4 Final Report - Emits - ESA

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2 Final Report Erosion / Sediment Transport on the European Shoreline Monitoring Service - Secondary Objective The erosion / sediment transport on the European shoreline monitoring service is dedicated to assess the impacts of natural events like floods and storms, as well as increased river discharge on the European shoreline. Even though that the formulated user needs (see TMAP [RD M4]) demand for a spatial resolution in the range of 1-5 m, which is not achievable by Geo-Oculus, the short delay of image acquisition and delivery combined with a still high spatial resolution, denote Geo-Oculus as an indispensable mission for this service; hence the focus of the service is to timely provide data for damage assessment on demand of the authorities. Figure 2.3-9: Sediment classification of the Wadden Sea, © K. Stelzer, Brockmann Consult Page 2-10 Doc. No: GOC-ASG-RP-002 Issue: 2 Astrium GmbH Date: 13.05.2009
2 Final Report Figure 2.3-10: Wadden Sea largest intertidal area worldwide is suspect to erosion due to storms and flooding Table 2.3-1 gives an overview of the mission objectives including the basic requirements for each application/mission. Table 2.3-1 Mission Objectives for Geo-Oculus Application Mission 1: Disaster Monitoring Geo-Oculus Mission Objectives Primary Mission Objectives Secondary Mission Objectives Mission 2: Fire Monitoring Mission 3: Algal Bloom Detection / Monitoring Mission 4: Water Quality Monitoring wrt. European Regulation Mission 5: Oil Slick Environmental Information Mission 6: Erosion / Sediment Transport on the European Shoreline Monitoring Type of service on demand on demand all European fire routine / on demand routine on demand on demand endangered areas European coastal Service regions Europe up to 45° N all European waters all European waters all European waters waters Product Image Size 150 x 150 km² 100 x 100 km² 100 x 100 km² 100 x 100 km² 100 x 100 km² 100 x 100 km² Service period all year summer-early fall all year all year all year all year Daily service period (solar 24 hours (sun zenith angle, time span)
Page 1: Geo-Oculus: A Mission for Real-Time
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4 Final Report - Emits - ESA

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