Hydrologic Evolution of a Carbonate Aquifer (Dinaric Karst, Croatia)

Dinaric Karst terrains contain specific, lam inatedspeleothems, which line all surfaces of subterraneanvoids including Cretaceous bedrock limestone, and oldervadose speleothems and clastic sediments. The speleotherms may attain a thickness of one metre. Deposition of these speleothems took place dur...

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Main Authors: Ljubomir Babić, Damir Lacković, Nada Horvatinčić
Format: Article
Language:English
Published: Croatian Geological Survey 2010-11-01
Series:Geologia Croatica
Online Access:http://www.geologia-croatica.hr/ojs/index.php/GC/article/view/330
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spelling doaj-6e13022ee0ee4c72adb1e1d604a776522020-11-25T01:34:34ZengCroatian Geological SurveyGeologia Croatica1330-030X1333-48752010-11-0150229929910.4154/GC.1997.38235Hydrologic Evolution of a Carbonate Aquifer (Dinaric Karst, Croatia)Ljubomir Babić0Damir Lacković1Nada Horvatinčić2Department of Geology and Palaeontology, Faculty of Science, University of ZagrebDepartment of Geology and Palaeontology, Faculty of Science, University of ZagrebRuđer Bošković InstituteDinaric Karst terrains contain specific, lam inatedspeleothems, which line all surfaces of subterraneanvoids including Cretaceous bedrock limestone, and oldervadose speleothems and clastic sediments. The speleotherms may attain a thickness of one metre. Deposition of these speleothems took place during a longterm phreatic period in the Late Quaternary. This is incont rast to well-known, widespread speleothems, whichwere, and are deposited in vadose and uppermost phreaticsettings. Furthermore, the origin of these phreaticspeleothems departs from common experience by the dominant dissolutional widening of underground conduits when saturated. Phreatic speleothems can be importantstrat igraphic marker for the stratigraphy of cavesediments. This approach revealed a sequence of threehydrologic stages: (1) prephreatic stage with dominantvadose conditions and dissolution processes, (2) phreaticstage when the ground-water level was very high inthe large karst area, and when the volume of the voidsdecreased, and (3) the last, dominantly vadose stageduring which voids were enlarged for the second time,and phreatic speleothems may be covered by youngerclastics and vadose speleothems.http://www.geologia-croatica.hr/ojs/index.php/GC/article/view/330
collection DOAJ
language English
format Article
sources DOAJ
author Ljubomir Babić
Damir Lacković
Nada Horvatinčić
spellingShingle Ljubomir Babić
Damir Lacković
Nada Horvatinčić
Hydrologic Evolution of a Carbonate Aquifer (Dinaric Karst, Croatia)
Geologia Croatica
author_facet Ljubomir Babić
Damir Lacković
Nada Horvatinčić
author_sort Ljubomir Babić
title Hydrologic Evolution of a Carbonate Aquifer (Dinaric Karst, Croatia)
title_short Hydrologic Evolution of a Carbonate Aquifer (Dinaric Karst, Croatia)
title_full Hydrologic Evolution of a Carbonate Aquifer (Dinaric Karst, Croatia)
title_fullStr Hydrologic Evolution of a Carbonate Aquifer (Dinaric Karst, Croatia)
title_full_unstemmed Hydrologic Evolution of a Carbonate Aquifer (Dinaric Karst, Croatia)
title_sort hydrologic evolution of a carbonate aquifer (dinaric karst, croatia)
publisher Croatian Geological Survey
series Geologia Croatica
issn 1330-030X
1333-4875
publishDate 2010-11-01
description Dinaric Karst terrains contain specific, lam inatedspeleothems, which line all surfaces of subterraneanvoids including Cretaceous bedrock limestone, and oldervadose speleothems and clastic sediments. The speleotherms may attain a thickness of one metre. Deposition of these speleothems took place during a longterm phreatic period in the Late Quaternary. This is incont rast to well-known, widespread speleothems, whichwere, and are deposited in vadose and uppermost phreaticsettings. Furthermore, the origin of these phreaticspeleothems departs from common experience by the dominant dissolutional widening of underground conduits when saturated. Phreatic speleothems can be importantstrat igraphic marker for the stratigraphy of cavesediments. This approach revealed a sequence of threehydrologic stages: (1) prephreatic stage with dominantvadose conditions and dissolution processes, (2) phreaticstage when the ground-water level was very high inthe large karst area, and when the volume of the voidsdecreased, and (3) the last, dominantly vadose stageduring which voids were enlarged for the second time,and phreatic speleothems may be covered by youngerclastics and vadose speleothems.
url http://www.geologia-croatica.hr/ojs/index.php/GC/article/view/330
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