Biserujka, also known as Omišaljska špilja, Vitezić špilja or Slivanjska jama is a cave located 6 km northeast of Dobrinj, in the village of Rudine, above the Slivanjska Bay, in the island of Krk, Croatia.

An undistinguished stone house in the middle of a bare karst landscape hides the entrance to a cave 12 m under the surface. Although it is not very long if compared to other caves, only 110 m deep,[2] the Biserujka cave has everything that is characteristic of karst phenomena. It has typical features such as stalactites and stalagmites,[3] and also a gallery or hall, which is suitable for the holding of concerts. However, because of the low temperature, about 13 °C, people cannot stand being there for long periods of time, so only short musical pieces are performed. Since 1998, the cave has been arranged for sightseeing and the hosts can take groups of 25 at a time.[4]

See also

References

  1. ^ Putnička agencija "Šiloturist" Šilo (n.d.). "Ulaznice". Špilja Biserujka.
  2. ^ Stewart, James (2006). Croatia. Cadogan Guides. p. 183. ISBN 1-86011-319-2.
  3. ^ Jonathan Bousfield, The Rough Guide to Croatia, p. 225, Rough Guides (2003), ISBN 1-84353-084-8
  4. ^ Radovan Radovanovič, The Croatian Adriatic Tourist Guide, p. 115, Zagreb (1999), ISBN 953-178-097-8

Literature

  • Božić, Vlado; Malinar, Hrvoje; Malinar, Marta; Brnić, Dragan; Ozimec, Roman; Jalžić, Branko; Randić, Marko; Posarić, Juraj (2009). "Špilja Biserujka na otoku Krku" [Biserujka Cave on the Island of Krk]. Speleolog (in Croatian) (57) (published 2010-04-01): 5–18. ISSN 0490-4109.

Biology

Geology

  • Šegina, Ela (2021-11-21). Spatial Analysis in Karst Geomorphology: An Example from Krk Island, Croatia (Thesis). Springer Theses. eISSN 2190-5061. ISBN 978-3-030-61449-2.
  • Malez, Mirko (1965). "Kvartarološka i speleološka istraživanja u 1965. godini" [Quaternary and Speleological Research in the Year 1965]. Ljetopis Jugoslavenske akademije znanosti i umjetnosti (in Croatian). 72: 405–417. ISSN 0373-9902.
  • Božičević, Srećko (1965). Vitezić Špilja na otoku Krku. Zagreb: Hrvatski geološki institut.
  • Lončar, Nina (2012). Izotopni sastav siga iz speleoloških objekata istočnojadranskih otoka kao pokazatelj promjena u paleookolišu (Thesis). Zagreb: Prirodoslovno-matematički fakultet.

History

Tourism

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