1. CE S Disaster Management Support Group  Work with WGISS task teams, e.g. IDN, WWW, Data Services  Work with WGISS strategy – WGISS Meeting & CSIRO Workshop in May  Provide info to WGISS/Task Teams before April

2.   Approach--DMSG define requirements & pass on to WGISS ; ; WGISS can better understand scope of our problem ; ; Different from current WGISS scenarios (“use cases”)?   Some differences (my preliminary perception) ; ; Many DMSG “use cases” high level, poorly defined ; ; Often users doesn’t know what they need ; ; Requirements are diverse ; ; Requirements are often specialized ; ; Users speak a different language DMSG requirements very different, I believe!! Opportunity & challenge for WGISS & DMSG

3. Hazard Team Recommendations Some Recurring Themes Integrated satellite/in-situ data sets - Models - Models - GIS/SDI - GIS/SDI Improved communications--networks Compelling demonstrations--fire,flood,…. Global data bases--accreditation/standardization - E.g. DEM (~1m vertical resolution) - E.g. DEM (~1m vertical resolution) Global systems

5. fuel maps dead fuel moisture detection monitoring biomass burning fire extent

7. T E A M R E Q U I R E M E N T S Flood Flood

8. Geostationary and Polar Weather Satellite Spatial and Temporal Requirements For Flash Floods Threshold Optimum Channels Spatial Temporal Spatial Temporal VIS 1 km 1 hr 1 km 5 min 3.9 micron 4 km 1 hr 1 km 5 min 6.7 micron 8 km 1 hr 1 km 5 min 10.7 micron 4 km 1 hr 1 km 5 min 12.0 micron 4 km 1 hr 1 km 5 min 85.5 GHz 15 x 13 km 12 hr 10 x 10 km 15 min 37.0 GHz 37 x 28 km 12 hr 10 x 10 km 15 min 22.2 GHz 50 x 40 km 12 hr 10 x 10 km 15 min 19.3 GHz 69 x 43 km 12 hr 10 x 10 km 15 min

9. ApplicationPhaseThresholdOptimumSensor Type Land UsePre-flood30 m 4-5 m MSI Post-flood InfrastructurePre-flood5 m <= 1 m PanVis StatusPost-flood VegetationPre-flood<= 250 m <= 30 m MSI/HIS Post-flood Soil MoisturePre-flood1 km100 m SAR/PM Snow packPre-flood1 km100 m SAR/PM DEM (vertical)Pre-flood1-3 m.10-.15 m InSAR/ Post-floodPanVis Flood developmentDuring flood<= 30 m <= 5 m SAR/MSI/ and flood peakPost floodPanVis DamagePost-flood2-5 m.3 m MSI/PanVis/ AssessmentSAR BathymetryPre-flood< 1 km 90 m SAR/MSI/HIS (near shore) MSI = Multi-Spectral Imagery PanVis = Panchromatic Visible InSAR = Interferometric SAR HIS = Hyper-Spectral Imagery SAR = Synthetic Aperture Radar PM = Passive Microwave Spatial Resolution Requirements By Application

10. Temporal Resolution Requirements By Application Image refresh rateImage delivery time Application(Threshold/Optimum) Infrastructure status1-3 yrs / 6 months months Land use1-3 yrs / 6 months months Vegetation3 months / 1 month months Soil Moisture1 week/daily 1 day Snow Pack2 month/1 week 1 day DEM pre- & post-flood1-3 yrs / months months Flood developmenthours-days (function hours-days (function of Flood peakof drainage basin) drainage basin) / 24 hr Damage assessmentn/a 2-3 days / < 1 day Bathymetry pre- and1-3 yrs / months months post-flood

11. T E A M R E Q U I R E M E N T S Oil Spill Oil Spill

12. Use Case Spatial resolution Spatial coverage Spatial coverage = swath width Temporal resolution Tasking time Delivery weekly 100km N/A 3 hoursEnforcement / monitoring 100m 50m 300kmdaily< 1 hour Major coastal spill (accident) 20m 5m 30km >100km daily hourly 2 days < 1 day 2 hours < 1 hour Minor coastal spill (dumping) 100m 50m 100km 300km daily hourly N/A 3 hours < 1 hour Spill distribution 100m 50m 100km 300km weekly daily N/A survey Observational Requirements For C-Band SAR  Threshold   Optimum  Note: To match costs of airborne SLAR, costs must be < 2.5 ¢ / km 2

13. T E A M R E Q U I R E M E N T S Volcanic Hazards Volcanic Hazards

14. Spatial Temporal Phenomenon Data Threshold Optimum Threshold Optimum Ash cloudIR 5 km 1 km30 min15 min Visible 1 km.5 km30 min15 min Sounder10 km 2 km30 min15 min SO 2 CloudUV20 km10 km 2 hr15 min Thermal Anomaly * IR 1 km30 m - Persistent 2 hr15 min - Transient 30 sec10 sec * Thermal anomaly verified with false alarm ratio <5% Data Resolution Requirements

15. THE END