GMES DA COPERNICUS

Transcription

1 2014 Airbus Defence and Space All rights reserved. The reproduction, distribution and utilization of this document as well as the communication of its contents to others without express authorization is prohibited. Offenders will be held liable for the payment of damages. All rights reserved in the event of the grant of a patent, utility model or design. GMES DA COPERNICUS Frascati, April 2015 Vincent Parage/Nicolas Rousseau/Nathalie Chetail/Nathalie Faget

2 COPERNICUS INTRODUCTION SPOT6&7 PLEIADES 1A&1B GROUND SEGMENT INTEROPERABILITY FEATURES ABOUT GMES DA CONTRACT COPERNICUS April

3 Introduction Airbus DS Geo is a world leader in earth observation satellite imagery A unique portfolio of optical and radar satellites over a wide range of resolution including: Spot-6&7 (owned by Airbus DS), Pléiades-1A&1B (owned by CNES), Spot-5 (owned by CNES and disabled on the 31 st of March 2015 more than 11 millions images acquired covering 42,6 billions sqkm of terrestrial area - 80 million sqkm covered by Elevation 30) TerraSAR-X and TanDEM-X (Public Private Partnership between DLR and Airbus DS).

4 Spot-6 & 7 Fully funded and owned by Airbus DS Geo Mission: 2 satellites: Spot-6 launched in September 2012 Spot-7 launched in June 2014 Sun synchronous orbit at 694km Panchromatic and multispectral modes Swath 60km Resolution 1.5m in panchromatic 6m in multispectral

5 Spot-6 & 7 Main strengths: Agility Exceptional agility performances 14s to slew over 30 Comprehensive acquisition modes Acquisition capacity Broad swath 60km Up to 3 millions sqkm per day per satellite Updated meteorology forecast Reactivity Daily revisit 6 theoretical tasking plans per day

6 Pléiades-1A & 1B Owned by CNES, Airbus DS Geo has settled an exclusive public services delegation agreement with CNES to commercially operate the constellation on a worldwide basis Mission: 2 satellites: Pléiades-1A launched in December 2011 Pléiades-1B launched in December 2012 Sun synchronous orbit at 694km Panchromatic and multispectral modes Swath 20km Resolution 0.5m in panchromatic 2m in multispectral

7 Pléiades-1A & 1B Main strengths: Agility Exceptional agility performances 14s to slew over 30 Comprehensive acquisition modes Acquisition capacity Broader swath on the VHR market 20km More than 1 million sqkm per day per satellite Updated meteorology forecast Reactivity Daily revisit 3 tasking plans per day

8 Pléiades image over ESRIN Frascati

9 Spot + Pléiades = Optical constellation Spot-6 & 7 and Pléiades-1A & 1B are operated as a single constellation Same orbit With a phase at 90

10 Spot + Pléiades = Optical constellation Spot-6 & 7 and Pléiades-1A & 1B have the same spectral bands, providing continuity with: Past satellites (Spot-5) Future satellites (Sentinel-2) Satellite Blue Green Red NIR SPOT-5 0,50-0,59 0,61-0,68 0,78-0,89 SPOT-6&7 0,46 0,53 0,53 0,59 0,63 0,7 0,76 0,89 PLEIADES 1&2 0,43 0,55 0,49 0,61 0,60 0,72 0,75 0,95 SENTINEL-2 0,46 0,52 0,54 0,58 0,65 0,69 0,78 0,90

11 Spot + Pléiades = Optical constellation Spot-6 & 7 and Pléiades-1A & 1B share the same acquisition modes with an impressive capacity in a single pass acquisition Spot-6&7 Typically 10 targets in 2mn Pleiades-1A&1B Typically 10 targets in 2 mn Spot-6&7 A maximum of 300km x 360km Pleiades-1A&1B A maximum of 100km x 150km Spot-6&7 Typically 180km x 60km Pleiades-1A&1B Typically 175km x 20km Spot-6&7 Typically 1,500km in N-S direction and 900km in E- W Pleiades-1A&1B Typically 300km in N-S direction and 200km in E- W

12 Spot + Pléiades = Optical constellation Agile? Yes, indeed! Some real world examples: 15 contiguous images covering 900km Northern Australia 11 targets in a ground theatre of 1,000km x 1,000km Mediterranean Sea 45,000 km2 acquired in less than 2 mn Gulf of Aden 2 ways to acquire an East-West corridor Acquisition of 2 corridor segments over a 600km length China Long strip of 1,500km

13 Ground segment interoperability Spot and Pléiades ground segments have been updated to be fully interoperable with the Copernicus Space Component: Compliance with CDS V3 OK for Spot-5, 6-7 and Pleiades Compliance with HMA standards for catalogue and ordering OK for Spot-5, 6-7 and Pleiades

14 Some features about the previous contract Sensors: Pleiades & SPOT6-7 All constellation available Dataset: Airbus DS Geo contribute to several datasets 6376 images for ~ products delivered Projects served: ~30 projects Land (GIO Land) Marine (MyOcean2) Emergency (GIO-EMS) Security (SAGRES) Atmosphere (MACC-2) 22 April

15 Interfaces and Reports Airbus DS developed reports dedicated to this project according to ESA specifications: 1- Monthly report, quaterly report, yearly report 2- CoVerage Report, Service Performance Report, Optical Acquisition Report 3- KPI Each products is delivered with a Delivery, Circulation and a Product Quality Report To meet ESA specific requirements Airbus DS developped special tools ewind Compliant with HMA standard 22 April

16 CORE03: HR coverage over entire Europe Products: Resolution: Sensors: Ortho 2.5mC & 1.5mC SPOT5 & SPOT6 Cloud cover: Surface delivered: 5% per NUTS 7,3M km² Nber of products: GCP database: ~ points created manually GCPs Batch 1 & 2 22 April

17 CORE01: HR coverage of Iceland, French DOM & Europe islands Products: Resolution: Sensors: 1A + Ortho 10mC & 20mC SPOT4 & SPOT5 Cloud cover: Surface delivered: Nber of products: 369 5% per area km² 22 April

18 RIPARIAN: HR coverage of rivers borders Products: Resolution: Sensors: Ortho 2,5mC & 1,5mC SPOT5 & SPOT6 Surface delivered: 68,6% covered Nber of products: April

19 Gapfilling: HR coverage of CORE01 and extension of Urban Atlas Products: 1A + Ortho Resolution: Re-sampling 20m - 25m Sensors: SPOT4 & SPOT5 Surface delivered: km² Nber of products: Products: Resolution: Sensors: Ortho 2.5mC SPOT5 Surface delivered: km² Nber of products: April

20 ADD: Additional standard dataset Products: Resolution: Sensors: 1A + Ortho all resolutions all sensors Flagstaff US monitoring Surface delivered: ~ km² Nber of products: April

21 Emergency service Products: Resolution: Sensors: 1A all resolutions all sensors Implementation of a dedicated emergency service for GMES/Copernicus program to meet European users rush delivery needs for archive and new acquisitions (worldwide) 24/7 service to program and order data from SPOT5, SPOT6/7 and Pleiades satellites. Surface delivered: ~ km² Nber of products: Activations (60% out of WH) Crisis events Images from archive New images acquired urgently 22 April

22 Emergency service Exemples of activations: EMSR_062_02 Floods over Italy - 03/12/ :38: Activation 19:41: Took in charge by programming team (extended service) 20:32: Feasibility study send to ESA - 04/12/ :54: Data acquired 10:40: Data sent in production 12:12: Data delivered to the user Event duration: ~16h 22 April

23 Emergency service Improvement of the service thanks to Pléaides and SPOT6 reactivity and flexibility 1st April 2011: 24/7 Emergency Service 4th March 2013: Pleiades included 1st July 2013: 9th Sept.2013: Extended tasking service SPOT6 included December 2014: SPOT7 included 22 April

24 Copernicus April

25 HR millions km² proposed representing 86% of the AOI Products: Resolution: Sensors: Surface delivered: 1A, Ortho, National, LAEA 10mC SPOT5 4,7M km² 78% of the large regions covered more than 60% 45% of the large regions covered more than 90% 22 April

26 VHR 2015: 23% of Europe coverage acquired in 2014 Products: Resolution: Sensors: 1A, Ortho, National, LAEA 0,5mC Pléiades 22 April

27 Emergency: Time production for archive data Time production for New data (Time elapsed between ESA confirmation after FS and data delivery) Pléiades Spot Pléiades Spot h 1h - 2h 2h - 3h > 3h 0 0 < 1 day 1-2 days 2-3 days > 3 days 0 Airbus DS ordering - Delivery 2% Pléiades Spot6 Spot5 1h 1h - 2h 2h - 3h > 3h % 7% 5% 11% 39% Earthquake Fire Flood Landslide Other Hurricane 22 April

28 Copernicus team Nathalie Faget Project manager Vincent Parage Operational coordinator Nicolas Rousseau Technical, operational/gis responsible Nathalie Chetail Operational/GIS project responsible 22 April