Hydrogeological and Speleometeorological Dynamics of the Prometheus and Sataplia Show-Caves, Imereti, Georgia
Main Article Content
ანოტაცია
Prometheus Cave
Water Dynamics
- Rainwater enters the cave relatively quickly at several places therefore guided cave tours should be stopped during strong and long lasting storms
- Water at the lower part of the cave runs as a small brook with a few litres per second (low flow first week of March 2014) up to approximately 1 cubic meter per second during strong floods
- During low water flow in March the microbiological contamination is high and in agreement with traces of artificial sweeteners and corrosion inhibitorsindicating inflow of domestic waste water into the cave
- The recharge area of the cave waters should be mapped and waste water treatment of houses and farms in this area should be managed and monitored.
Article Details
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1. Dragovic, D. &Grose, J. (1990): Impact of tourists on carbon dioxide levels at Jenolan Caves, Australia: an examination of microclimatic constraints on tourist cave management.-Geoforum, 21(1):111-120.
2. Georgia today (1913): Prometheus Cave – explore the myths of the Argonauts and Prometheus. (http://www.-georgiatoday.ge/article_details.php?id=11225_140731).
3. Hudson, R. & Fraser, J. (2005): Introduction to Salt Dilution Gauging for Streamflow Measurement Part IV: The Mass Balance (or Dry injection) Method. Streamline Watershed Management Bulletin, 9, 6-12.
4. Pavuza, R., Mais, K. &Cech, P. (2002): ErsteUntersuchungenzurLampenflora in der AllanderTropfsteinhöhle (Niederösterreich) / Preliminary investigations of the “Lampenflora” in the show cave of Alland (Austria).- Proc. Int.Conf. Cavelighting (Nov.2000, Budapest):117-122, Magyar Karszt- ésBarlangkutatóTársulat, Budapest.
5. Tatashidze, Z K, Tsikarishvili, K, Jishkariani, J, Jamrishvili, A, Geladze, G and Lominadze G. 2009b.The Tskaltubo cave system. [Tbilisi: “Petiti” Publishing House.] 72pp. [in Georgian.].
6. Tsikarishvili, K., Barjadze, S., Kvavadze, E., Bolashvili, N., Djanashvili, R. &Martkoplishvili, I. (2010): Speleology of Georgia: aspects of its current situation and perspectives. Cave and Karst Science, 37, 73-78, Transactions of the British Cave Research Association.
7. Vaupotic, J., Bezek, M., Kapanadze, N., Melikadze, G., Makharadze, T., Machaidze, Z. &Todadze,M.(2012): Radon and Thoron Measurements in West Georgia.- Journal Georg.Geophys.Soc., Iss.(A) Phys. Solid Earth, v15a, 2011-2012: 108-117.
8. Webgate Europa (2013): Strengthening Management of Protected Areas of Georgia. Programme: ENPI 2010 Annual Action Programme Twinning number:GE12/ENP-PCA/EN/14. (https://webgate.ec.europa.eu/.../index.cfm?).