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2. Metoda Kokole: Isaac Posch. "diditus Eois Hesperiisque plagis - Praised in the Lands of Dawn and Sunset"
- Creator:
- Jiří Sehnal
- Format:
- Type:
- article, recenze, reviews, model:article, and TEXT
- Subject:
- Posch, Isaac, asi 1580-asi 1623, Kokole, Metoda, barokní hudba, hudební skladatelé, muzikologie, renesanční hudba, baroque music, composers, musicology, renaissance music, Slovinsko, Slovenia, 78.01, 78.071.1, (0:82-95), 78.034.3/.6, and 78.034.7
- Language:
- Czech
- Description:
- Jiří Sehnal. and Rubrika: Recenze
- Rights:
- http://creativecommons.org/licenses/by-nc-sa/4.0/ and policy:public
3. Micro-deformation monitoring of active tectonic structures in W Slovenia
- Creator:
- Gosar, Andrej, Šebela, Stanka, Blahoslav Košťák, and Stemberk, Josef
- Format:
- print, bez média, and svazek
- Type:
- article, články, model:article, and TEXT
- Subject:
- Geologie. Meteorologie. Klimatologie, tektonika, geotectonics, Slovinsko, Slovenia, tectonic movements, active tectonics, monitoring, Dinaric fault system, Dinaric fault system, 7, and 551
- Language:
- English
- Description:
- Monitoring of tectonic movements along three active faults of Dinaric (NW-SE trending) fault system in W Slovenia using TM 71 extensiometers was set up in 2004. After two and a half years of measurements clear trends of displacement were recorded. The average left-lateral displacement along a crack in the inner fault zone of the Idrija fault in Učja valley was reading 0.38 mm/year. Short term (10 months) rates were even greater and reached the value of 0.54 mm/year. Since the Idrija fault is considered generally to be dextral strike-slipping, the observed left-lateral displacement can be explained by variations in principle stress. Raša fault monitoring site at the foot of Vremščica Mt. established an average reverse uplift of hanging wall (SW) block of 0.24 mm/year and left-lateral displacement of 0.16 mm/year. Short term (9 months) vertical displacements reached the value of 0.53 mm/year. The inclined displacement is in agreement with geological and seismological observations. In the Postojna cave system two instruments were installed at the fault which extends parallely to Predjama fault zone. The average vertical displacement rate at Postojna 1 site was 0.01 mm/year. Both devices recorded similar reaction which can be attributed to 12 July, 2004 (Mw=5.2) earthquake with an epicentre 70 km away from the measuring site. Since there were no other stronger earthquakes in the vicinity and time span of monitoring, no other correlations were established with earthquake activity. The observed displacement rates along all three monitored faults of up to 0.5 mm/year are consistent with the regional deformation rate in W Slovenia established from GPS measurements which is of the order of 2 mm/year., Andrej Gosar, Stanka Šebela, Blahoslav Košťák and Josef Stemberk., and Obsahuje bibliografii
- Rights:
- http://creativecommons.org/licenses/by-nc-sa/4.0/ and policy:public
4. Multi-disciplinary investigations of active faults in the Julian Alps, Slovenia
- Creator:
- Cunningham, Dickson, Gosar, Andrej, Kastelic, Vanja, Grebby, Stephen, and Tansey, Kevin
- Format:
- print, bez média, and svazek
- Type:
- article, články, model:article, and TEXT
- Subject:
- Geologie. Meteorologie. Klimatologie, tektonika, geotectonics, Slovinsko, Slovenia, strike-slip fault, active tectonics, 7, and 551
- Language:
- English
- Description:
- UK-Slovenian collaborative research connected to EU COST-Action 625 began in 2003 and has involved interdisciplinary research into the current activity, structural architecture and landscape expression of the Ravne and Idrija strike-slip fault systems in NW Slovenia. The Ravne fault may be the best exposed actively propagating strike-slip fault system in Europe and through combined structural fieldwork, earthquake seismology and airborne LiDAR (Light Detection And Ranging) surveys, a new understanding of the fault’s along-strike segmentation, three dimensional geometry and stepover zone kinematics has been gained. The Idrija Fault in contrast, is poorly exposed, but defines a regional lineament with an intensely brecciated fault core; it may have been responsible for the largest historical earthquake to have ever affected the region. High-resolution LiDAR images recently obtained for both fault systems allow for efficient focussed fieldwork and future work will be devoted to documenting the timing of previous earthquakes and the connectivity and displacement transfer between active faults at the NE corner of the Adria microplate., Dickson Cunningham, Andrej Gosar, Vanja Kastelic, Stephen Grebby and Kevin Tansey., and Obsahuje bibliografii
- Rights:
- http://creativecommons.org/licenses/by-nc-sa/4.0/ and policy:public
5. On the state of the TM 71 extensometer monitoring in Slovenia: seven years of micro-tectonic displacement measurements
- Creator:
- Gosar, Andrej, Šebela, Stanka, Blahoslav Košťák, and Stemberk, Josef
- Format:
- print, bez média, and svazek
- Type:
- article, články, model:article, and TEXT
- Subject:
- Geologie. Meteorologie. Klimatologie, geodynamika, geodynamics, Slovinsko, Slovenia, TM 71 extensometer, micro-tectonic displacements, active faulting, 7, and 551
- Language:
- English
- Description:
- At the end of 2010 seven TM 71 extensometers, installed at or near the active faults in Slovenia, were in operation. Three of them are on the surface and four inside karst caves. The highest rates with stable sense of movements were observed on the Idrija fault. Average horizontal displacement rate was 0.24 mm/year. Short term rates were even greater and reached 0.54 mm/year. The Raša fault first experienced an uplift of the SW block of 0.16 mm/year, which was followed by a short-term down-slip of the same block at the rate of 0.37 mm/year. Later the sense of movement returned to uplift with a rate of 0.05 mm/year. The average horizontal displacement was 0.07 mm/year. The Kneža fault experienced very small average displacements (y=0.035 mm/year, z=0.03 mm/year and x=0.02 mm/year). Similar rates were observed in nearby Polog cave (y=0.015 mm/year, z=0.027 mm/year and x=0.016 mm/year), which is located close to the seismically active Ravne fault. For Kostanjevica cave, located near the Brežice fault, small average rates are characteristic (y=0.006 mm/year, z=0.017 mm/year and x=0.012 mm/year). In Postojna cave, located close to the Predjama fault, two monitoring sites are very stable with small tectonic movements, including general dextral horizontal movement of 0.05 mm from 2004 to 2010 (Postojna 1) and two significant short-term peaks of 0.08 mm (Postojna 1-y and Postojna 2-z)., Andrej Gosar, Stanka Šebela, Blahoslav Košťák and Josef Stemberk., and Obsahuje bibliografii
- Rights:
- http://creativecommons.org/licenses/by-nc-sa/4.0/ and policy:public
6. Výzkum krasových sedimentů
- Creator:
- Pavel Bosák and Pruner, Petr
- Type:
- article, články, model:article, and TEXT
- Subject:
- Věda. Všeobecnosti. Základy vědy a kultury. Vědecká práce, Geologický ústav (Akademie věd ČR), věda, krasové oblasti, sedimenty, jeskyně, science, Slovinsko, 12, and 00
- Language:
- Czech
- Description:
- Ačkoli se výzkum krasu a jeskyní běžně považuje spíše jen za hobby početně omezené skupiny nadšenců-speleologů, mnozí lidé rádi navštěvují zpřístupněné jeskyně v Česku i v zahraničí a vyrážejí do krasových území v Chorvatsku, Slovinsku, Provence, Kentucky, jihovýchodní Asii i jinde. Krasová území pro nás, kteří je studujeme, jsou též krásná - své pojmenování však od krásy odvozené nemají. V původním významu termín „krš“ (v německé transkripci „karst“, italsky „carso“, česky „kras“) znamenal jižně od Alp kamenitou krajinu s nečetnými zdroji vody i vegetace, jejíž překonání pro středověké poutníky představovalo podobné utrpení jako zdolat písečnou poušť. Krasová území ale znamenají kromě turistické atraktivity i oblasti s ekonomickým významem a se zdroji unikátních nerostných surovin (například bauxity; hlavní zdroj hliníku) a především vody (až 25 % světové spotřeby vody pochází z krasových oblastí). Studium krasu a jeskyní tak napomáhá dešifrovat jejich vývoj a přispívá k ochraně i udržitelnému využívání. and Pavel Bosák, Petr Pruner.
- Rights:
- http://creativecommons.org/publicdomain/mark/1.0/ and policy:public