Objective
Storage, processing and further use of project data from ACube and BMon in the data pool, as well as provision of an operative platform for the interconnection and analysis of these data in the course of natural area controlling.
Initial situation
Approximately 12 TB of data from the Sentinel 1 and 2 satellites arrive at the EODC every day and are stored there on a long-term basis. In the course of the ACube (Austrian Data Cube) and BMon (Soil Moisture Monitor) projects (see BMNT-UW.3.3.3/0015-IV/6/2018), these data are prepared and processed. In order to be able to merge the results of these projects with the in-house data of the BMLRT or to carry out Austria-wide analyses with the "Protected Water Analysis Tool (SwwAT)", the BMLRT/Department I/10 requires the corresponding infrastructure, as this is not feasible with the resources currently available at the central office.
SwwAT:
In Swwat, the BMLRT cooperation partners are the provincial offices of the Federal Water Engineering Administration (indirect federal administration). The BMLRT/Department I/10 approves, collects and analyses their flood protection data and
reports these within the framework of the EU Floods Directive and
within the framework of INSPIRE to the European Commission and
controls the entire financing system on the basis of its own evaluations in accordance with the Water Structures Promotion Act (€ 70-90 million per year).
Linking Swwat GDI and ODC:
Within the framework of the FLOOD RISK MANAGEMENT (EU-RTL), the increased use of basic data (ALS, DKM, GWR ...) from the GDI for Austria-wide analyses ==》 For this, the BMLRT/Department I/10 needs a high-performance infrastructure that is above all "close" to the GDI.
FLOOD RISK AWARENESS SYSTEM
Objective: The BMLRT/Department I/10 combines the SWWAT information with the Copernicus data of the EODC, the ZAMG and the hydrographic service of the BMLRT within the framework of a continuous FLOOD RISK MONITORING in order to monitor the current status (flood situation picture). In order to be able to act internally and independently, the federal Copernicus products will be transferred to the OGD and thus integrated into the monitoring via Swwat. ==For this purpose, the BMLRT/Department I/10 needs a powerful internal infrastructure that is close to the data sources and the analysis tools and that would otherwise be very expensive and time-consuming to purchase.
Work in 2019
Development of a PostgresSQl database with GIS extension
Connection of the BMLRT
Training and data migration (MSGIS)
Work 2020
Operation of the PostgresSQl database with GIS extension
Data migration (MSGIS)
Application and evaluation by Dept. I/10
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