Communicating Earth Observation (EO)-based landslide mapping capabilities to practitioners
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1 Communicating Earth Observation (EO)-based landslide mapping capabilities to practitioners EGU 2016, Vienna, Florian Albrecht 1, Daniel Hölbling 1, Clemens Eisank 2, Elisabeth Weinke 1, Filippo Vecchiotti 3, and Arben Kociu 3 1 Fachbereich für Geoinformatik - Z_GIS, Universität Salzburg 2 GRID-IT Gesellschaft für angewandte Geoinformatik mbh, Innsbruck 3 Geologische Bundesanstalt (GBA), FA Ingenieurgeologie, Vienna
2 EO-based landslide mapping: From methodological developments to automated web-based information delivery
3 Abstract Communicating Earth Observation (EO)-based landslide mapping capabilities to practitioners Florian Albrecht, Daniel Hölbling, Clemens Eisank, Elisabeth Weinke, Filippo Vecchiotti, and Arben Kociu Project Team: Interfaculty Department of Geoinformatics Z_GIS, University of Salzburg, Austria GRID-IT Gesellschaft für angewandtze Geoinformatik mbh, Austria Geologische Bundesanstalt (GBA), FA Ingenieurgeologie, Austria Project Duration: March 2015 August 2017 Contacts: Daniel Hölbling Florian Albrecht Website: Funding: Austrian Research Promotion Agency (FFG) Austrian Space Applications Programme (ASAP)
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5 Abstract
6 Concept Definition Preliminary architecture of an EO-based landslide information web service The pre-operational service relies on a database of high resolution and very high resolution optical EO data from various sensors. Semi-automated mapping routines that are adaptable to changing EO data and geographical settings enable the identification of landslides. A web service gives access to EO data and integrates the mapping routines via a web processing chain. The user is able to map landslides and to identify landslide-affected infrastructure.
7 EO Database Searching Satellite Data for Landslide Mapping Satellites High Resolution Landsat SPOT 4/5 Sentinel-2 Rapideye Very High Resolution Quickbird Worldview 2/3 GeoEye-1 Other DEM data Etc. EO Data User Requests current satellite image for specific region If NO suitable image(s) are available Searching and tasking EO satellite data Provides processed satellite image data EO Data Analyst Provides search criteria (AOI, time frame, preferred resolution, etc.) a) b) Gives back overview of matching EO data available in archive Selects and orders the suitable image(s) Provides satellite image data from archive Orders new image for satellite tasking Provides new satellite image data EO Data Service Programs satellite for new image acquisition Collects and provides new satellite image EO Satellite
8 Quickbird-2 Location: Haunsberg, Salzburg, Austria Date: Resolution: 0.6m (pan), 2.4 (ms) Bands: blue, green, red, infrared Quickbird-2 Availability: commercial Operator: DigialGlobe Reseller: European Space Imaging Online Archive: Switch to Landsat-7 Interfaculty Department of Geoinformatics - Z_GIS florian.albrecht@sbg.ac.at 8
9 GeoEye-1 Location: Montafon, Vorarlberg, Austria Date: Resolution: 0.5m (pan), 2.0 (ms) Bands: blue, green, red, infrared GeoEye-1 Availability: commercial Operator: DigialGlobe Reseller: European Space Imaging Online Archive: Interfaculty Department of Geoinformatics - Z_GIS florian.albrecht@sbg.ac.at 9
10 WorldView-2 Location: Montafon, Vorarlberg, Austria Date: Resolution: 0.5m (pan), 2.0 (ms) Bands: blue, green, red, infrared WorldView-2 Availability: commercial Operator: DigialGlobe Reseller: European Space Imaging Online Archive: Interfaculty Department of Geoinformatics - Z_GIS florian.albrecht@sbg.ac.at 10
11 Landsat-7 Location: Haunsberg, Salzburg, Austria Date: Resolution: 15m (pan), 30m (ms) Bands: blue, green, red, infrared, swir1, swir2, tir Landsat Availability: free download Operator: NASA Provider: United States Geological Survey Online Archive: Switch to Quickbird-2 See also Quickbird-2 Interfaculty Department of Geoinformatics - Z_GIS florian.albrecht@sbg.ac.at 11
12 Rapideye Location: Taxenbach, Salzburg, Austria Date: Resolution: 5.0m (ms) Bands: blue, green, red, red-edge, infrared Rapideye Availability: commercial Operator: BlackBridge Online Archive: Switch to SPOT Switch to Sentinel-2 Interfaculty Department of Geoinformatics - Z_GIS florian.albrecht@sbg.ac.at 12
13 SPOT-5 Location: Taxenbach, Salzburg, Austria Date: Resolution: 2.5m (pan), 10.0m (ms) Bands: green, red, infrared, swir (20m) SPOT Availability: commercial Operator: Airbus Defense & Space Online Archive: Switch to Rapideye Switch to Sentinel-2 Interfaculty Department of Geoinformatics - Z_GIS florian.albrecht@sbg.ac.at 13
14 Sentinel-2 Location: Taxenbach, Salzburg, Austria Date: Resolution: 10.0m, 20.0m, 60.0m Bands: 12 bands, multispectral Sentinel-2 Availability: free download Operator: European Space Agency Online Archive: Switch to Rapideye Switch to SPOT Interfaculty Department of Geoinformatics - Z_GIS florian.albrecht@sbg.ac.at 14
15 Information Extraction Getting from raw EO data to landslide information SPOT-5, Austria SPOT-5, Taiwan SPOT-5, 3D visualisation in Google Earth Formosat-2, Taiwan Semi-automated mapping routines that are adaptable to changing EO data and geographical settings enable the identification of landslides. WV-2, Taiwan
16 Web Service High level layer structure for implementation User Interface Layer A collection of user stories is available that describes the interactions that the user wants to perform with the service, e.g. running a ruleset for landslide information extraction on a satellite image, or displaying extraction results in a map view. Web Server Layer The web server hosts the basic functionality of handling geodata, including EO satellite images, and extended functionality for the processing of geodata. Through the user interface layer, it receives the user input for performing processes. It reads and writes the specified data from the database layer. Database Layer The database stores all the required data, structured by a comprehensive data model. It includes (but is not limited to) EO data, other geodata, metadata, indices, classification rulsets, etc. A web service gives access to EO data and integrates the mapping routines via a web processing chain. The user is able to map landslides and to identify landslide-affected infrastructure.
17 User Feedback Communication with users Performed user involvement - Interviews for user requirements gathering - Follow-on discussion on preliminary results Planned further steps of user involvement - Conduct tests for defined cases - Perform tests with their own images/data - Give feedback via an online validation form - Participate in a validation workshop
18 User Requirements Identified needs of users within their scenarios User types Scenarios Needs & Requirements Austrian Alpine Association Austrian Federal Forestry Office Regional geological and surveying agencies Austrian Service for Torrent and Avalanche Control Rapid Mapping Documentation Monitoring Need for information about new landslides Need for information about activity of known landslide or in debris retainers Need for information about damaged infrastructure Need for collection of / access to raw data on landslides Need for processing raw data to landslide information Need for easy-to-use comparison tools that analyse information about landslides and related assets Need for access to geodata for comparison Need for tools for reporting landslide information
19 Landslide Rapid Mapping for immediate response Specific User Scenarios Infrastructure damage assessment for planning/coordinating maintenance activities Planning emergency and recovery activities Timely provision of post-event orthophotos Users ÖBF, Austrian Federal Forestry Office; ÖAV, Austrian Alpine Association Geol-Südtirol, Office for Geology and Building Materials Testing of South Tyrol, Italy VermVBG, Vorarlberg State Office for Surveying and Geoinformation, Austria Geol-SBG, Geological Agency of the State of Salzburg, Austria VermVBG; Geol-Südtirol User s expectation to EO data: - EO data may help in providing a more comprehensive overview for prioritizing cleanup activities Selected user requirement the issue of time - EO data acquisition and landslide mapping as soon as possible after the event (best case: within 48 hours, if info is not available within 7 days, it has very limited added value; existing reporting workflows provide full information for organizing cleanup within 14 days)
20 Landslide Documentation and Mapping e.g. for damage assessment Specific User Scenarios Management and planning of infrastructure that is (potentially) affected by landslides, and planning of protective measures Management of planning objectives for landslide-affected forestry stands Update of maps (hiking maps, geological maps) Publish official reports/documentation on major landslide events Users ÖBF, Austrian Federal Forestry Office; Geol-SBG, Geological Agency of the State of Salzburg, Austria, WLV-OÖ, WLV Upper Austria, Austrian Service for Torrent and Avalanche Control, ÖBF ÖAV, Austrian Alpine Association Geol-Südtirol, Office for Geology and Building Materials Testing of South Tyrol, Italy VermVBG, Vorarlberg State Office for Surveying and Geoinformation, Austria; Geol-Südtirol; Generate/update and share a (standardsconform) regional landslide inventory Landslide susceptibility mapping and establishing an appropriate basis for it Geol-Bayern, Geological Survey of Bavaria, Bavarian Environment Agency, Germany Geol-Südtirol, GBA, Geol-Bayern Geol-SBG, WLV-OÖ, GBA User s expectation to EO data: - EO data can provide a comprehensive coverage of the mapped region and thereby may improve the completeness of landslide documentation Selected user requirement the issue of time - EO data acquisition as soon as possible after the event (best case: landslides have not yet been cleaned away), landslide information product available within 6 months
21 Landslide Monitoring for an alert system Specific User Scenarios Monitoring the status of debris retainers Monitoring of slow-moving landslides and reactivated landslides that endanger infrastructure/people Users WLV-OÖ, WLV Upper Austria, Austrian Service for Torrent and Avalanche Control; VermVBG, Vorarlberg State Office for Surveying and Geoinformation, Austria; WLV-OÖ; Geol-SBG, Geological Agency of the State of Salzburg, Austria User s expectation to EO data: - EO data may also be able to identify relevant changes that result in a need for an alert Selected user requirement the issue of time - Identify changes that indicate reactivation of old landslides or indicate new landslides; e.g. through regularly repeated EO data acquisition for the identification of changes in surface reflectance
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