Detailed Information on Publication Record
2016
Výstraha před nebezpečím sesouvání na svazích
KOLEJKA, Jaromír, Petr RAPANT, Kateřina BATELKOVÁ and Karel KIRCHNERBasic information
Original name
Výstraha před nebezpečím sesouvání na svazích
Name in Czech
Výstraha před nebezpečím sesouvání na svazích
Name (in English)
Landslide risk early warning
Authors
KOLEJKA, Jaromír, Petr RAPANT, Kateřina BATELKOVÁ and Karel KIRCHNER
Edition
Životné prostredie : revue pre teóriu a tvorbu životného prostredia, Bratislava, Slovenská akadémia vied, 2016, 0044-4863
Other information
Language
Czech
Type of outcome
Článek v odborném periodiku
Field of Study
30305 Occupational health
Country of publisher
Slovakia
Confidentiality degree
není předmětem státního či obchodního tajemství
Organization unit
Faculty of Education
Keywords (in Czech)
sesuv, hodnocení rizika, GIS, varování před sesuvy
Keywords in English
landslide, risk assessment, GIS, landslide warning
Tags
Reviewed
Změněno: 12/3/2017 16:00, prof. RNDr. Jaromír Kolejka, CSc.
V originále
The landslide risk mapping procedure using GIS technology was developed in the co-operation of scientists at the Institute of Geonics, Czech Academy of Sciences, Ostrava and Technical University of Ostrava, Czech Republic. The procedure is based on the application of standard data available in the public databases in a raster form, the vector form of data is accessible for the disaster management staff only. The risk assessment respects relevant territory features, as slope, aspect, geology, soil humidity, drainage network, land use, registered landslides. All the features were assessed using 0-3 mark scale. The summarization of individual feature assessment provides the final level of the landslide risk in the area. The final resolution of mapping outputs is decimetres. The risky areas were highlighted in the 100 m wide buffer zones along the built objects and technical infrastructure. The maximum landslide risk map data overlay with topic radar data on running and antecedent precipitation shows endangered areas. The risk map combination with a cadastral map selects namely endangered administrative units. The resolution of the landslide risk map allows local administration to organize risk areas monitoring to prevent human casualties and to deploy measures to reduce material damages.
In English
The landslide risk mapping procedure using GIS technology was developed in the co-operation of scientists at the Institute of Geonics, Czech Academy of Sciences, Ostrava and Technical University of Ostrava, Czech Republic. The procedure is based on the application of standard data available in the public databases in a raster form, the vector form of data is accessible for the disaster management staff only. The risk assessment respects relevant territory features, as slope, aspect, geology, soil humidity, drainage network, land use, registered landslides. All the features were assessed using 0-3 mark scale. The summarization of individual feature assessment provides the final level of the landslide risk in the area. The final resolution of mapping outputs is decimetres. The risky areas were highlighted in the 100 m wide buffer zones along the built objects and technical infrastructure. The maximum landslide risk map data overlay with topic radar data on running and antecedent precipitation shows endangered areas. The risk map combination with a cadastral map selects namely endangered administrative units. The resolution of the landslide risk map allows local administration to organize risk areas monitoring to prevent human casualties and to deploy measures to reduce material damages.