The Role of RADARSAT-2 for Flood and Agriculture Monitoring
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1 The Role of RADARSAT-2 for Flood and Agriculture Monitoring Gordon Staples MDA Richmond, BC, CANADA RESTRICTION ON USE, PUBLICATION OR DISCLOSURE OF PROPRETIARY INFORMATION This document contains information proprietary to MacDONALD, DETTWILER AND ASSOCIATES LTD. (MDA), to its subsidiaries, or to a third part to which MDA may have a legal obligation to protect such information from unauthorized disclosure, use or duplication. Any disclosure, use or duplication of this document, or of any of the information contained herein for other than the specific purpose for which it was disclosed is expressly prohibited, except as MDA may agree to in writing. (1) RADARSAT-2 Data and Products MacDONALD, DETTWILER AND ASSOCIATES LTD (date). All Rights Reserved. RADARSAT is an official mark of the Canadian Space Agency.. (2) GSI Value added product copyright for all imagery: MDA Geospatial Services Inc. [date] All Rights Reserved. (3) RADARSAT Data Canadian Space Agency/Agence Spatiale Canadienne (date) All rights reserved 1
2 Outline Introduction RADARSAT-2 overview Applications Flood mapping Agricultural monitoring Summary 2
3 Introduction RADARSAT-2 is a high capacity, multipolarized Synthetic Aperture Radar (SAR) satellite designed to meet the needs of operational and research users around the globe. Approximately 2200 images from RADARSAT-1 (since 1998) and RADARSAT-2 (since 2007) have been used in India for: rice crop monitoring for the Indian Space Research Organization CAPE program (now called FASAL); flood monitoring. RISAT and RADARSAT-1/2 are both C-band SAR sensors that can be combined in a virtual constellation to improve spatial coverage and increase revisit for agriculture and flood monitoring. 3
4 RADARSAT-2 Features Polarimetric modes single/dual polarization quad-pol High resolution: Multi-look 10 m UltraFine 3 m SpotLight (0.8 m az) Right and left-looking capability Enhanced ground system providing: efficient satellite tasking (12-24 hours routine) fast data processing data encryption for security 4
5 RADARSAT-2 Beam Mode Coverage SLA QP Fine/ML Standard Wide ScanSAR Narrow ScanSAR Wide ScanSAR Wide 500 km x 500 km 100 m res ScanSAR Narrow 300 km x 300 km 50 m res Wide 140 km x 140 km 30 m res Standard 100 km x 100 km 25 m res Fine/ML 50 km x 50 km 10 m res Quad Standard 25 km x 25 km 25 m res Quad Fine 25 km x 25 km 10 m SpotLight 10 km x 20 km.8m x 2.2 m res (Nominal values) 5
6 Flood Monitoring Flood monitoring is a well-proven, operational SAR application Flooded areas can be readily detected on the SAR image due to the sharp contrast between the flooded and non-flooded areas Various imaging modes are used for flood monitoring: wide-swath modes provide coverage of the overall extent of the flooding high resolution modes provide detailed images that can be used to map flood extent with respect to critical infrastructure. Flood extent from April to May, Manitoba, Canada 6
7 September 14, 2012 August 21,
8 Synergy of RISAT and RADARSAT-2 Flood Monitoring RISAT and RADARSAT-2 can be combined in a virtual constellation to: Increase spatial coverage to image the flood extent Increase the re-visit to assess flood increase Monitor overall flood extent and areas of critical infrastructure RISAT Fine Resolution Stripmap Mode-1 (3 m resolution, 25 km swath) Fine Resolution Stripmap Mode-2 (12 m, quad-pol, 30 km swath) Medium Resolution ScanSAR (25 m resolution, 120 km swath) Coarse Resolution ScanSAR (50 m resolution, 240 km swath) High Resolution Spotlight Mode (2 m resolution, 10 km swath) RADARSAT-2 UltraFine (3 m resolution, 20 km swath) Fine quad-pol (10 m resolution, km swath) Standard (25 m resolution, 100 km swath) ScanSAR Narrow (50 m resolution, 300 km swath) SpotLight (0.8 m x 2.2 m resolution, 18 rg x 8 az km swath) 8
9 Increasing Re-visit with RISAT and RADARSAT-2 In a 25-day period the imaging opportunities increase to 18 from 10 when RISAT and RADARSAT-2 are used. There are two opportunities when RISAT and RADARSAT-2 image multiple times in a single day. RISAT only: 10 RADARSAT-2 only: 8 RISAT+RADARSAT-2: 2 9
10 Crop parameters of interest include: Classification Health Yield Agriculture Crop classification is viable with RADARSAT-2, but crop health and yield are still in the research phase Crop classification: Dual-polarized data (VV+VH) provides a significant improvement in classification accuracy versus single-pol data Quad-polarized data provides improvement with-respect-to dual-polarized, and may also provide classification results using fewer acquisitions or earlier in the cropping cycle relative to dual-polarized data Data acquisition in the early part of the cropping cycle and 3-4 acquisitions afterwards provides good classification performance 10
11 India Rice Crop Monitoring Example Google ear rth 11
12 RADARSAT-2 2 Data and Products MacDonald, Dettwiler and Associates Ltd (2011 (2011). All Rights Reserved. RADARSAT is an official mark of the Canadian Space Agency Rice Crop Growth Sequence 12 May 26 June 19 July 13 August 6 August 30 September 23 October 17 Time series of RADARSAT-2 Fine Quad data showing rice cropping from fallow fields in May-June through heading July-October.
13 Synergy of RISAT and RADARSAT-2 Rice Crop Monitoring RISAT and RADARSAT-2 can be combined in a virtual constellation for Increased spatial coverage to estimate crop area Increased re-visit to provide quicker rice-crop area information Crop classification, e.g. rice and jute RISAT Fine Resolution Stripmap Mode-1 (3 m resolution, 25 km swath) Fine Resolution Stripmap Mode-2 (12 m, quad-pol, 30 km swath) Medium Resolution ScanSAR (25 m resolution, 120 km swath) Coarse Resolution ScanSAR (50 m resolution, 240 km swath) High Resolution Spotlight Mode (2 m resolution, 10 km swath) RADARSAT-2 UltraFine (3 m resolution, 20 km swath) Fine quad-pol (10 m resolution, km swath) Standard (25 m resolution, 100 km swath) ScanSAR Narrow (50 m resolution, 300 km swath) SpotLight (0.8 m x 2.2 m resolution, 18 rg x 8 az km swath) 13
14 Rice Crop Monitoring Example A major rice growing area in state of Uttar Pradesh was selected for analysis using RISAT and RADARSAT-2 quadpolarized data 14
15 RISAT and RADARSAT-2 Provide Increased Spatial Coverage In a 25-day period, the region is approximately 50% covered using only RISAT (left). If RISAT and RADARSAT-2 are combined (right), the region is approximately 90% covered. Note that RISAT has a 25-day repeat cycle and RADARSAT-2 has a 24-day repeat cycle. The coverage is based on a fixed incidence angle. 15
16 RISAT and RADARSAT-2 Provide Faster Spatial Coverage Complete coverage using only RISAT requires 33 days (left). If RISAT and RADARSAT-2 are combined, complete coverage requires only15 days. Note that the coverage is based on using multiple incidence angles. 16
17 Summary RADARSAT-1/2 has a proven, operational capability for flood and agriculture monitoring India has been using RADARSAT data since 1998 for flood and agricultural monitoring RISAT and RADARSAT-2 can be combined to form a virtual constellation that allows: improved spatial coverage increased re-visit rapid respond to emergencies, e.g. flooding Looking ahead, the RADARSAT Constellation Mission is under development in Canada with launch planned for Three RADARSAT-2-like satellites will be in orbit and provide daily re-visit anywhere in the world. 17
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