Berliner Höhlenkundliche Berichte,
Inhalt Band 12:
S. Arshadi & M. Laumanns:
Speleological Project Ghar Katalehkhor (Zanjan / Iran)
Dieser Band wurden durch Band 72 ersetzt / This volume has been replaced by volume 72
[Inhaltsverzeichnis]   [Zusammenfassung]


Kapitel Titel Seite
Abstract / Zusammenfassung 4
1 Acknowledgements 5
2 Introduction 6
3 History of Exploration of Ghar Katalehkhor 8
4 Geological and hydrological settings 9
5 Description of Ghar Katalehkhor 13
5.1 First (main) level 13
5.2 Second level 16
5.3 Third level 17
6 Speleogenesis of Ghar Katalehkhor 17
7 Outlook and recommendations 19
8 References 19
Annex 1: Survey of Ghar Katalehkhor
Annex 2: Photo tables

[Nach oben]


A speleological project in September/Octüber 2003, supervised by the Geological Survey of Iran (GSI), and supported both by the GSI and the government of Zanjan province, firmly established Ghar Katalehkhor (also called: Ghar Kotalehkhor) as the longest cave of Iran at 12.860 m in length. The surveying team consisted of four participants: Mr. H. Akbarzadeh (GSI), Mr. Javad Ashjari (Geological Department of Shiraz University), Mr. M. Laumanns (Germany) and Mr. Reinhold Scherrer (Switzerland). The work within the Zanjan provincial government was co–ordinated by Dr. S. Arshadi (Iran/Germany).
Ghar Katalehkhor was discovered in 1965 by mountaineers from Hamadan. It is an anastomotic multilevel cave with a large main gallery, many coulisses, parallel passages, much breakdown and extensive calcite formation, as well as superb crystals that cover complete chaübers for dozens of metres (e.g. the approximately 100 m long “Wedding Hall").
The cave is open to tourists and has a 1.250 m long visitor path that is partly made up of steel bridges. From the terminal point of the show cave the visitors have to walk back the whole distance to the entrance and thus negotiate an underground walk of 2.5 km.
Ghar Katalehkhor is developed in Oligocene/Miocene limestone in the northern flank of an anticline. It is suggested that the cave was mainly created by phreatic corrosion in a still water milieu. A speläogenetic model is presented in this report.

[Nach oben]

[Fenster schließen]