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Steffen Kuntz / Noemie Bernede 15 January 2014

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Presentation on theme: "Steffen Kuntz / Noemie Bernede 15 January 2014"— Presentation transcript:

1 Steffen Kuntz / Noemie Bernede 15 January 2014
Synergies between Sentinels and the Contributing Missions Benefits and implementation approach for the German TerraSAR-X and TanDEM-X Missions Steffen Kuntz / Noemie Bernede 15 January 2014

2 Airbus Defence and Space: Market leading products
Synergies between Sentinels and the Contributing Missions Airbus Defence and Space: Market leading products Eurofighter A400M A330 MRTT (Multi-Role Tanker Transport) Ariane 5 Automated Transfer Vehicle (ATV) Satellites 15 January 2014

3 TerraSAR-X Public Private Partnership
Synergies between Sentinels and the Contributing Missions TerraSAR-X Public Private Partnership PPP-motivation Data and Products for scientific applications → Public interest Commercial Utilisation of Earth Observation Data → Private interest DLR Project Management Ground Segment Operations Scientific utilization → Ownership of satellite and data Airbus Defence and Space Satellite Development Launch → Financial contribution to Satellite development Infoterra Service infrastructure Information Products Commercial utilisation → Financial contribution to Operations Profits have to be re-invested into follow-on projects (TerraSAR-X2) to secure continuity 25 April 2017

4 Interfero-metric Wide Swath
Synergies between Sentinels and the Contributing Missions Sentinel-1 vs. TerraSAR-X – Imaging Modes today & tomorrow Sentinel TerraSAR-X, TanDEM-X, TerraSAR-X2 TSX-NG Interfero-metric Wide Swath Extra-Wide Swath Wave Mode StripMap ScanSAR StripMap SpotLight XHR 5m x 20 m resolution 250 km swath 25m x 100 m resolution 400 km swath 5m x 20 m resolution 20km x 20km 5m x 5 m resolution 80 km swath 18 m 3 m 1 m 0.5m to 0.25m resolution << -23 dB Full Polarimetry (cross, dual, quad) Scene 10 km x 5 km New: Staring SpotLight 300 MHz, 0.25 m Azimuth resolution Scene 100 km x 100 km, up to km in flight direction New: ScanSAR Wide Mode (maritime mode) 40 m resolution , >200 km Swath, up to km² in flight direction Scene 30 km x 30 km up to km in flight direction Extra High Resolution Mode 15 January 2014

5 C/X-Band Benefits (1/2) Complementing Sentinel-1 with TSX/PAZ
Synergies between Sentinels and the Contributing Missions C/X-Band Benefits (1/2) Ship classification Complementing Sentinel-1 with TSX/PAZ Combine data-sets to meet revisit & coverage requirements (taking benefit of similar information content in C and X-Band) Cross-cue sensors using Sentinel-1 large area coverage with TSX/PAZ high resolution to identify small objects, e.g. icebergs, ridges, gaps in maritime environment or perform infrastructure integrity monitoring on land Support to defence driven requirements: Maritime: ship detection, search & rescue Terrestrial: site monitoring (IMINT/GEOINT) Support to non-defence driven requirements Maritime: ice monitoring/ship routing Terrestrial: law enforcement/risk awareness: oil/gas/minerals exploitation, infrastructure integrity Airplane classification Ice detection Surface Movement 15 January 2014

6 C/X-Band Benefits (2/2) C/X Band Operational Benefit
Synergies between Sentinels and the Contributing Missions C/X-Band Benefits (2/2) C/X Band Operational Benefit Sentinel TSX/TDX/PAZ Complementarity Increased coverage and monitoring frequency Additional Information Combining different resolution and C/X Band content Ship Increased coverage and added capacity to survey large areas worldwide Ship detection with S-1 and ship classification with TSX in the same area Surface Movement Provision of a high monitoring frequency Large scale movement rates (S-1) Small scale detailed movements (TSX) Disaster Warning, Fracking, Pipeline monitoring GEOINT/ IMINT Increased scene density CCD for smaller objects, detection of smaller targets Agriculture Increased coverage Improves yield estimation Forest Quick coverage to cover in acquisition window Detection of crown disturbance 15 January 2014

7 Sentinel and TerraSAR/PAZ Mission Timelines
Synergies between Sentinels and the Contributing Missions Sentinel and TerraSAR/PAZ Mission Timelines 1995 … 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 Sentinel 1A Sentinel 1B TerraSAR-X TanDEM-X PAZ (incl. Exact Earth AIS payload) TerraSAR-X Next Generation WorldSAR HRWS 15 January 2014

8 Application: Landslide Risk Inventory & Monitoring in Norway (1/3)
Synergies between Sentinels and the Contributing Missions Application: Landslide Risk Inventory & Monitoring in Norway (1/3) Source: WAHL, 15 January 2014

9 Application: Landslide Risk Inventory & Monitoring in Norway (2/3)
Synergies between Sentinels and the Contributing Missions Application: Landslide Risk Inventory & Monitoring in Norway (2/3) 263 potential unstable slopes identified so far in Norway Large areas still unmapped Unable to instrument all unstable slopes; necessity for periodic monitoring Frequent acquisitions necessary to see movement within a season Flexible acquisition geometry necessary due to highly variable topography/movement direction Sentinel-1 possible for large scale mapping/monitoring High-resolution such as TerraSAR-X necessary for individual high-risk sites Source: John DEHLS, NGU, 2011 15 January 2014

10 Source: John DEHLS et al. 2011

11 (M. Schlund; Airbus Defence and Space 2013)
Synergies between Sentinels and the Contributing Missions Application: REDD - Reference mapping in Kalimantan (Indonesia) (M. Schlund; Airbus Defence and Space 2013) 15 January 2014

12 Application: REDD - Reference mapping in Kalimantan (Indonesia)
Synergies between Sentinels and the Contributing Missions Application: REDD - Reference mapping in Kalimantan (Indonesia) Same land cover distribution in general Monostatic classification more noisy Bistatic classification with more level of detail Degraded areas Shrubland Classification with monostatic features Classification with bistatic features 15 January 2014

13 Change fraction in 1 ha grid cells in Kade Forest Reserve (Ghana)
Synergies between Sentinels and the Contributing Missions Application: REDD – Forest degradation monitoring Change fraction in 1 ha grid cells in Kade Forest Reserve (Ghana) 15 January 2014

14 Application: Infrastruscture integrity
Synergies between Sentinels and the Contributing Missions Application: Infrastruscture integrity Urban Uplift (City of Staufen, Germany) 15 January 2014

15 Application: Integrated Maritime Security & Safety Services
Synergies between Sentinels and the Contributing Missions Application: Integrated Maritime Security & Safety Services Complementary capabilities of optical & SAR sensor systems Ship Detection & Tracking Service Oil Spill Detection Service Sea Ice / Iceberg Monitoring Service Kompsat 2 © Spot Image Frigate Merchant ship © JRC Kompsat 2 © Spot Image Merchant ship Merchant ship TerraSAR-X StripMap © Infoterra GmbH TerraSAR-X StripMap © Infoterra GmbH 15 January 2014

16 Application: Ship Classification
Synergies between Sentinels and the Contributing Missions Application: Ship Classification Heritage HS Mode ( ) Very high resolution mode – unique TerraSAR-X capability Operational: Q2 / 2013 Approx Resolution: 0.8 m x 0.25 m (sl.rg x az) New Staring Spotlight Mode ( ) 15 January 2014

17 Thank you very much for your attention!
Contact Prof. Dr. Steffen Kuntz Phone: Mobile: Noemie Bernede Phone: Mobile:

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