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Russ Johnson - Understanding Disasters: Geospatial Technologies in Risk Reduction and Disaster Management
1. Plenary Session 4
Understanding Disasters:
Geospatial Technologies in Risk Reduction and Disaster
Management
GLOBAL RISK FORUM
GRF DAVOS
GRF
“From Thought to Action”
4. Wendi Pedersen
GIS Analyst/Rapid Mapping Expert
UNOSAT -
United Nations Institute for Training and Research
Satellite Analysis for Disaster Monitoring and Response
5. Dr. Heather Bell
Science Advisor
Pacific Disaster Center
Geospatial Technologies for Understanding Risk
6. Ryan Lanclos
Emergency Management Industry Manager
Esri
Jeff Baranyi
Senior Public Safety Solutions Engineer
Esri
GIS and Disaster Management :
“Building a Common Operating Platform”
18. I need knowledge…
• Are we prepared?
• Where are we vulnerable?
• Can we support damage assessment?
• What is the current situation?
• What are our partners doing?
• Are we talking to the public?
19. Answer the need for knowledge…
A Common Operating Platform
Supporting the Emergency Management Lifecycle…
20. Empower everyone…
Supporting the Mission
Planning &
Response Recovery
Mitigation
Data Planning and Field Situational Citizen
Management Analysis Mobility Awareness Engagement
23. Mission Specific Maps and Apps
Command
Operations
Logistics
PIO
…Aligning with EM workflows
24. Common Operating Platform…
Logistics Operations Command PIO
ICS
Alignment
National Response Framework
ESF 1- 15
Planning &
Analysis
Existing Systems
…that answers the need for knowledge.
25. Empower Everyone…
Smart Phones Social Media
Tablets
Web Sites
Platform
Desktop Browsers
Online
…everywhere.
27. GIS for Disaster Management
Common Operating Platform
• Reference Architecture
• Common Repository Tools and Data
• Mission Specific Templates
• Open and Extensible
• Empowers the Organization
28. Operation Scenario
• Daily Operations for Preparedness
• M 7.7 Earthquake
• Multi-Agency Response
Commonwealth of Kentucky
New Madrid Seismic Zone
34. Situational Awareness
• Aligned to Organization
• Mission Specific Apps
• Enhanced Situational Awareness
35. Public Safety Resource Center
Templates to help you get started
• Disaster Management
- Common Operational Picture
- Damage Assessment
- Maps
- Flood Planning
- Citizen Service Request
- Special Events
• Fire
- Run Book
- Station Wall Map
- Pre-fire Planning
• Humanitarian
- OpenStreetMap Editor, Ushahidhi Add-in
36. GIS for Disaster Management Workshop
• Tuesday - 6:30pm – 7:15pm Dischma Room
• Wednesday - 7:15pm – 8:00pm Dischma Room
• Abstract:
- Learn best practices and resources to implement GIS in
support of disaster management.
- Topics will include:
- Configure your Flex Viewer for Situational Awareness
- Deploy GIS in a mobile environment
- Getting Started with ArcGIS Online
- Baseline Template resources for common disaster management
workflows
37. Summary
• Focus on a Common Operating Platform
• Empower the Organization
• Align with the Mission
• Answer the need for Knowledge.
Data Planning and Field Situational Citizen
Management Analysis Mobility Awareness Engagement
50. Where do we go
Fire scenarios from 2010 to 2070 (ATSR Fire Atlas based)
Krawchuk MA, Moritz MA, Parisien M-A, Van Dorn J, Hayhoe K, 2009. Global Pyrogeography:
the Current and Future Distribution of Wildfire. PLoS
ONE 4(4): e5102. doi:10.1371/journal.pone.0005102
Climate projections include 2010–2039 (A,), 2040–2069 (B) and 2070–2099 (C).
60. and art of
Where isSimgoing
Fire it
to be in the next
hours?
When can we expect
to stop it?
61. Models are out
there
Models completed in period 1990-
12 Physical 2007
7 quasi-physical
15 empirical
5 quasi-empirical
11 simulation
22 mathematical analogous
Andrew L. Sullivan
Wildland surface fire spread modelling, 1990–2007
International Journal of Wildland Fire
Volume 18 Number 4 2009
.
62. take sims
We need to
from the lab…
LANL Coupled Fire/Atmosphere Modeling, FIRETEC
http://ees.lanl.gov/ees16/FIRETEC.shtml
94. not least because at
some time you may have
the opportunity to
turn him into a
friend Margaret Thatcher
95. Wendi Pedersen
GIS Analyst/Rapid Mapping
Expert
UNOSAT -
United Nations Institute for
Training and Research
96. Satellite Analysis for
Disaster Monitoring and Response
Wendi Pedersen
4th International Disaster and Risk Conference 2012, Davos Switzerland
97. 98
UNOSAT: A Centre of Excellence for Satellite Analysis
UNOSAT is the Operational Satellite Applications Programme of UNITAR – entirely
dedicated to researching and applying solutions for satellite derived geospatial
information, integrated systems (GIS, navigation, and geo-positioning), and
knowledge transfer
Launched in 2000 as a project, it has evolved into a mature UN Centre of Excellence
with global outreach supported by a network of partners worldwide,
UNOSAT means over 1000 maps/analyses since 2000, tasking in over 250 disasters,
emergencies & conflicts; professional training; research & methodology
CERN support :30,000 core computing cluster , unlimited IT power and data storage
98. TRENDS 99
GIS as a resource
Illustration
Planning and operations (HQ vs.
Field )
Up to date and cost effective
Web-based, in the cloud, real-time
GIS as an enabling environment
Enables information to flow through emergency cycle phases and clusters
Readily available and inter-operable : one image is worth 1000 words
The “power of where” and the geospatial dimension as analytical tool
A solution capable of generating information management processes
99. UNOSAT - AREAS OF OUTPUT 100
Humanitarian Aid and Relief Coordination
• Crisis & Situational Mapping
• Damage assessment
Human Security
Monitoring
Human Rights
Safety and Security
Territorial Planning and Monitoring
Capacity Development & Technical Assistance
In-country project development
100. 101
UNOSAT rapid mapping by type of emergency
2011
Exercises
7% Floods
29%
Complex
36%
Landslides Storms Earthquakes
3% 11% 3%
Tsunamis Technical/Chemical
4% Volcanic activities
4% 3%
101. 102
Pakistan Floods 2010
Inhabitable or
destroyed homes Section of Hunza Lake 2010
Damaged
infrastructure
Economic damage,
agriculture loss
102. 103
Hunza Landslide: January 4th 2010
A massive landslide blocked the Hunza river near Attabad in Gilgit-Baltistan
creating a natural dam that retained river water during the glacial melt season.
Blocked flow of the Hunza River for 5 months.
16.37km of Karakoram Highway (KKH) Flooded
As of 31st May lake size ~ 875 ha
106. 107
Pakistan flooding 2010
Natural aspects
Event start: End of July
Heavy rainfall in northern Pakistan
(Monsoon)
Flood extents from Swath valley to the
Arabic Sea
More than 37.000 Km2 of inundated land
Precipitated Water > Carrying capacity of
Indus River
Operational aspects
Multiscale analysis
MODIS, Radar, Optical
Different scale products delivered to end
users
108. 109
Pakistan flooding 2010 – Human impact (18th August)
Progress within 10 days
Large Cities like Jacobabad are affected 120 – 150km
Flood Start of
prognosis Water
for the next Overflow
day
Sukkur Barrage causes retaining
Flooding further downstream
water further upstream
110. 111
Highly dynamic flooding
extent clearly required
more rapid and diverse
analysis report products
Multiple single page A4
“Situational Update” reports
produced with satellite
imagery usually acquired
same day
More focus on describing
current status in near real
time and even trying to
estimate flood movement in
next 48hrs
111. 112
6) Comprehensive
time series of flood
datasets allowed
additional products
Final flood water
analysis was conducted
in October 2010
(Disaster started in late
July!)
113. Terrasar-X from 21st September 2011
• Multi-temporal analysis; disaster imagery
& archive imagery
• Use of multiple sensors to get the fullest
coverage of affected areas
• Deliverables given to end users were all
vectors derived from imagery analysis
Final Vector output
Satellite Image
114. Satellite-derived Information 115
Information from regional-scale images
Mekong River (Cambodia), 2008-floods
Flood extent
Reference image Disaster image Flood interpretation
Credits: UNOSAT; ESA
RADARSAT
116. 117
New Product type request
from Local and
international agencies for
a Cumulative Maximum
Flood Water Extent
Dynamically combined all
flood water extents from
multiple dates and locations
into a single dataset
Continuously updated as
flood waters moved further
south inundating new areas
over one month after start of
disaster event
117. UNOSAT Satellite-derived maximum flood water
extent (July –October 2010) = 37,500km2
(controlled for normal pre-flood water extent
of rivers, reservoirs, lakes, etc. )
Total area of Pakistan = 796,662km2
(excluding Jammu Kashmir)
118. 119
Conflict between Media, Government and Satellite-Based
Estimates of the Pakistan Flooding Extent:
“20% or 1/5th of Pakistan”
“As large as England”
“approximately 130.000 Km2”
Total flood inundated area,
within 5 weeks, is according to UNOSAT
analysis 4.7% of the country.
20 % of Pakistan
4.7 %
Relative comparison of inundated area
119. 120
Baseline geographic data combined with
satellite imagery – Pakistan floods 2010
Google UNOSAT
Map
Maker + Flood
Water
Data for Analysis
Pakistan
Impact: Detailed and
comprehensive preliminary
damage analysis, feedback
into DRR
120. 121
Pakistan flooding 2010 Human impact
GIS Analysis
Cross-referencing with other data-sets allows more detailed analysis
beyond natural impact
Quantifying the impact on population is still difficult
populated places are available but no accurate pop. Figures
Also documenting the impact on infrastructure (bridges, roads, hospitals...)
121. 122
Flood extent data sharing
Social media integration, improved understanding, validation
122. Automatic geo-positioning and mapping of photos,
videos, text, voice (Android+)
Cost-efficient solutions (smart compression)
Tested in exercises, used in Haiti, Nigeria, Pakistan,
Thailand
GPS cameras, mobile phones (Android, iPhone)
124. 125
Moving Forward Beyond Disaster Response
Disaster Risk Reduction capacity building
Increase in number of training courses in GIS and disaster risk reduction & response
Copenhagen, Nigeria, Costa Rica
Land-use analysis
Environmental impact analysis
Infrastructure Data
Roads, urban extents, ect. in remote areas where
disaster risk and vulnerability is high
126. Strategic territorial planning & management
Where are things located ? Where should they be ? How to move them?
implementation and good
awareness phase analytical phase
governance phase
PREPAREDNES DIAGNOSTIC PLANNING IMPLEMENTATION AND FOLLOW UP
identification and
knowledge of
assessment of the definition of a local development
the territory implementation and evaluation
current situation strategy according to the diagnostic
(information and monitoring
and trends (SWOT plan
gathering)
analysis)
Geographic Information System
131. DisasterAWARE
Fostering Disaster-Resilient Communities through
Information, Science, Technology and Exchange
International Disaster Risk Conference
26-30 August 2012
Davos, Switzerland
Presented By: Heather Bell, PhD
(c) Copyright 2006-2012 - PDC University of Hawaii: Managing Partnering
132. Risk and Vulnerability Assessment at PDC
Security and Sustainability through the Support of Disaster Risk
Reduction
(c) Copyright 2006-2012 - PDC
133. Components of Disaster
Hazard
Event Characteristics
In Exposed Area
Level of
Exposure/ Vulnerability
Affected Area
Disruption
of Exposed
Beyond
Elements
Ability to Cope
Human-Environment Coping Capacity
System of Exposed
Elements
Connectivity
PDC Addresses Each of these Components –
Singly and in Combination
(c) Copyright 2006-2012 - PDC