Rockfalls Stara gora near Dvor in municipality Žužemberk
In Slovenia, an increased number of rockfall events have been noticed in the last years. They were most likely inrelation to weather extremes. At Stara gora near Dvor in municipality Žužemberk, fallen blocks of carbonate rockhave already caused damage on a residential object and represent a danger t...
Main Authors: | , |
---|---|
Format: | Article |
Language: | English |
Published: |
Geological Survey of Slovenia
2010-12-01
|
Series: | Geologija |
Subjects: | |
Online Access: | http://www.geologija-revija.si/dokument.aspx?id=1095 |
id |
doaj-ff0a7dd1384f4508931f38a0938b61a6 |
---|---|
record_format |
Article |
spelling |
doaj-ff0a7dd1384f4508931f38a0938b61a62021-07-02T05:21:15ZengGeological Survey of SloveniaGeologija0016-77891854-620X2010-12-01532173180Rockfalls Stara gora near Dvor in municipality ŽužemberkMagda ČarmanTina PeternelIn Slovenia, an increased number of rockfall events have been noticed in the last years. They were most likely inrelation to weather extremes. At Stara gora near Dvor in municipality Žužemberk, fallen blocks of carbonate rockhave already caused damage on a residential object and represent a danger to real property and human lives. Theblocks source area is situated in the Žužemberk fault zone. The carbonate rocks in the fault zone are tectonicallyhighly disturbed, which leads to their rapid erosion and disintegration. The rockfall events are a result of the ridgeerosion and will also appear in the future. Hazard degree assessment and protection assessment were based on theresults of detailed geological and engineering geological mapping and rock fall simulation with RocFall computersoftware. A rock fall hazard map was also produced.http://www.geologija-revija.si/dokument.aspx?id=1095rockfalltopplinghazard mapcarbonate rocksŽužemberk faultStara gora pri Dvorumunicipality ŽužemberkSlovenia |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Magda Čarman Tina Peternel |
spellingShingle |
Magda Čarman Tina Peternel Rockfalls Stara gora near Dvor in municipality Žužemberk Geologija rockfall toppling hazard map carbonate rocks Žužemberk fault Stara gora pri Dvoru municipality Žužemberk Slovenia |
author_facet |
Magda Čarman Tina Peternel |
author_sort |
Magda Čarman |
title |
Rockfalls Stara gora near Dvor in municipality Žužemberk |
title_short |
Rockfalls Stara gora near Dvor in municipality Žužemberk |
title_full |
Rockfalls Stara gora near Dvor in municipality Žužemberk |
title_fullStr |
Rockfalls Stara gora near Dvor in municipality Žužemberk |
title_full_unstemmed |
Rockfalls Stara gora near Dvor in municipality Žužemberk |
title_sort |
rockfalls stara gora near dvor in municipality žužemberk |
publisher |
Geological Survey of Slovenia |
series |
Geologija |
issn |
0016-7789 1854-620X |
publishDate |
2010-12-01 |
description |
In Slovenia, an increased number of rockfall events have been noticed in the last years. They were most likely inrelation to weather extremes. At Stara gora near Dvor in municipality Žužemberk, fallen blocks of carbonate rockhave already caused damage on a residential object and represent a danger to real property and human lives. Theblocks source area is situated in the Žužemberk fault zone. The carbonate rocks in the fault zone are tectonicallyhighly disturbed, which leads to their rapid erosion and disintegration. The rockfall events are a result of the ridgeerosion and will also appear in the future. Hazard degree assessment and protection assessment were based on theresults of detailed geological and engineering geological mapping and rock fall simulation with RocFall computersoftware. A rock fall hazard map was also produced. |
topic |
rockfall toppling hazard map carbonate rocks Žužemberk fault Stara gora pri Dvoru municipality Žužemberk Slovenia |
url |
http://www.geologija-revija.si/dokument.aspx?id=1095 |
work_keys_str_mv |
AT magdacarman rockfallsstaragoraneardvorinmunicipalityzuzemberk AT tinapeternel rockfallsstaragoraneardvorinmunicipalityzuzemberk |
_version_ |
1721338818650439680 |