introduction to the floodlog project dobos, e. , vágó, j. , kiss, i., németh r., verrasztó, z.,...

Introduction to the FLOODLOG project

Dobos, E., Vágó, J., Kiss, I., Németh R., Verrasztó, Z.,  István, Zs., Ladányi R.,Chrabák, P., Zelenakova, M.

20.11.2012 - 21.11.2012, Stará Lesná

FLOODLOG

HUSK/1001/2.1.2/0009

Flood modeling and logistical support system for natural disaster management authorities

FLOODLOG

HUSK/1001/2.1.2/0009

Partners• University of Miskolc (as lead partner)• Technická Univerzita v Košiciach (as Slovakian

lead partner) • Dr. Cholnoky Környezetgazdálkodási,

Dokumentációs és Kutatási Központ Kiemelten Közhasznú Nonprofit Kft

• Vysoká škola bezpečnostného manažérstva v Košiciach

• BAZ megyei Katasztrófavédelmi Igazgatóság

Duration

• Planned:– 2011/11/01 - 2013/10/31

• Actual:– 2012/04/01 – 2014/03/31

The goal of the project• The development of a crossborder, harmonized flood modeling system for the delineation of the potentially flooded areas, and the definition of the potentially endangered objects• Environmental risk assesment of floods on the water and soil resources• Logistical support system• General purpose , harmonized , crossborder physical and human geographical and infrastructural GIS databasePremises: completed and ongoing projects on water related environmental management and information system: Bodrog, Bódva, and Ipoly catchment.

Location of the pilot area

Major activities

There are six groups of activities being done in the project framework:

1. Specification of the model details: The result is the framework criteria system that the model outputs have to fulfil.2. Development of the input data set: The result is a complete set of harmonized data layers covering the whole Bódva catchment. 3. The modification and completion of existing cross-border databases for testing the tools and models. 4. Development of an integrated, operational WEB-based, and desktop-based GIS database.5. Environmental Impact and Risk Assessment of the floods.6. Logistical modelling.

Existing, complete input layers of the Floodlog database (Hungary)

1. Data layers in raster format:

• SRTM DEM (with removed vegetation)• 10m spatial resolution DEM• Map of II. Military survey (1806-1869)

2. Data layers in vector format:

•catchment of Bodva river•geology (formations)•geology (linear elements)•administrative border of settlements•urban areas•nature reserve areas (national parks)•planned nature reserve areas•Natura2000 SCI sites•Natura2000 SPA sites•ex lege protected areas•reservoirs•lakes

2. Data layers in vector format:

•dirt road•meadow road•public roads:

•highway•local highway•’B’ road•street

•railways•rivers •streams•springs•canals•houses (with number of inhabitants)•other objects (wells, caves, mines)

Missing/incomplete input layers of the Floodlog database (Hungary)

Missing .shp files!

Existing layers with missing attributes!

Existing layers of flooding with missing attributes in the Bodva catchment area (2010): •flooded area•dike break •dike failure•dike heightening•sandbag dike•pumping

Existing layers of flooding with missing attributes in the Bodva catchment area (2010):

•sand deponia•drainage ditch•host ing sites/location•meeting points (for Disaster Management and other authorities)•evacuation route•evacuation area•Height incomleteness of the dikes•Flood protection structures•Emergency housing•emergency reservoirs

Major expected results• a database, which is going to be maintained in

several publicly accessible sites• system containing the data layers and the

integrated models for evaluation of the flooding conditions and the logistical models for flood crisis management

• methodology, a scientifc product, that can be used freely for any modeling in support of other regional directorates of Disaster Management

FLOODLOG's innovative decision making support system helps DEG to…

- localize the affected areas (both environmentally and from infrastructural viewpoint)

- use the resources more effectively and with higher consistence

- take into account both insider and outsider logistic capacities of their authority scope in the case of the decision making procedure

- reduce the redundancy of the disclaiming efforts

Example…

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Information provided by the modell

Time since the dike breakage 12 hours Size of the flooded area 147.3 km² Average water depth 33 cm Maximum water depth 127 cm Location Tiszapüspöki észak GPS coordinates 47.22.53; 20.22.17 The number of objects flooded 39 db Number of houses 36 db Adresses: Szajol Kossuth L. utca páros, páratlan oldala Petőfi S. utca páros, páratlan oldala Arany J. utca páratlan oldala Number of inhabitants in the flooded houses 153 Age categories 0 - 6 years 13 7 – 14 years 15 15 - 18 years 11 19 – 35 years 43 36 – 65 years 48 66 - 23 High priorityobjects in danger 3 Adress: Szajol Kút út 7. Két utca 23. Négyesi utca 17. Time left for evacuation(calculated by the model 7.00 hours Time left for evacuation(calculated by the model and the expert 5.30 hours

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Thank You for your attention!