Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf ·...

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Geospatial data for disaster risk reduction and response Keiko Saito, PhD East Asia and Pacific DRM GSURR, The World Bank October 26, 2017 UNOOSA Conference 23 October 2017

Transcript of Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf ·...

Page 1: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Geospatial data for disaster risk reduction and response

Keiko Saito, PhD

East Asia and Pacific DRM

GSURR, The World Bank October 26, 2017

UNOOSA Conference 23 October 2017

Page 2: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Outline Integrating In-situ data for risk modelling Ex-post applications of space data and in-situ data integration Improving in-situ data availability Remote Assessments Conclusion

Page 3: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 2

One of the main use of data for Disaster Risk Management

= Risk Modelling

Page 4: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 3

1. MODEL outputs no calibration using in-situ data

2. MODEL outputs calibration using in-situ data

3. In-situ data only (more for ex-post applications)

Hazard modelling Exposure modelling

Vulnerability modelling

Risk (final output, loss to assets estimated)

or

Page 5: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 4

1. MODEL outputs no calibration using in-situ data

Page 6: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 5

1. MODEL outputs no calibration using in-situ data

Page 7: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 6

2. MODEL outputs calibration using in-situ data (met office rain gauge, discharge data)

Fiji flood modelling example

Page 8: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 7

• Global hazard models calibrated using local in-situ data allow high level assessment of risk

• Data sharing policy should be in place

• For detailed engineering level risk modelling, local in-situ data is necessary, especially topographic data (DEM)

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Presentation Title 8

Page 10: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 9

Ex-post applications of space data and in-situ data integration

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Presentation Title 10

Page 12: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Table of Contents

Page 13: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Main Title •Subtitle

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Page 14: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 13

Used UAV imagery to confirm the wind speed boundaries from model

Page 15: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Improving in-situ data availability

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Presentation Title 15

OPEN SOURCE

Improving hydromet stations

Page 17: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Presentation Title 16

Establishing and maintaining Vertical Reference frame in Tonga

Page 18: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Sometimes, only remote assessment is possible

Page 19: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Syria Damage and Needs Assessment

Information from Social media and other news outlets were combined with analysis of high-resolution satellite images + sector specialist knowledge to generate the full picture of the baseline + impact from the war

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+ =

Page 20: Geospatial data for disaster risk reduction and response. Keiko Saito WB UNOOSA -min.pdf · Geospatial data for disaster risk reduction and response Keiko Saito, PhD . East Asia and

Availability of in-situ data helps calibrate global models Data sharing policy must be in place New technology and tools becoming available for in-situ data collection

Conclusions

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Presentation Title 20

Use of Space technology for SDG monitoring