Natural Disasters Natural Disasters are disasters that occur in this world naturally and we can not control nature to stop them – we can only control our.

Slides:



Advertisements
Similar presentations
Robert L. (Bob) McFalls, M.Div. Chief Operating Officer National Association of Area Agencies on Aging AIRS Conference May 24, 2010 Rochester, New York.
Advertisements

Writing an Environmental Health Emergency Response Plan Advanced Practice Center Roadshow August 11-12, 2009 Albuquerque, New Mexico Brian R. Golob, CHMM,REHS.
Degradation Importance of Drought Information in Monitoring and Assessing Land Degradation Moshe Inbar University of Haifa, Israel.
GRIP - Global Risk Identification Programme, UNDP Bureau for Crisis Prevention and Recovery, , Training.
Natural Hazard and Natural Disaster. What is a Natural Hazard? Natural hazards are naturally occurring physical phenomena caused either by rapid or slow.
Response To Tectonic Hazards
SEISMIC HAZARD Presentation is based on: Allen, R., Earthquake hazard mitigation: New direction and opportunities, in "Treatise on Geophysics”, Bilham,
Lesson 17: Natural Hazards Flooding near Olympia, WA, Dec 2007 Big Question: Why Are More Of Them Becoming Disasters and Catastrophes?
From NOAA CD Ch 5: Natural Hazards. Natural events causing great loss of life or property damage Dangerous natural processes Impact risks, depending.
Geography 312 (Natural Hazards) Instructor: Ian Hutchinson (RCB7226) ph: Course TAs: Elizabeth.
INTERNATIONAL DAY FOR DISASTER REDUCTION Making Cities Disaster Resilient An Ongoing Activity and Opportunity for Cities that will be Highlighted on October.
Name: Roll no: Method: social studies College: Moghal college of Education.
Fall 2008 Version Professor Dan C. Jones FINA 4355.
The world’s worst disaster? 1.a) Natural HazardsMan-Made hazards. Avalanche Drought Earthquake Epidemic Fire Flood Forest Fire Hurricane Landslide Tornado.
Natural Disasters Global Geography 12.
Introduction to Hazards Concepts and Theory Session 2.
Natural Hazards Science: Reducing America’s Risk Hazards are inevitable; disasters are not. Mount St. HelensMount St. Helens 03/08/05 Mount Pinatubo.
IN THIS UNIT YOU LEARNT:. How the internal structure of the Earth affects people living on the surface.
Scientific Method, Forecasts, Prediction, and Risk Assessment Our Hazardous Environment GEOG 1110 Dr. Thieme.
SUSTAINABLE DEVELOPMENT, GLOBAL CHANGE AND ECOSYSTEMS FP6 Research on NATURAL DISASTERS in the context of Global ChangeObjective: Promote European research.
Natural Hazards. A National Threat Presidential Disaster Declarations in the United States and Territories by county from 1965–2003 reflect the broad.
Natural Disasters Natural Disasters are disasters that occur in this world naturally and we can not control nature to stop them – we can only control our.
Economics of Extreme Climatic Events By Adil Rasheed (EPFL-ENAC-ICARE-LESO-PB)
Impacts, uncertainties and non-linearities of extreme events (heavy precipitation and floods) in a changing climate Luis J. Mata Center for Development.
Tectonic hazard human impacts. Risk equation to depict level of impacts Vulnerability x magnitude Risk = Capacity to.
1 A Note to the User of This File Visit to check updates for this chapter.
Natural Hazards. Threats to large cities Naturally occurring dangers Man-made dangers.
Chapter 16 Natural Disasters and Catastrophes. Hazards, Disasters, and Catastrophes The Most Devastating Natural Hazards -Earthquake -Volcanic Eruption.
Introduction to Natural Hazards Chapter 1. Framework for Each Chapter  Learn the Objectives of the Chapter  Introduction to each hazard  Examine the.
What are Tectonic Hazards and What Causes Them? By Philippa, Lucy and Greer.
Selected Examples of Weather and Climate NGSS NESTA Workshops at Fall 2015 NSTA Conferences.
SEISMIC HAZARD. Seismic risk versus seismic hazard Seismic Hazard is the probability of occurrence of a specified level of ground shaking in a specified.
P.G.Dhar Chakrabarti Director SAARC Disaster Management Centre Executive Director National Institute of Disaster Management Urban Risks in South Asia Challenges.
Natural Hazard Impact Factors Natural events can cause great loss of life or property damage: Natural events can cause great loss of life or property damage:
Physical Hazards IB SL. Intro There is an extremely wide range of natural hazards, some of which are increased due to the actions of man. It is important.
Session 51 Comparative Emergency Management Session 5 Slide Deck.
Method: social studies College: Moghal college of Education
Introduction to Hazards Risk Management
FACTORS AFFECTING VULNERABILITY Human Factors: The severity of a disaster depends on both the physical nature of the extreme event and the social nature.
CHAPTER 1 NATURAL DISASTERS AND THE HUMAN POPULATION.
Hazards and Disasters- Risk Assessment and Response
Vulnerable Populations and Public Health Emergencies Lessons from Hurricane Katrina LuAnn E. White, PhD, DABT Tulane Center for Applied Environmental Public.
Natural Disasters 1. 2 Reading is NOT a spectator sport!
Impact Of Natural Hazards. MEDC’s Vs LEDC’s Natural hazards will affect More Economically Developed Countries (MEDC's)in a differing way to those that.
Disaster Management Game.  A disaster is an occurrence disrupting the normal conditions of existence and causing a level of suffering that exceeds the.
Natural Hazards? 1. A natural disaster (physical event)  volcanic eruption  Earthquake  Landslide 2. Human activity  Ex: coastal settlement of populations.
Disaster Types Technological Disasters Natural Disasters “Complex” Disasters or Terrorism acts.
Risk assessment and Natural Hazards. Concept of vulnerability (e.g. fatalities in two contrasting societies) Deaths 1 …………………………………………
1 / 32 Natural Disasters Introduction. 2 / 32 Focus of this class Learn about natural disasters, and the geologic processes that are responsible Examine.
Disaster Risk Management Concepts and Applications Southern Province of Sri Lanka 1.
A Great “Natural Disaster?” This raises the question: “What is a Natural Disaster?” This raises the question: “What is a Natural Disaster?” There are two.
What has turned what was once a disaster into a catastrophe?
But how reliable are these statistics?
بسم الله الرحمن الرحيم In the Name of God In the Name of God
What is the connection between these pictures?
Environmental Health Natural Disasters.
Preparing for the Worst!
Disaster and it’s management
Natural Disasters John Gyakum (AOS) Souad Guernina (EPS)
8.E.5B.3 Define problems that may be caused by a catastrophic event resulting from plate movements and design possible devices or solutions to minimize.
Hazards Slide 1
What information do you think this is showing?
Natural Disasters in Latin America
Hazards and Disasters- Risk Assessment and Response
Lesson 8 Natural Disasters
Go through and highlight important information.
Presentation 1 Natural disasters.
UGRC 144 Science and Technology in Our Lives/Geohazards
Presentation transcript:

Natural Disasters Natural Disasters are disasters that occur in this world naturally and we can not control nature to stop them – we can only control our association with their potential of occurring. Natural disasters can happen at any location at any time but each has some probability of happening. Natural disasters can destroy cities, or sometimes a whole country if it is that severe.

Natural Disasters EARTHQUAKE VOLCANIC ERUPTION LANDSLIDES HURRICANE TSUNAMI WILD FIRE TORNADO FLOOD HEAT WAVE DROUGHT

The Nature of the Hazard a.Rapid Onset (earthquake) vs. Slow Onset (drought) b. Controllable Events (floods) vs. Immutable Events (volcanoes) c. Frequency vs. Severity  risk assessment important here d. Mitigation Measures to Withstand Impact (infrastructure – tax dollars) vs. Mitigation Measures to Avoid Impact (move)

Global Earthquake Locations Don’t Live Near a Red Dot!

Natural Hazard Prediction The prediction of a natural event can be done by scientific investigation into its causes and ensures establishing the probability of the next occurrence in terms of time, place, and range of severity. Increasingly sophisticated monitoring stations, both manned and remote, collect information of potentially hazardous events for more accurate prediction. Some hazards, such as hurricanes and floods, can be forecast with high accuracy, whereas it’s very difficult to forecast earthquakes or volcanoes or landslides. Getting the public (culture) to may attention to scientific evidence is one of the main issues. Also, timely evacuation of densely populated urban areas may be physically impossible

The concept of risk RISK = HAZARD X VULNERABILITY Hazard = natural processes capable of causing death and/or destruction; Vulnerability = social or economic sensitivity to the effects of hazards

Calculating risk Example 1: same hazard; contrasting vulnerabilities Magnitude 6.5 earthquake in south-central California, on Dec. 22, 2003: 7 dead, ~50 injured because the event occurred in a thinly inhabited area (low risk event) Magnitude 6.5 earthquake in city of Bam (Iran) on Dec. 26, 2003: ~40,000 dead, ~30,000 injured; much of the city destroyed (very high risk event)

Hazard assessment Natural scientists analyze the physical risks:

Vulnerability assessment Social scientists analyze the vulnerability matrix Environmental processes Perception Social impacts Mitigation and education Disaster response

Interdisciplinary Is very well manifested in this overall topic Bothun is a physical scientist, well maybe … Carey is a historian We will try to bring both perspectives to this from time to time in class

Towards a global geography of danger: the complexity of the task 20% of Earth’s land surface exposed to severe hazards; >30% of North American population live in hazard-prone areas; Many areas (e.g. Indonesia, Taiwan, Guatemala) exposed to multiple severe hazards.

Investigating personal responses: flight or fight? KR (aged 22) said that she’d never build in a forest again after her Kettle Valley home was reduced to ash KR (aged 35) said he’d rebuild in an instant. His family’s home was razed. “It was a fluke” …“If you live on the ocean and a tidal wave comes, they’d say we shouldn’t live on the ocean.” Quoted in The Province, Aug. 25, 2003 (p. A5) Reactions to the Okanagan Mountain Park fire of August, 2003

Post-disaster recovery in the Real World (Hurricane Katrina ) 2006: population of New Orleans ~ 50% of that prior to hurricane; 45% fewer hospital beds; ~1/3 of schools still shut; Rents increased by 40% in one year because of housing shortage; suicide rate in city quadrupled; almost 90% of ‘refugees’ in Houston still unemployed; Port of NO (#1 port in US) operating at less than 50% capacity 3 months after hurricane. August 2008 survey of residents of New Orleans: 55% feel that there has been little or no progress in rebuilding neighborhoods. 59% feel that there has been little or no progress in making medical facilities and services more available. 72% said federal recovery money has been "mostly misspent." 58% said NO had a ”very serious" problem with political corruption. 84% face continuing health problems, and 65% reported some sort of chronic condition or disability, up from 45% in 2006.

Information and perception ( reported volcanic eruptions, ) Has there been an overall increase in activity?