks and Parameters (Cont d) Optimized set of 178 storms Final SWAN+ADCIRC simulations apply storms 78
19 Tropical Cyclone Tracks and Parameters (Cont d) 2%-annualchance event 1%-annualchance event Comparison of reference set and optimal set at specific comparison locations Results indicate optimal set adequately reproduces reference values 79
20 Initial Results Mesh Development Development of Seamless Topographic and Bathymetric Data Surface Development of ADCIRC Mesh Storm Climatology Validation Storm Selection Validation Comparisons 80
21 Validation Storm Selection: Significant Surge Events Landfalling, bypassing, exiting storms that passed near study area 81
22 Validation Storm Selection: Significant Surge Events Landfalling, bypassing, exiting storms that passed near study area 82
23 Validation Storm Selection: Significant Surge Events NOAA stations with water level (WL) data 83
24 Validation Storm Selection: Significant Surge Events (Cont d) NOAA National Buoy Data Center (NDBC) stations with wave data 84
25 Validation Storm Selection: Significant Surge Events (Cont d) Criteria Sorting of Storms 1. Local Landfall 2. Significant WL Difference 3. WL Data Availability (> 3 Stations) 4. Wave Data Availability (2 or more stations) Cleo Dora (5.91 ft) Frances (15) Frances (5) Dora David (5.55 ft) Charley (14) Ophelia (5) David Jeanne (4.22 ft) Jeanne (14) Tammy (5) Chris Tammy (4.07 ft) Ophelia (9) Fay (5) Edouard Fay (3.99 ft) Tammy (9) Jeanne (4) Tammy Frances (3.85 ft) Dennis 99 (8) Edouard (3) Fay Gabrielle (3.82 ft) Edouard (8) Charley (3) Floyd (3.8 ft) Floyd (7) Chris (2) Ophelia (3.04 ft) Irene (7) Dennis99 (2) Abby (2.93 ft) Fay (6) Floyd (2) Irene (2.92 ft) David (5) Irene (2) Bertha (2.62 ft) Bob (2.44 ft) Erin (2.43 ft) Cleo (2.35 ft) Dennis 99 (2.24 ft) 85
26 Validation Storm Selection: Significant Surge Events (Cont d) Criteria Sorting of Storms 1. Local Landfall 2. Significant WL Difference 3. WL Data Availability (> 3 Stations) 4. Wave Data Availability (2 or more stations) Cleo Dora (5.91 ft) Frances (15) Frances (5) Dora David (5.55 ft) Charley (14) Ophelia (5) David Jeanne (4.22 ft) Jeanne (14) Tammy (5) Chris Tammy (4.07 ft) Ophelia (9) Fay (5) Edouard Fay (3.99 ft) Tammy (9) Jeanne (4) Tammy Frances (3.85 ft) Dennis 99 (8) Edouard (3) Fay Gabrielle (3.82 ft) Edouard (8) Charley (3) Floyd (3.8 ft) Floyd (7) Chris (2) Ophelia (3.04 ft) Irene (7) Dennis99 (2) Abby (2.93 ft) Fay (6) Floyd (2) Irene (2.92 ft) David (5) Irene (2) Bertha (2.62 ft) Bob (2.44 ft) Erin (2.43 ft) Cleo (2.35 ft) Dennis 99 (2.24 ft) 86
27 Validation Storm Selection: Significant Surge Events (Cont d) Five validation storms selected Hurricane Dora (1964) Hurricane David (1979) Hurricane Frances (2004) Tropical Storm Tammy (2005) Tropical Storm Fay (2008) 87
Georgia and Northeast Florida Coastal Storm Surge and Mapping Study: Continued Progress Amid Challenges
Georgia and Northeast Florida Coastal Storm Surge and Mapping Study: Continued Progress Amid Challenges Presented by Christopher Bender, Ph.D., P.E., D.CE June 12, 2013 Presentation Overview FEMA risk
Coastal Flood Risk Study Project for Northeast Florida Study Area
Coastal Flood Risk Study Project for Northeast Florida Study Area Duval County, Florida Flood Risk Review Meeting September 22, 2015 Introductions Risk MAP Project Team FEMA Region IV BakerAECOM, FEMA
Coastal Flood Risk Study Project for East Coast Central Florida Study Area
Coastal Flood Risk Study Project for East Coast Central Florida Study Area St Lucie County, Florida Flood Risk Review Meeting March 28, 2017 Introductions Risk MAP Project Team FEMA Region IV BakerAECOM,
An Assessment of the Climatology of Florida Hurricane-Induced Tornadoes (HITs): Technology versus Meteorology
5218 J O U R N A L O F C L I M A T E VOLUME 24 An Assessment of the Climatology of Florida Hurricane-Induced Tornadoes (HITs): Technology versus Meteorology ERNEST M. AGEE AND ALYSSA HENDRICKS Department
North Carolina Coastal Flood Analysis System Hurricane Parameter Development. Submittal Number 1, Section 5
North Carolina Coastal Flood Analysis System Hurricane Parameter Development Submittal Number 1, Section 5 A Draft Report for the State of North Carolina Floodplain Mapping Project Technical Report TR-08-06
Standardizing hurricane size descriptors for broadcast to the public
Standardizing hurricane size descriptors for broadcast to the public Lori Drake, Hurricane Roadmap Project AMS 40th Conference on Broadcast Meteorology August 22-24, 2012, Boston, MA, Operational Forecasting
Development of Operational Storm Surge Guidance to Support Total Water Predictions
Development of Operational Storm Surge Guidance to Support Total Water Predictions J. Feyen 1, S. Vinogradov 1,2, T. Asher 3, J. Halgren 4, Y. Funakoshi 1,5 1. NOAA/NOS//Development Laboratory 2. ERT,
Hurricane Risk: Importance of Climate Time Scale and Uncertainty
Hurricane Risk: Importance of Climate Time Scale and Uncertainty FCHLPM Workshop Peter S. Dailey, Ph.D. July 23-24, 2009 2009 AIR WORLDWIDE CORPORATION 1 Agenda Importance of Understanding Climate Change,
Location: Jacksonville, FL December 11, 2012
Technical Update Meeting Northeast Florida Surge Study Location: Jacksonville, FL December 11, 2012 Agenda 2:00 2:15 Welcome/Introductions Tucker Mahoney, FEMA Region IV Michael DelCharco, BakerAECOM 2:15
30 If Vmax > 150, HSI intensity pts = 25
Hurricane Severity Index: A New Way of Estimating a Tropical Cyclone s Destructive Potential 1. Introduction Christopher G. Hebert*, Robert A. Weinzapfel*, Mark A. Chambers* Impactweather, Inc., Houston,
Introduction to Risk MAP NYC Coastal Study
Introduction to Risk MAP NYC Coastal Study FEMA REGION II October 18, 2012 Alan Springett, Senior Engineer 1 Agenda Components of FEMA Region II Coastal Surge Analysis Overview of entire process at a glance
ABSTRACT. HILDERBRAND, DOUGLAS CLARENCE. Risk assessment of North Carolina tropical cyclones ( ). (Under the direction of Dr.
ABSTRACT HILDERBRAND, DOUGLAS CLARENCE. Risk assessment of North Carolina tropical cyclones (1925-2000). (Under the direction of Dr. Lian Xie) Previous tropical cyclone risk assessment studies have been
Weather Research Center
Weather Research Center 3227 Audley Houston, Texas 77098 Phone: 713-529-3076 Fax: 713-528-3538 E-mail: wrc@wxresearch.org Press Release For Immediate Release November 29, 2005 For Information Contact:
Tropical Cyclones. Part 10
Tropical Cyclones Part 10 What is a Tropical Cyclone? A tropical cyclone is the general term for all rotating weather systems that originate over warm tropical waters. Tropical cyclones are classified
Figure S1. Refuge North N W. Stackyard Road N W. Refuge South N W. 1 km. NORTH (m) EAST (m)
ORT (m) 8 7 8 9 Refuge orth 5 7 8 W -after Sandy Stackyard Road 7 9 W 5 Refuge South 7 8 W A km B 5 EAST (m) Figure S Barnegat Bay LLR8 Delaware Bay LLR 8 Virginia Coast Reserve CLV Pamlico Sound CLK7
Miami-Dade County Technical Update Meeting South Florida Coastal Study. May 11, 2016
Miami-Dade County Technical Update Meeting South Florida Coastal Study May 11, 2016 Welcome and Introductions FEMA Region IV Christina Lindemer Technical Lead Production and Technical Services (PTS) Contractor
STORM HISTORY FOR COLLIER COUNTY
STORM HISTORY FOR COLLIER COUNTY In 1960, when hurricane 'Donna' struck, there were approximately 15,500 people living full time in Collier County. Today there are more than 330,000 residents, most of
7.1 TORNADO OUTBREAKS ASSOCIATED WITH LAND-FALLING TROPICAL CYCLONES IN THE ATLANTIC BASIN
7.1 TORNADO OUTBREAKS ASSOCIATED WITH LAND-FALLING TROPICAL CYCLONES IN THE ATLANTIC BASIN Stephanie M. Verbout 1, Lance M. Leslie 1, Harold E. Brooks 2, David Schultz 2, David Karoly 1 1. Introduction
Uncertainties in Atlantic Hurricane Characteristics with Application to Coastal Hazard Modeling
Uncertainties in Atlantic Hurricane Characteristics with Application to Coastal Hazard Modeling Peter J Vickery and Dhiraj Wadhera Applied Research Associates 854 Colonnade Center Drive, Suite 37 Raleigh,
Volusia County Emergency Management Division WELCOME. Citizen s s Academy. September 8, 2009
Volusia County Emergency Management Division WELCOME Citizen s s Academy September 8, 2009 1 Vision Statement The Volusia County Emergency Management Program will continue as the premier program in the
Specification of Tropical Cyclone Parameters From Aircraft Reconnaissance. Andrew Cox and Vincent Cardone Oceanweather Inc.
Specification of Tropical Cyclone Parameters From Aircraft Reconnaissance Andrew Cox and Vincent Cardone Oceanweather Inc. Cos Cob, CT, USA Motivation This paper is part of on-going work to improve the
South Florida Coastal Storm Surge and Mapping Study
South Florida Coastal Storm Surge and Mapping Study Presented by Christopher Bender, Ph.D., P.E., D.CE June 2, 2015 Presentation Overview FEMA risk studies outline Overview South Florida surge study Work
Hurricanes and Global Climate Change
Key Concepts: Greenhouse Gas Cyclone El Niño Hurricane IPCC La Niña Saffir-Simpson Scale Storm surge Typhoon WHAT YOU WILL LEARN 1. You will learn the difference between hurricanes, typhoons, and cyclones.
Fatal Tradeoff? Toward A Better Understanding of the Costs of Not Evacuating from a Hurricane in Landfall Counties. Jeffrey Czajkowski
Fatal Tradeoff? Toward A Better Understanding of the Costs of Not Evacuating from a Hurricane in Landfall Counties Jeffrey Czajkowski Austin College: Department of Economics Florida International University:
2015 AIR Hurricane Season Preview
2015 AIR Hurricane Season Preview Tim Doggett, Ph.D. 1 Agenda Seasonal hurricane forecasts for 2015 Historical perspective on seasonal forecasting Accounting for uncertainty Forecasts for the 2015 Atlantic
Lecture #18 (April 12, 2010, Monday) Tropical Storms & Hurricanes Part 3. Hurricane Floyd September 15, 1999
Lecture #18 (April 12, 2010, Monday) Tropical Storms & Hurricanes Part 3 Hurricane Floyd September 15, 1999 Tropical Cyclone Names Names are given to distinguish storms and for ease of communication. Names
COASTAL DATA APPLICATION
2015 Coastal GeoTools Proactive By Design. Our Company Commitment COASTAL DATA APPLICATION Projecting Future Coastal Flood Risk for Massachusetts Bay Bin Wang, Tianyi Liu, Daniel Stapleton & Michael Mobile
HURRICANES. The History, Structure, Development, and Destruction. Source:
HURRICANES The History, Structure, Development, and Destruction Source: http://www.dc.peachnet.edu/~pgore/students/w97/matheson/hpage.htm Hurricane Sandy was the deadliest and most destructive tropical
Understanding Hurricanes. Kieran Bhatia
Understanding Hurricanes Kieran Bhatia Why do we care? What are they? When should we be ready? Why aren t forecasts perfect? If a hurricane makes landfall, what should we expect? Tropical cyclones have
The Saffir-Simpson Hurricane Wind Scale
The Saffir-Simpson Hurricane Wind Scale The Saffir-Simpson Hurricane Wind Scale is a one to five categorization based on the hurricane's intensity at the indicated time. The scale provides examples of
11/21/2014. Erosion and Sedimentation Control Planning and Design Workshop December 2, 2014
Erosion and Sedimentation Control Planning and Design Workshop December 2, 2014 1 A STATE PRIMARILY OF A SUBTROPICAL CLIMATE WEATHER PATTERNS COME PREDOMINATELY FROM THE WEST APPALACHIAN MTNS SHIELDS IT
Welcome Jeff Orrock Warning Coordination Meteorologist National Weather Service Raleigh
Welcome Jeff Orrock Warning Coordination Meteorologist National Weather Service Raleigh Jeff.orrock@noaa.gov Sources: Operational Significant Event Imagery and the Environmental Applications Team (EAT)
HURRICANES. Part 1/Group 1 Student Handout Historical Occurrence Study 2. Part 2/Group2 Student Handout Storm Tracking 5
LEARNING EXPERIENCE 1 STUDENT HANDOUT HURRICANES Developed by Rebecca C. Smyth 1, Matt Morris 2,3 and Kathy Ellins 4 1. Research Scientist Associate, Bureau of Economic Geology, Jackson School of Geosciences,
10 years after Hurricane Charley
10 years after Hurricane Charley Hurricane Charley (2004) A Retrospective Scott M. Spratt Warning Coordination Meteorologist NWS Melbourne, FL Florida Governors Hurricane Conference May 15, 2014 11 AM
Extratropical transition of North Atlantic tropical cyclones in variable-resolution CAM5
Extratropical transition of North Atlantic tropical cyclones in variable-resolution CAM5 Diana Thatcher, Christiane Jablonowski University of Michigan Colin Zarzycki National Center for Atmospheric Research
Coastal Inundation Risk for SE Florida Incorporating Climate Change Impact on Hurricanes & Sea Level Rise
Coastal Inundation Risk for SE Florida Incorporating Climate Change Impact on Hurricanes & Sea Level Rise Y. Peter Sheng and V.A. Paramygin Justin R. Davis, Andrew Condon, Andrew Lapetina, Tianyi Liu,
Storm Surge Frequency Analysis using a Modified Joint Probability Method with Optimal Sampling (JPM-OS)
Storm Surge Frequency Analysis using a Modified Joint Probability Method with Optimal Sampling (JPM-OS) Jay Ratcliff Coastal Hydraulics Lab, of Engineers (USACE) Engineering Research and Development Center
Ch. 11: Hurricanes. Be able to. Define what hurricane is. Identify the life and death of a hurricane. Identify the ways we track hurricanes.
Ch. 11: Hurricanes Be able to Define what hurricane is. Identify the life and death of a hurricane. Identify the ways we track hurricanes. What are Hurricanes? Smaller than mid-latitude cyclones. Don t
Weather Middle School Teacher Instructions and Activity
Weather Middle School Teacher Instructions and Activity Based on the guidelines of the Saffir-Simpson Scale for hurricane severity and the Fujita Scale for tornado damage, students will write a brief synopsis
11/17/2017. Memorable Hurricanes of 2004 MET 4532
MET 4532 2004 Hurricane Season Lecture 31 & 32 2004, 2005, and After 17-20 November 2017 1 2 Memorable Hurricanes of 2004 Hurricane Dates Damage (US) Deaths (US) Charlie (4) 9-14 AUG $14B 10 Ivan (4) 2-24
HURRICANE JEANNE CHARACTERISTICS and STORM TIDE EVALUATION
HURRICANE JEANNE CHARACTERISTICS and STORM TIDE EVALUATION ((DRAFT)) By Robert Wang and Michael Manausa Sponsored by Florida Department of Environmental Protection, Bureau of Beaches and Coastal Systems
Societal impacts of inland moving tropical cyclones across the southeastern U.S
Societal impacts of inland moving tropical cyclones across the southeastern U.S Maggie M. Kovach, Gretchen Carlson, Charles E. Konrad II NOAA Southeast Regional Climate Center Department of Geography University
2008 Hurricane Caravan. Daniel Noah Meteorologist National Weather Service x1 May 22, 2008
2008 Hurricane Caravan Daniel Noah Meteorologist National Weather Service daniel.noah@noaa.gov, 813-645-2323 x1 May 22, 2008 National Weather Service We never close! Open 24 hours a day 365 days per year
P1.14 THE SPATIAL PATTERNS OF RAINFALL PRODUCED BY HURRICANE IRENE (2011) AND OTHER TROPICAL CYCLONES WITH SIMILAR TRACKS
P1.14 THE SPATIAL PATTERNS OF RAINFALL PRODUCED BY HURRICANE IRENE (2011) AND OTHER TROPICAL CYCLONES WITH SIMILAR TRACKS Corene J. Matyas * University of Florida, Gainesville, Florida 1. INTRODUCTION
Storm Surge Analysis Update Meeting Charlotte and DeSoto Counties, Florida March 7, 2018
Southwest Florida Coastal Storm Surge Study Storm Surge Analysis Update Meeting Charlotte and DeSoto Counties, Florida March 7, 2018 Agenda Introductions Goals for Today SWFL Coastal Surge Study Study
National Hurricane Center Forecast Accuracy: Past and Present James L. Franklin Branch Chief, Hurricane Specialist Unit National Hurricane Center
National Hurricane Center Forecast Accuracy: Past and Present James L. Franklin Branch Chief, Hurricane Specialist Unit National Hurricane Center 30 January 2012 1 NHC Forecast Verification NHC verifies
Introduction to Tropical Cyclones
Introduction to Tropical Cyclones Daniel Brown & Robbie Berg National Hurricane Center Florida Governor s Hurricane Conference 24 May 2010 Image courtesy of NASA/Goddard Space Flight Center Scientific
Tropical Cyclone Atmospheric Forcing 1 for Ocean Response Models: Approaches and Issues
Tropical Cyclone Atmospheric Forcing 1 for Ocean Response Models: Approaches and Issues Vincent Cardone and Andrew Cox Oceanweather Inc. Cos Cob, CT, USA DEFINITION: 1 Specification of time and space evolution
HURRICANE FRANCES CHARACTERISTICS and STORM TIDE EVALUATION
HURRICANE FRANCES CHARACTERISTICS and STORM TIDE EVALUATION ((DRAFT)) By Robert Wang and Michael Manausa Sponsored by Florida Department of Environmental Protection, Bureau of Beaches and Coastal Systems
USACE-ERDC Coastal Storm Modeling System Updates Chris Massey, PhD
USACE-ERDC Coastal Storm Modeling System Updates Chris Massey, PhD Research Mathematician USACE-ERDC Coastal & Hydraulics Lab Chris.Massey@usace.army.mil ERDC s Coastal Storm-Modeling System (ERDC CSTORM-MS)
TROPICS. The Tropics. What are Tropical Cyclones? Atlantic Hurricane Season The official Atlantic hurricane season is from June 1 to November 30
Hurricanes: Formation Mechanisms, Forecasting, and Impacts in North Carolina The Tropics Located 23½ N to 23½ S TROPICS Dr. Christopher M. Godfrey Associate Professor Department of Atmospheric Sciences
A Perfect Storm: The Collision of Tropical Cyclones, Climate Change and Coastal Population Growth. Jeff Donnelly Woods Hole Oceanographic Institution
A Perfect Storm: The Collision of Tropical Cyclones, Climate Change and Coastal Population Growth Jeff Donnelly Woods Hole Oceanographic Institution Recent Hurricane Trends What Might the Future Hold?
NWS 13: NetCDF Wind/Pressure Inputs for ADCIRC
NWS 13: NetCDF Wind/Pressure Inputs for ADCIRC Alex Crosby Oceanweather Inc. Casey Dietrich NC State University 2018 ADCIRC User s Group Meeting Summary Motivation NetCDF Structure/Schema Implementation
US Army Corps of Engineers BUILDING STRONG. Mary Cialone, Norberto Nadal-Caraballo, and Chris Massey
North Atlantic Coast Comprehensive Study Storm Selection and Numerical Modeling An Overview Computing the Joint Probability of Storm Forcing Parameters from Maine to Virginia Mary Cialone, Norberto Nadal-Caraballo,
Coastal Storms of the New Jersey Shore
Coastal Storms of the New Jersey Shore Dr. Steven G. Decker Dept. of Environmental Sciences School of Environmental and Biological Sciences Rutgers University May 25, 2011 Overview Threats Historical Examples
SBEACH High-Frequency Storm Erosion Model Study for Sarasota County. Final Report
SBEACH High-Frequency Storm Erosion Model Study for Sarasota County Final Report by S. Y. Wang and M. Manausa Sponsored by Florida Department of Environmental Protection, Bureau of Beaches and Coastal
A hurricane is a. Low pressure, tropical cyclone, over warm water Winds exceeding 74 mph Winds move counterclockwise and inward.
Topic: Hurricanes Astronaut Douglas Wheelock aboard the International Space Station (ISS) caught this image of the eye of the storm as the ISS flew over Hurricane Earl just to the east on Sept. 3. Wheelock
Robert Weaver, Donald Slinn 1
1 1 Robert Weaver, Donald Slinn 1 Department of Civil and Coastal Engineering, University of Florida, Gainesville, Florida Supported by the US Office of Naval Research AGU Fall Meeting 2002 Poster OS72A-0342
Forecast Predictions of Winds, Waves and Storm Surge during Hurricane Arthur (2014)
Forecast Predictions of Winds, Waves and Storm Surge during Hurricane Arthur (2014) R Cyriac 1, JC Dietrich 1, JG Fleming 2, BO Blanton 3, RA Luettich Jr 4, C Kaiser 5 1 Dept. of Civil, Construction, and
WEATHER ON WHEELS Elementary School Program
WEATHER ON WHEELS Elementary School Program MAST ACADEMY OUTREACH On-Site Packet Miami-Dade County Public Schools Miami, Florida MAST ACADEMY OUTREACH WEATHER ON WHEELS ELEMENTARY ON-SITE HIGHLIGHTS PACKET
DAMAGE ASSESSMENT. Morgan Gilreath, Volusia County Property Appraiser
DAMAGE ASSESSMENT Morgan Gilreath, Volusia County Property Appraiser I. Disaster Assessment Multi-agency Teams (Police, Fire, Public Works, Utility, etc.) responasap via helicopter, humvee, etc. to answer:
HURRICANE CHARLEY CHARACTERISTICS and STORM TIDE EVALUATION
HURRICANE CHARLEY CHARACTERISTICS and STORM TIDE EVALUATION By Robert Wang, Michael Manausa And Jenny Cheng Sponsored by Florida Department of Environmental Protection, Bureau of Beaches and Coastal Systems
ARUBA CLIMATOLOGICAL SUMMARY 2014 PRECIPITATION
ARUBA CLIMATOLOGICAL SUMMARY 2014 PRECIPITATION The total amount of rainfall recorded at Reina Beatrix International Airport for the year 2014 was 309.2 mm. This is 34.4 % below normal ( Figure 1 ). During
The 2014 Atlantic Hurricane Season. What is New and What to Expect. Mark Chambers President & CEO ImpactWeather, Inc.
The 2014 Atlantic Hurricane Season What is New and What to Expect Mark Chambers President & CEO ImpactWeather, Inc. Hurricane Climatology for the Gulf of Mexico A Look back at 2013 The outlook for this
Photo by Herb Stein. Center for Severe Weather Research. Hurricane Studies. Photo by Herb Stein
Photo by Herb Stein Center for Severe Weather Research Hurricane Studies Photo by Herb Stein DOW Hurricane Studies (or, what the DOWs do after tornado season is over) Missions are very challenging compared
HURRICANE Information for the Teacher
HURRICANE Information for the Teacher This hurricane simulation activity and STELLA model were adapted from materials developed by Jan Mons and Cathy Eaton of the Glynns Integration of Systems Thinking
Tracking Hurricane Sandy
Name: Date: Tracking Hurricane Sandy Purpose: The purpose of this lab is to use data collected during Hurricane Sandy to track the movement of its low-pressure center. The student will also answer questions
2016 NC Coastal Local Governments Annual Meeting
6 NC Coastal Local Governments Annual Meeting NCFMP Coastal Map Maintenance Flood Study Updates and Changes April, 6 Tom Langan, PE, CFM Engineering Supervisor NCEM-Risk Management - Floodplain Mapping
October 17, 2018 Sea level rise observed since 1970 responsible for 43% of homes impacted by Hurricane Irma s storm surge
October 17, 2018 Sea level rise observed since responsible for 43% of homes impacted by s storm surge (NEW YORK, N.Y.) Data scientists from the non-profit First Street Foundation in collaboration with
COLORADO STATE UNIVERSITY FORECAST OF ATLANTIC HURRICANE ACTIVITY FROM AUGUST 16 AUGUST 29, 2013
COLORADO STATE UNIVERSITY FORECAST OF ATLANTIC HURRICANE ACTIVITY FROM AUGUST 16 AUGUST 29, 2013 We expect that the next two weeks will be characterized by above-average amounts (greater than 130 percent)
Coastal and Hydraulics Laboratory
ERDC/CHL TR-15-14 North Atlantic Coast Comprehensive Study (NACCS) Coastal Storm Model Simulations: Waves and Water Levels Coastal and Hydraulics Laboratory Mary A. Cialone, T. Chris Massey, Mary E. Anderson,
EFFECTIVE TROPICAL CYCLONE WARNING IN BANGLADESH
Country Report of Bangladesh On EFFECTIVE TROPICAL CYCLONE WARNING IN BANGLADESH Presented At JMA/WMO WORKSHOP ON EFFECTIVE TROPICAL CYCLONE WARNING IN SOUTHEAST ASIA Tokyo, Japan,11-14 March 2014 By Sayeed
Physically-based risk assessment of hurricane storm surge in a changing climate
Physically-based risk assessment of hurricane storm surge in a changing climate Ning Lin Princeton University Department of Civil and Environmental Engineering Hurricane Ike 5 Year Workshop Rice University,
Hurricane Wilma Post Storm Data Acquisition Estimated Peak Wind Analysis and Storm Tide Data. December 27, 2005
Hurricane Wilma Post Storm Data Acquisition Estimated Peak Wind Analysis and Storm Tide Data December 27, 2005 Hurricane Wilma was the sixth major hurricane of the record-breaking 2005 Atlantic hurricane
2015 Hurricane Season BY: STORM TEAM 8 METEOROLOGIST JULIE PHILLIPS
2015 Hurricane Season BY: STORM TEAM 8 METEOROLOGIST JULIE PHILLIPS FORECAST COLORADO STATE UNIVERSITY FORECAST IS CALLING FOR ONE OF THE LEAST ACTIVE SEASONS SINCE THE MID 20 TH CENTURY! THE OFFICIAL
Vulnerability Metrics of Hurricane Forecast Accuracy
Vulnerability Metrics of Hurricane Forecast Accuracy Adam D. Arnold 1 and Jenni L. Evans 2 Department of Meteorology, The Pennsylvania State University University Park, PA 16802 Submitted to Weather and
SUPPLEMENTAL MATERIALS FOR:
SUPPLEMENTAL MATERIALS FOR: Simulated reduction in Atlantic hurricane frequency under 21 st century warming conditions Thomas R. Knutson, Joseph J. Sirutis, Stephen T. Garner, Gabriel A. Vecchi, and Isaac
EXAMINING PLANETARY, SYNOPTIC, AND MESOSCALE FEATURES THAT ENHANCE PRECIPITATION ASSOCIATED WITH TROPICAL CYCLONES MAKING LANDFALL OVER NORTH CAROLINA
EXAMINING PLANETARY, SYNOPTIC, AND MESOSCALE FEATURES THAT ENHANCE PRECIPITATION ASSOCIATED WITH TROPICAL CYCLONES MAKING LANDFALL OVER NORTH CAROLINA Meredith S. Croke*, Michael L. Kaplan and Lian Xie
Importance of air-sea interaction on the coupled typhoon-wave-ocean modeling
Importance of air-sea interaction on the coupled typhoon-wave-ocean modeling Collaborators: I. Ginis (GSO/URI) T. Hara (GSO/URI) B. Thomas (GSO/URI) H. Tolman (NCEP/NOAA) IL-JU MOON ( 文一柱 ) Cheju National
ERDC Support for Hurricane Sandy
ERDC Support for Hurricane Sandy Chris Massey, CHL; Aaron Byrd, CHL; Nawa Pradhan, CHL; Jeff Melby, CHL; Jane Smith, CHL; Robert Walker, ITL; and Jennifer Wozencraft, JALBTCX ERDC Support for Hurricane
Storm induced Semidiurnal Perturbations to Surges in the US
1 2 Storm induced Semidiurnal Perturbations to Surges in the US Eastern Seaboard 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 Cee Cee X. Feng 1*, Maitane Olabarrieta 1, Arnoldo Valle-Levinson 1 1
Case Studies in Communication Challenges: Hurricane Sandy
Case Studies in Communication Challenges: Hurricane Sandy International Workshop on Tropical Cyclones Jeju Island, South Korea Chris Landsea, National Hurricane Center, RSMC Miami Major Hurricane Sandy
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
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 About Me I am Currently a Weekday Meteorologist at WFLA Channel 8.
Chapter 24 Tropical Cyclones
Chapter 24 Tropical Cyclones Tropical Weather Systems Tropical disturbance a cluster of thunderstorms about 250 to 600 km in diameter, originating in the tropics or sub-tropics Tropical depression a cluster
Tropical Update 6 AM EDT Friday, October 7, 2016 Hurricane Matthew & Hurricane Nicole
Tropical Update 6 AM EDT Friday, October 7, 2016 Hurricane Matthew & Hurricane Nicole This update is intended for government and emergency response officials, and is provided for informational and situational
Using Flight Level Data to Improve Historical Tropical Cyclone Databases
Using Flight Level Data to Improve Historical Tropical Cyclone Databases Dr. Jonathan L. Vigh Shanghai Typhoon Institute 12 July 2018 NCAR is sponsored by the National Science Foundation On the Need for
29th Conference on Hurricanes and Tropical Meteorology, May 2010, Tucson, Arizona
P2.96 A SIMPLE COASTLINE STORM SURGE MODEL BASED ON PRE-RUN SLOSH OUTPUTS 1. INTRODUCTION Liming Xu* FM Global Research, 1151 Boston Providence Turnpike, Norwood, MA 02062 Storm surge is an abnormal rise
Future Tropical Cyclone Flood Hazard: Impacts of Vegetation Change and Sea Level Rise
: Impacts of Vegetation Change and Sea Level Rise Irish)et)al.)2014) 0.75 Es#mated)flooding)during)Hurricane)Katrina)2005)) Es#mated)flood9eleva#on)change)due)to)0.75)m) of)sea9level)rise)and)vegeta#on)loss)since)c.)1900)
Chapter 16, Part Hurricane Paths. 2. Hurricane Paths. Hurricane Paths and Damage
Chapter 16, Part 2 Hurricane Paths and Damage 1. Hurricane Paths Start over tropical water except South Atlantic and eastern South Atlantic, where water is too cold. Initially steered by easterly winds
Tornado outbreaks associated with landfalling hurricanes in the north Atlantic Basin:
Meteorol Atmos Phys 97, 255 271 (2007) DOI 10.1007/s00703-006-0256-x Printed in The Netherlands 1 School of Meteorology, University of Oklahoma, Norman, OK, USA 2 NOAA=National Severe Storms Laboratory,
METOCEAN CRITERIA FOR VIRGINIA OFFSHORE WIND TECHNOLOGY ADVANCEMENT PROJECT (VOWTAP)
METOCEAN CRITERIA FOR VIRGINIA OFFSHORE WIND TECHNOLOGY ADVANCEMENT PROJECT (VOWTAP) Report Number: C56462/7907/R7 Issue Date: 06 December 2013 This report is not to be used for contractual or engineering
What s s New for 2009
What s s New for 2009 Graphical Tropical Weather Outlook becomes operational Special Tropical Disturbance Statement replaced with Special Tropical Weather Outlook Tropical Cyclone Wind Field Graphic becomes
UNDERSTANDING STORM TIDES
UNDERSTANDING STORM TIDES Run from the water, hide from the wind.. CATEGORY CATEGORY CATEGORY CATEGORY CATEGORY 1 2 3 4 5 WIND 74-95 mph 64-82 knots 96-110 mph 83-95 knots 111-130 mph 96-113 knots 131-155
Integration of Sea-Level Rise and Climate Change into Hurricane Flood Level Statistics
Integration of Sea-Level Rise and Climate Change into Hurricane Flood Level Statistics Galveston Hurricane Ike Galveston 1900 Hurricane UPI www.lib.washington.edu Jen Irish and Don Resio November 1, 011
A summary of recent notable ET events over Eastern Canada. IWET4 - May 2012 Chris Fogarty Canadian Hurricane Center
A summary of recent notable ET events over Eastern Canada IWET4 - May 2012 Chris Fogarty Canadian Hurricane Center Canadian Hurricane Center Response Zone On average, 1 or 2 storms directly affect Canadian
The need for a coastal estuary/inland damage potential index
The need for a coastal estuary/inland damage potential index flood risk L. J. Pietrafesa, L. Xie, E. Buckley, D. Hildebrand, M, C. Peng &D, Dickey College of Physical & Mathematical Sciences, North Carolina
1C.4 TROPICAL CYCLONE TORNADOES: SYNOPTIC SCALE INFLUENCES AND FORECASTING APPLICATIONS
1C.4 TROPICAL CYCLONE TORNADOES: SYNOPTIC SCALE INFLUENCES AND FORECASTING APPLICATIONS Daniel J. Cecil and Lori A. Schultz University of Alabama in Huntsville, Huntsville, AL, 35805 1. INTRODUCTION Several
Local Storm Surge Considerations. Al Sandrik Warning Coordination Meteorologist National Weather Service Office Jacksonville, Florida
Local Storm Surge Considerations Al Sandrik Warning Coordination Meteorologist National Weather Service Office Jacksonville, Florida SLOSH Display Program Some Definitions: Astronomical Tide: The daily
Major Hurricane Matthew Briefing Situation Overview
Major Hurricane Matthew Briefing Situation Overview THIS IS NOW A WORST CASE STORM SURGE SCENARIO Catastrophic Damage is Anticipated for Coastal Areas. Major Hurricane Matthew is still expected to move
Modeling Nearshore Waves for Hurricane Katrina
Modeling Nearshore Waves for Hurricane Katrina Jane McKee Smith US Army Engineer Research & Development Center Coastal and Hydraulics Laboratory Outline Introduction Modeling Approach Hurricane Katrina