My presentation for Lower Shire Basin Community Mapping Project about InaSAFE (QGIS plugin to create realistic scenario for contingency planning)

1. Introduction to
InaSAFE
Emir Hartato
Severin Menard
Humanitarian OpenStreetMap Team (HOT)

2. What is InaSAFE?
InaSAFE is a plugin for QGIS software. It aims to produce
realistic natural hazard impact scenarios for better planning,
preparedness and response activities, using hazard and
exposure geographic data.

3. InaSAFE History
• Soft launch – Understanding Risk Forum 2012
• Version1.0 – Launch at AMCDRR (ASEAN Ministral Conference for
Disaster Risk Reduction) in 2012
• Training across 6 provinces in Indonesia as part of Scenario Development
for Contingency Planning which includes OpenStreetMap, QGIS, and
InaSAFE
• Version 2.0 – Launch at InaDRTG (Indonesia Disaster Relief Training
Ground) in 2014

4. InaSAFE Supporters

5. Why InaSAFE?
Free + Open + Dynamic
• Combines Latest Science and Local Knowledge
• Focus on Social Vulnerability
• Demand-driven
• Client-focused
• Effective and practical
• Participatory
• Tested in Multiple Contexts
https://www.gfdrr.org/node/1416

6. InaSAFE Concept

8. Where do I get Hazard information?
Communities
frequent
events only
Previous
Hazard
footprint
University
Local
Government
National
science
agency

9. Hazard refers to a singular disaster scenario

11. Where do I get Exposure
National
Mapping
Agency
OpenStreetMap
University
Local
Government
information?
National
Statistical
Agency
WorldPop
Landscan

12. Exposure in InaSAFE refers to:
• population density - number of people found in a certain
area
• important infrastructure - buildings, bridges etc
Experimental in v2.0

13. www.masdap.mw
exports.hotosm.org
www.worldpop.org.uk

15. Impact Function
The core to InaSAFE is its capability of having multiple Impact
functions specific to the input data.

16. InaSAFE Functionality

18. InaSAFE Output

19. InaSAFE Case Studies – Bengawan Solo
1. Provide hazard layer
2. OSM Training for data collection
3. Collecting exposure data
4. InaSAFE simulation (building & people
affected)
5. GIS analysis to support contingency
planning

21. InaSAFE Case Studies – Papandayan
• 22.321 buildings being mapped
• Mapping evacuation sites based on Guntur and Papandayan
volcanoes Contingency Plan
• Impact map for Papandayan and Guntur Volcanoes based on
essential buildings and other infrastructures already mapped
• Short training for 5 BPBD staffs

22. InaSAFE Case Studies – Makassar Flood

23. InaSAFE Case Studies – Realtime
Earthquake

24. WebSAFE –Web Version of InaSAFE by Project
NOAH (Philippines)

25. Other reference and case studies:
• Presentation presented at Chengdu Forum on UN-GGIM
• Wired Magazine
• Black Duck Award
• AIFDR - ASEAN Training
• GFDRR - Preparing nations to be a step ahead
• FutureGov - How can government open data and open source enable
disaster risk management

26. Where to get supports?
http://www.hipchat.com/gMIdPJ5Fw
http://inasafe.org
https://github.com/AIFDR/inasafe

27. Now it’s your turn!
Let’s practice!

28. • :/plugins/inasafe/supporters.png
• InaSAFE has been jointly developed by Indonesian Government-
BNPB, Australian Government-AIFDR and the World Bank-GFDRR.
These agencies and the individual software developers of InaSAFE
take no responsibility for the correctness of outputs from InaSAFE or
decisions derived as a consequence.

29. Group Work
1. Use OSM Building Point as Exposure
2. Hazard layer –
G1: Q10 - G3: Q50
G2: Q20 - G4: Q75
3. Aggregate by TA (the file is inside
mw_lowershire_ta, use AREA column)
4. Make PDF

30. Things to present:
•The result, and try to answer some questions
from Action Checklist.
•Do you have any difficulties using impact
function for Flood with infrastructure
exposure?
•What can you do with the information from
InaSAFE output? And how you will use the
information?
•Do you think it's helpful enough/not?
•If not, what else do you think that should be
added into the output?