Ecv ice Sheets Technical Proposal

12.4WP 2000: Development and validation

12.4.1WP 2100: Multitemporal MAI development

PROJECT: CHARMING PHASE:	WP: 2100
WP Title: Multitemporal MAI development Company: INGV WP Manager: J.P. Merryman Boncori Start Event: PM1 Planned Start Date: KO+3 End Event: MTR Planned Finish Date: KO+9	Sheet 1 of 1 Issue Ref: 1 Issue Date: 05/11/2013
Inputs: Requirement Baseline (RB) Development and validation dataset Tasks: Develop a multi-temporal MAI algorithm for the measurement of time-series of azimuth displacement Validate against GPS measurements on development dataset Document algorithm in ATBD Document validation in VR Outputs: Input to Algorithm Theoretical Basis Document (ATBD) Input to Product Validation Report (VR)

12.4.2WP 2200: Multitemporal DInSAR enhancements

PROJECT: CHARMING PHASE:	WP: 2200
WP Title: Multitemporal DInSAR enhancements Company: IREA WP Manager: G. Fornaro Start Event: PM1 Planned Start Date: KO+3 End Event: MTR Planned Finish Date: KO+9	Sheet 1 of 1 Issue Ref: 1 Issue Date: 05/11/2013
Inputs: Requirement Baseline (RB) Development and validation dataset Tasks: Develop the intermittent SBAS algorithm for spatial densification of DInSAR measurements Testing and comparison with classical SBAS Validate against GPS measurements on development dataset Document algorithm in ATBD Document validation in VR Outputs: Input to Algorithm Theoretical Basis Document (ATBD) Input to Product Validation Report (VR)

12.4.3WP 2300: SAR and GPS integration

PROJECT: CHARMING PHASE:	WP: 2300
WP Title: SAR and GPS integration Company: INGV WP Manager: R. Devoti Start Event: PM1 Planned Start Date: KO+3 End Event: MTR Planned Finish Date: KO+9	Sheet 1 of 1 Issue Ref: 1 Issue Date: 05/11/2013
Inputs: Requirement Baseline (RB) Development and validation dataset Tasks: Develop an algorithm to integrate GPS and InSAR time-series Develop an algorithm to generate strain maps from integrated GPS and InSAR deformation measurements Document algorithms in ATBD Document validation in VR Outputs: Input to Algorithm Theoretical Basis Document (ATBD) Input to Product Validation Report (VR)

12.4.4WP 2400: Integration of deformation measurements for hazard modelling

PROJECT: CHARMING PHASE:	WP: 2400
WP Title: Integration of deformation mesurements for hazard modelling Company: INGV WP Manager: Carlo Meletti Start Event: PM1 Planned Start Date: KO+3 End Event: MTR Planned Finish Date: KO+9	Sheet 1 of 1 Issue Ref: 1 Issue Date: 05/11/2013
Inputs: Requirement Baseline (RB) Development and validation dataset Tasks: Using GPS and InSAR velocities to obtain a consistent in long-term deformation model; Converting deformation-model strain rates in earthquake rates; Evaluating seismic hazard in test sites Development of a validation method for testing the seismic hazard obtained through GPS and InSAR respect to the "classical" seismic hazard maps Document algorithms in ATBD Document validation in VR Outputs: Input to Algorithm Theoretical Basis Document (ATBD) Input to Product Validation Report (VR)

12.5WP 3000: Prototype demonstration and impact assessment

12.5.1WP 3100: Deformation time-series production

PROJECT: CHARMING PHASE:	WP: 3100
WP Title: Deformation time-series production Company: INGV WP Manager: R. Devoti Start Event: MTR Planned Start Date: KO+9 End Event: PM5 Planned Finish Date: KO+15	Sheet 1 of 1 Issue Ref: 1 Issue Date: 05/11/2013
Inputs: Algorithm Theoretical Basis Document (ATBD) Experimental dataset Tasks: Process the experimental dataset with the integrated GPS-SAR method developed in WP2000 Outputs: Experimental dataset Updated dataset user manual Input to Impact Assessment Report (IAR)

12.5.2WP 3200: Hazard model production

PROJECT: CHARMING PHASE:	WP: 3200
WP Title: Hazard model production Company: INGV WP Manager: Vera D’Amico Start Event: MTR Planned Start Date: KO+9 End Event: PM5 Planned Finish Date: KO+15	Sheet 1 of 1 Issue Ref: 1 Issue Date: 05/11/2013
Inputs: Earthquake rates obtained through deformation model; Tasks: Covert Earthquake rates in expected ground shaking; Define a complete seismic hazard evaluation of the investigate area through the assessment of PGA, calculated for several probabilities of exceedance in 50 years, and spectral accelerations for varied spectral periods and exceedance probabilities Outputs: Impact Assessment Report (IAR)