Presentation on theme: "Earth Observation activities and applications in ENEA"— Presentation transcript:
1Earth Observation activities and applications in ENEA - Environment, Global Changes and Sostainable Development Department -Earth Observation andGeographic Information Systems Unit(ENEA ACS-CLIM-OSTES)Earth Observation activities and applications in ENEAAntonio Bruno Della Rocca- TelGEO Energy Expert Meeting on Energy & Earth ObservationsGeneva, August 2006
2ENEA, the Italian National Agency for New Technologies, Energy and the Environmentis a public undertaking operating in the fieldsof energy, the environment and new technologies to support competitiveness and sustainable development.ENEA is mainly called upon:to promote and carry out basic and applied research and innovation technology activities, also through prototypes and product industrialization;to disseminate and transfer technologies, encouraging their use in productive and social sectors;to provide high-tech services, studies, tests and evaluations to both public and private bodies and enterprises.
3Mission and scope of the ENEA Earth Observation and GIS Unit The Unit’s tasks mainly concern design and development of advanced data-processing methodologies for applications of technologies like Aero-spatial Earth Observation (EO), GIS (Geographic Information System) and GPS (Global Positioning System).The efforts tackle all the R&D problems concerning the comprehensive integration of those technologies in order to design and implement innovative systems (HW and SW) being functional to different final goals.Those problems include developing of remote sensing image processing algorithms, design and implementation of GIS, planning of: in situ ground-truth measurements; GPS data acquisition; aero-campaign, etc...The application fields span from global climate research to environmental pollution monitoring, from land use detection to urban planning, etc…Final users are mostly Italian Public Administration Organisms (Central, Regional and Local). Collaboration with SME, UE and international Organizations is pursued.
4Human resources, equipment and know-how 15-20 people are in charge.- ENEA researchers (majority)- fellowships,- stages.EquipmentThe EDI (ENEA Digital Imagery) system located at ENEA-Casaccia Research Centre.It is a tight integration of numerous work stations, PC’s, devices, proprietary algorithms and SW environments (ERDAS, ESRI, ENVI-IDL, E-Cognition, PCI, etc…), at the technological state of the art. It is specialized in processing geographic raster and vector dataKnow-how.Remarkable amount of multidisciplinary technical-scientific knowledge and relationships with external Organizations, built up in several years of activity strongly oriented toward EO applications.
5Examples of applications NOAA/AVHRR LAC:False colour image (resolution 1,1x1,1 km)NDVI computation (resolution 1,1x1,1 km)NOAA/AVHRR image processing and analysis :Study of the evolution of vegetation coverage within natural areas.QuickBird VHR image processing and classification:Very small urban areas automatic detection and delimitation trough algorithms of image analysis and classification.Red lines: boundaries of buildings agglomerates automatically detected
6Examples of applications SADE (RIADE)(Sensori Aerospaziali per il monitoraggio dei fenomeni di DEsertificazione )New sensors ( airborne/satellite) development for desertification processes monitoringASPIS (AdvancedSpecral Image System)-Ultralight platform-4 CCD cameras-interchangeable filters- 14 bit dynamic range-GPSASPIS ultralight platformSky-Arrow 650 TCASPIS False Color ortorectified imagesover IKONOS Pancromatic frame.Pantano coastal woodSouthern ItalyOn site measurements for syncronous calibration of airborne and satellite sensorsImmagini ASPIS ortorettificate (RE) su pancromatico IKONOSField radiometric campaignASD-Fieldspecpro & GPSGround spectral signatures of Durum Wheat on salinised soils
7Examples of applications TRIDENT (Three-dimensional Restitution via Internet of Digital Elevation Networks in Towns) - V FP of the EUDesign and developmentof a prototype system for organise and manage urban information, based on realistic 3D models of the city.Digital aero-photogrammetry techniques and GIS have been used to generate 3D urban models and to create a VRML photo-realistic description of buildings accessible via internet.3D RomeCadastral maps updateDesign and development of a HW and SW systems for management and update of cadastral data and information, using remote-sensed images.Green lines: new buildings detected for cadastral map updating
8Examples of applications QuickBird VHR image processing:Delimitation and analysis of Edmonson Point (Antarctica) specially protected area.3D viewIce free areasCoast lineSatellite remote sensing for State Policeneeds in Aspromonte (Calabria):Landsat-TM and SPOT-P image processing for optimal location of helicopter landing sites.Helicopter landing sites: selection by different elevation values
9Examples of applications GIS-ILA (Geographic Information System – Italian Logistics in Antarctica).GIS-ILA has been developed for PNRA Consortium, to increase the management capabilities of Logistics in Antarctica.SITAC (GIS for natural presidential park of Caselporziano).The SITAC, on demand of “Accademia Nazionale delle Scienze, detta dei XL” permits the effective managementand the safeguard of the ecosystems in the park.
10ConclusionsPursuing cooperation with National and International Organizations concerned with Earth Observation and GIS, the Unit makes available valuable elements like:Specially equipped systems for spatial data processing and well skilled human resources for using them;Notable and qualified amount of know-how about EO applications;Front end to the very numerous Institutions of the Italian P.A. that need EO applications.