Natural Disasters. in Florida. Severe Thunderstorms

Similar documents
Chapter 16, Part Hurricane Paths. 2. Hurricane Paths. Hurricane Paths and Damage

Hurricane Tracking Lab

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

LECTURE #18: Hurricane Damage, Monitoring & Case Study

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

Ch. 11: Hurricanes. Be able to. Define what hurricane is. Identify the life and death of a hurricane. Identify the ways we track hurricanes.

Hurricanes and Storm Surge : Before coming to lab, visit the following web site:

Catastrophic Events Impact on Ecosystems

Chapter 24 Tropical Cyclones

CHAPTER 12 TROPICAL WEATHER SYSTEMS MULTIPLE CHOICE QUESTIONS

Hurricanes: Nature's Wildest Storms

HURRICANES AND TORNADOES

NOAA National Centers for Environmental Information State Summaries 149-FL. Observed and Projected Temperature Change

LECTURE #15: Thunderstorms & Lightning Hazards

Hurricane Recipe. Hurricanes

Weather Middle School Teacher Instructions and Activity

Severe Weather: Tornadoes and Hurricanes

The Saffir-Simpson Hurricane Wind Scale

Foundations of Earth Science, 6e Lutgens, Tarbuck, & Tasa

THUNDERSTORMS Brett Ewing October, 2003

Module 11: Meteorology Topic 6 Content: Severe Weather Notes

Tropical Cyclone Hazards. Presentation

Homework 8: Hurricane Damage (adapted from Pipkin et al.)

FLOODING. Flood any relatively high stream flow overtopping the natural or artificial banks in a water system.

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

LECTURE #17: Severe Weather: Introduction to Hurricanes

Air Masses, Fronts and Weather Systems

Changes in Ecosystems - Natural Events

Introduction to How Hurricanes Work hurricane season hurricanes typhoons cyclones Defining a Hurricane tropical cyclone tropical depressions

Key Concept Weather results from the movement of air masses that differ in temperature and humidity.

(April 7, 2010, Wednesday) Tropical Storms & Hurricanes Part 2

While all thunderstorms are dangerous, the National Weather Service (NWS) defines a severe thunderstorm as one that:

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

Developed in Consultation with Florida Educators

The Worst Places for Hurricanes

Canes on Canes: Keeping South Florida Prepared During the Calm Before the Storm. Matt Onderlinde and Pete Finocchio

Severe Weather. Copyright 2006 InstructorWeb

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

3 Severe Weather. Critical Thinking

Santos Alvarado Juanita Casanova Ana Cavazos Gayle Robinson Lupita Sanchez 1900 Galveston Hurricane ESS Analysis

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

Navigating the Hurricane Highway Understanding Hurricanes With Google Earth

Hurricane Katrina Tracking Lab

Weathering and Erosion

Hurricanes. Hurricanes are large, tropical storm systems that form and develop over the warm waters near the equator.

Unit 7 Section 3 Computer Lab. Part 1: OPEN OCEAN AND COASTAL IMPACTS OF TROPICAL CYCLONES

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

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

5.2 IDENTIFICATION OF HAZARDS OF CONCERN

Kentucky Weather Hazards: What is Your Risk?

Changes to Land 5.7B. landforms: features on the surface of Earth such as mountains, hills, dunes, oceans and rivers

5.2 IDENTIFICATION OF HAZARDS OF CONCERN

HURRICANES. The History, Structure, Development, and Destruction. Source:

Cause, Assessment & Management of Flood Hazards associated with Landfalling Tropical Cyclones & Heavy Rain

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

Think about the landforms where you live. How do you think they have changed over time? How do you think they will change in the future?

Severe Thunderstorms

Figure 1. Carbon dioxide time series in the North Pacific Ocean (

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

HURRICANES. Source:

Advisory #35 Briefing 630 PM EDT Thursday October 06, 2016

2015 Hurricane Season BY: STORM TEAM 8 METEOROLOGIST JULIE PHILLIPS

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

Research Report. Hurricane Sandy. 20F Science Extreme Weather. October, By: November 5th, 2013 Period 6 20F Science Submitted to: Miss Brunel

Disaster Risk Management in India. Kamal Kishore New Delhi, 27 October 2016

Contents. Chapter 1 Introduction Chapter 2 Cyclones Chapter 3 Hurricanes Chapter 4 Tornadoes... 36

KCC White Paper: The 100 Year Hurricane. Could it happen this year? Are insurers prepared? KAREN CLARK & COMPANY. June 2014

Chapter 1 Study Guide

Hurricane Charley: A Retrospective 2014 Florida Governor s Hurricane Conference

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

NOAA National Centers for Environmental Information State Summaries 149-TX. Observed and Projected Temperature Change

Draft for Discussion 11/11/2016

Comparative Analysis of Hurricane Vulnerability in New Orleans and Baton Rouge. Dr. Marc Levitan LSU Hurricane Center. April 2003

SIO15 Midterm 2, Wednesday Nov. 28, 2018

20.1 Air Masses. Weather Patterns and Severe Storms. Four Types of Source Regions. Weather in North America Fronts

Hurricanes 1. Thunderclouds. cool, dry air falls. warm, moist air rises

Hurricane Matthew Threats and Impacts Briefing for Eastern NC

What Are Disasters? The Rescue Kids Trio!

Hurricane Harvey: SE Texas Impacts. 10 PM CDT UPDATE Friday, August 25, 2017 Prepared by: Lance Wood

Vertical structure of the atmosphere

Miami-Dade County Overview

Lecture Outlines PowerPoint. Chapter 19 Earth Science 11e Tarbuck/Lutgens

Earth Science, 11e. Weather Patterns and Severe Storms Chapter 19. Air masses. A cold Canadian air mass Figure Air masses. Air masses 9/5/2012

COMMUNITY EMERGENCY RESPONSE TEAM TORNADOES

Tuesday, September 13, 16

Tropical Storm Harvey: SE Texas Impacts

Storms. Tropical Cyclone?

Tornadoes pose a high risk because the low atmospheric pressure, combined with high wind velocity, can:

SEVERE WEATHER 101. Flood Basics

2006 & 2007 Pre-Hurricane Scenario Analyses

GUIDED READING CHAPTER 1: THE LAY OF THE LAND (Page 1)

Air Masses, Fronts & Storms

Weather Research Center

CURRENT AND FUTURE TROPICAL CYCLONE RISK IN THE SOUTH PACIFIC

West Baton Rouge Parish Hazard Mitigation Plan Update Public Meeting. September 9, 2015 Port Allen, LA

Tropical Update. 5 AM EDT Monday, October 8, 2018 Tropical Storm Michael, Tropical Storm Leslie, Invest 92L (10%) & African Tropical Wave (50%)

Extreme Rainfall in the Southeast U.S.

A Hurricane Outlook for the 21st Century.

Warm Up Vocabulary Check

Assumption Parish Hazard Mitigation Plan Update Public Meeting. September 1, 2015 Napoleonville, LA

Transcription:

Natural Disasters in Florida SC.6.E.7.7 Investigate how natural disasters have affected human life in Florida. Severe Thunderstorms While the typical afternoon thunderstorm in Florida may not appear to be a natural disaster, the heavy rainfall and frequent lightning strikes that accompany these storms can impact people and their daily activities. Florida has almost three times more lightning strikes annually than any other state. Additionally, approximately half of the deaths due to severe weather in Florida are attributed to lightning strikes. As a result, outdoor activities often are postponed during afternoon thunderstorms and people are encouraged to seek shelter. Hurricanes Stronger and more severe than thunderstorms, hurricanes are a common occurrence in Florida. The state s coastlines suffer the greatest amount of damage from hurricanes because most of this land is at or near sea level. There are few natural barriers to hold back rising water or to block the strong winds. Satellite image of Hurricane Hugo as it approaches the east coast of Florida. 1

Damage from Hurricane Andrew in Miami-Dade County, Florida Florida s Hurricane History From 1851 to 2010, more than 1,200 tropical storms and hurricanes made landfall in Florida. Thirty-seven of these storms ranked as category 3 hurricanes and above on the Saffir Simpson Scale. The 1935 Florida Keys Labor Day hurricane ranked as a category 5 storm and remains the strongest hurricane ever recorded in the United States. Hurricane Donna made landfall in 1960 and ranked as a category 4 storm. Donna spanned the entire length of the eastern seaboard with sustained wind speeds of more than 325 km/h. In 1992, Hurricane Andrew became one of the costliest and most destructive hurricanes to date as it traveled across Florida and into the Gulf of Mexico. Combined, the estimated economic damage from hurricanes in the state of Florida exceeds $115 billion. High Winds and Rain Hurricanes with high sustained wind speeds usually cause the greatest amount of damage. The damage is caused not only by the strong winds but also by the materials that the wind carries, which includes dust and debris, pieces of damaged buildings, and other materials swept up by the storm. Along with strong winds, hurricanes are also associated with heavy rains and storm surges, which can lead to flooding. MAJOR Florida Hurricanes Hurricane Year Category Florida Landfall Estimated Damage Galveston 1900 1 Florida Keys $30 million in US Okeechobee 1928 4 Palm Beach $25 million Labor Day 1935 5, 2 Florida Keys, Cedar Key $6 million Donna 1960 4 Florida Keys $387 million in US Agnes 1972 1 Florida panhandle $2.1 billion in US Andrew 1992 4 southern Florida $25 billion Charley 2004 4 Captiva Island $15 billion in US Katrina 2005 1 Miami-Dade County $75 billion in US 2

Storm Surges and Flooding A storm surge is water that has blown outward from the center of a hurricane, eventually sweeping up onto the coastline as a large wave. The storm surge can extend beyond a radius 80 160 km outside of the hurricane, is typically 2 3 m high, and causes flooding onshore. With over 60 percent of Florida s population living within 8 km of the coast, floods from a storm surge can threaten human life and property in Florida. Florida has a flat landscape with most coastal areas only 2 3 m above sea level, enabling the storm surge to travel inland more than 2 km. Water that flows into these lowlying areas can remain there for weeks. Beach homes, restaurants, hotels, and other structures that line the Florida coastline are damaged; boats docked in the ocean are thrust inland; and cars can be tossed out to sea. The currents created by the tide, the weight of the water, and the action of the waves can destroy beaches and coastal highways. Even a large building designed to withstand a hurricane s wind can be destroyed when water weakens its foundation. Another effect of hurricanes and storm surge is significant beach erosion. While Florida s beaches are the first line of defense in protecting low-lying areas, a storm surge can easily remove and relocate sand dunes. Because 2,000 km of Florida s coastlines lie in the main path of many hurricanes, few years pass without a hurricane or tropical storm affecting Floridians and their property. This makes storm-related beach erosion a serious issue for the state. Federal and local governments spend billions of dollars every year restoring beaches along Florida s coastline. Erosion from storm damage at Vero Beach 3

Tornadoes When a hurricane hits land, it can spawn tornadoes. Tornadoes also can occur during thunderstorms. Because Florida experiences tornadoes with both thunderstorms and hurricanes, the state has the highest overall tornado average per square mile in the nation. Tornadoes can cause tremendous amounts of damage when they touch down on land. Seven tornadoes with wind speeds between 255 332 km/h touched down during the Central Florida Tornado Outbreak in Melbourne County in 1995. The outbreak killed 42 people, and more than 260 others were injured. More than 3,000 structures were damaged and 700 destroyed, leading to property damage in excess of $100 million. Tornadoes that form over warm water are called waterspouts. Waterspouts are common along the Gulf Coast, particularly around Florida. On occasion, they travel inland and cause damage and injuries. However, this is rare because waterspouts usually dissipate over land. Droughts and Wildfires Drought is also common in Florida. Water conservation practices are encouraged during times of drought. For example, during droughtlike conditions, communities issue water restrictions that designate certain days for washing cars and watering lawns. When a rainy season is followed by severe drought conditions, wildfires can result. The rainy season can yield a lush covering of understory brush, which is vulnerable to burning when drought conditions follow. Lightning strikes, which are abundant in Florida, can start wildfires. In May 2008, nearly 40,000 acres of park land burned in Everglades National Park. Every year, thousands of acres of wilderness and many homes are destroyed by fire. In addition to these immediate damages, wildfires can continue to impact an area s ecosystems once the fire is out. These aftereffects include risks of floods, extensive soil erosion, landslides, and reduced water quality. A wildfire threatens these Florida homes. 4

Sinkholes Another natural disaster Florida experiences more than any other state is sinkhole formation. A sinkhole forms when areas underlain by limestone and dolomite dissolve due to the presence of acid rainwater. This can occur in normal precipitation conditions, but especially after periods of drought or heavy rainfall. The overlying rock and soil then collapse and form a depression. Sinkholes are particularly problematic in densely populated areas where they can harm people and damage property. However, they also impact Florida s population when they occur in less-populated areas. For example, in 1999, Lake Jackson began to disappear when an 8-ft sinkhole opened in the bottom of the lake. After a few days, the large lake, well-known for its fishing, was drained of its water, fish, and alligators. This lake drains approximately every 25 years into various sinkholes. Make a poster Use the information in the previous pages to design a poster that summarizes how natural disasters affect human life in Florida. Share your poster with the class. SC.6.E.7.7 5