Transcript q-detect
Remote Sensing and Imaging for Monitoring and the Detection of Disease Horizon Scanning Spectral Response Imaging Hugh Mortimer The Rutherford Appleton Laboratory Q-Detect 30th Month Project Meeting 22/10/2012 Hugh Mortimer – [email protected] Outline • Horizon scanning study of remote sensing instrument platforms Satellites, High Altitude Platforms (HAPS), Aircraft, Unmanned Aerial Vehicles (UAV’s), Balloons. • Infrared spectral identification of infected plants Develop an automated identification system based on highresolution infrared reflectance spectra. • Satellite Imagery Use pattern recognition analysis on high spatial resolution spatial satellite imagery to identify and monitor infected locations. Q-Detect 30th Month Project Meeting 22/10/2012 Hugh Mortimer – [email protected] Horizon Scanning Reviewing remote sensing solutions Manned Satellites UAV Imaging Capability 2 - 20cm 0.5 - 20cm 50 - 1500cm FOV 0.5 to 5km 50m – 5km 10 – 50km 85 to 1360 0.1M to 2.6M 342 to 1650 3M to 14.5M Costs (dedicated) €/h 510 to 2700 €/year 1M to 4.5M Future Miniaturisation and Hyper spectral LIDAR, SAR, Imaging Spectrometers Future Platforms High Altitude Platforms – Stratollites, HALE UAV’s Q-Detect 30th Month Project Meeting 22/10/2012 Hugh Mortimer – [email protected] EUFP7 project: Q-Detect Mid Infrared Spectral Reflectance Analysis Ave. Healthy Japanese Larch Ave. Diseased P. Ramorum Q-Detect 30th Month Project Meeting 22/10/2012 Hugh Mortimer – [email protected] Q-Detect – MORFIS Object based morphological model based on Morphological model – geometric, colour Q-Detect 30th Month Project Meeting 22/10/2012 Hugh Mortimer – [email protected] Validation using UAV and the Forestry Commission Helicopter Images Q-Detect 30th Month Project Meeting 22/10/2012 Hugh Mortimer – [email protected] Validation using model Q-Detect 30th Month Project Meeting 22/10/2012 Hugh Mortimer – [email protected]