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Sentinel-3 Hydrologic Altimetry Processor prototypE (SHAPE): Sentinel-3 Hydrologic Altimetry Processor prototypE (SHAPE): Project Achievements Project Achievements 2019-05-12 Session: A.4.11 2019-05-12 Session: A.4.11 Bercher N.

  1. Sentinel-3 Hydrologic Altimetry Processor prototypE (SHAPE): Sentinel-3 Hydrologic Altimetry Processor prototypE (SHAPE): Project Achievements Project Achievements 2019-05-12 – Session: A.4.11 2019-05-12 – Session: A.4.11 Bercher N. Bercher N. 1 1 , Fabry P. , Fabry P. 1 1 , García-Mondéjar A. , García-Mondéjar A. 2 2 , Fernandes J. , Fernandes J. 3 3 , Gustafsson D. , Gustafsson D. 4 4 , Ambrózio A. , Ambrózio A. 5 5 , Restano M. , Restano M. 6 6 , , Benveniste J. 7 7 Benveniste J. 1 Along-Track, Plouzané, France ; 2 isardSAT UK, United Kingdom ; 3 Univ. Porto, Porto, Portugal ; 4 SMHI, Sweden ; 5 Serco, Frascati, 1 Along-Track, Plouzané, France ; 2 isardSAT UK, United Kingdom ; 3 Univ. Porto, Porto, Portugal ; 4 SMHI, Sweden ; 5 Serco, Frascati, Italy ; 6 Deimos, Frascati, Italy ; 7 ESA-ESRIN, Frascati, Italy Italy ; 6 Deimos, Frascati, Italy ; 7 ESA-ESRIN, Frascati, Italy ESA UNCLASSIFIED - For Offjcial Use

  2. Introduction to SHAPE Project Introduction to SHAPE Project Stands for “Sentinel-3 Hydrologic Altimetry Processor prototypE” SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 2

  3. Introduction to SHAPE Project Introduction to SHAPE Project Stands for “Sentinel-3 Hydrologic Altimetry Processor prototypE” Objectives Inland Water domain: Characterize SARM performances for water level ● measurement, improvement hydrological catchment modelling , and river’s discharge estimation using Sentinel-3 delay-Doppler processing applied to CryoSat-2 data (FBR) Implement SAR processing alternative & innovative techniques ● Propose & design new retrackers for SAR and RDSAR modes ● Improve Wet tropospheric correction over land and inland water ● SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 3

  4. Introduction to SHAPE Project Introduction to SHAPE Project Main Requirements . Improve SARM Stack processing . Implement new retrackers: 1 physical + 1 empirical . Provide state of the art L2 Corrections & Geoid model . Emulation of repeat orbit sampling pattern from CryoSat-2 geodesic orbit . Produce L3 River & Lake Water Level (RWL, LWL) . Produce L4 River Water Discharge (RWD) . Assess impact of Altimetry data assimilation in River Discharge Models . L3 & L4 validation SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 4

  5. Introduction to SHAPE Project Introduction to SHAPE Project Main Requirements Requirement Baseline v1.3 → Available from SHAPE web site . Improve SARM Stack processing . Implement new retrackers: 1 physical + 1 empirical . Provide state of the art L2 Corrections & Geoid model . Emulation of repeat orbit sampling pattern from CryoSat-2 geodesic orbit . Produce L3 River & Lake Water Level (RWL, LWL) . Produce L4 River Water Discharge (RWD) . Assess impact of Altimetry data assimilation in River Discharge Models . L3 & L4 validation SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 5

  6. Introduction to SHAPE Project Introduction to SHAPE Project Consortium Prime Contractor, Management, contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 6

  7. Introduction to SHAPE Project Introduction to SHAPE Project Consortium Prime Contractor, Management, contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 ESRIN – Benveniste J., Restano M., Ambrózio A. SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 7

  8. SHAPE Project Achievements SHAPE Project Achievements Regions of Interest Rivers Lakes Amazon downstream Outcome of detailed ROI assessment (CryoSat-2 SAR/SIN & Sentinel-3A coverage, other altimetry, water Vänern masks & SAR imagery, auxiliary data for: L2 corrs & L3, Hydro. Models, in situ & fjducial data, etc.) Danube Rivers Lakes Titicaca Amazon (downstream) Vänern CryoSat-2 SAR 2015-03 → 2016-02 CryoSat-2 SAR 2015-03 → 2016-02 Danube Titicaca CryoSat-2 SIN 2015-03 → 2016-02 CryoSat-2 SIN 2015-03 → 2016-02 Brahmaputra Brahmaputra Sentinel-3A SAR 2016-06 → 2018-05 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 8

  9. SHAPE Project Achievements SHAPE Project Achievements Regions of Interest Data Procurement Plan v1.3.1 → Available from SHAPE web site Outcome of detailed ROI assessment (CryoSat-2 SAR/SIN & Sentinel-3A coverage, other altimetry, water masks & SAR imagery, auxiliary data for: L2 corrs & L3, Hydro. Models, in situ & fjducial data, etc.) Rivers Lakes Amazon (downstream) Vänern CryoSat-2 SAR 2015-03 → 2016-02 CryoSat-2 SAR 2015-03 → 2016-02 Danube Titicaca CryoSat-2 SIN 2015-03 → 2016-02 CryoSat-2 SIN 2015-03 → 2016-02 Brahmaputra Sentinel-3A SAR 2016-06 → 2018-05 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 9

  10. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor : Overview SHAPE Processor L1A to L2 Processor L3 Processor L4 Processor Validation (includes L2 corrs.) “AltiHydro” Hydro. Models Baselines Additional Modules SHAPE is a confjgurable processor with two predefjned baselines, namely: “s3like” : Mimic Sentinel-3 Processing baseline, 4 known retrackers ● “shape1” : Include all alternative & innovative algorithms, 2 new retrackers ● SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 10

  11. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 11

  12. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 12

  13. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 13

  14. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 14

  15. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 15

  16. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 16

  17. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 17

  18. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 18

  19. SHAPE Project Achievements SHAPE Project Achievements SHAPE Processor Contribs to L1BS → L2 processing, L3 processing (Water Level time series), Validation of L3 L1A → L2 processing, Processor integration L2 Corrections Assimilation of Altimetry data in Hydrological Models (HYPE), L4 processing (River Discharge), Validation of L4 SHAPE Project | Bercher et al. | Milan | 2019-05-12 | Slide 19

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