The cave system was formed by corrosive processes in limestone dating back to the Jurassic period.
Turold is one of the few caves in the Czech Republic where calcite needles, rather than standard stalactites, are the dominant formation.
The cave provides a critical winter habitat for several species of bats, including the Greater Mouse-eared bat.
The interior walls contain fossilized remains of marine organisms, remnants of the ancient Tethys Ocean.
The cave is part of a larger geological monument that includes a former limestone quarry now repurposed for nature trails.
Cave Turold is a unique karst cave system located in the Pálava Protected Landscape Area, formed primarily within Jurassic limestone. The cave is distinctive for its lack of traditional stalactites; instead, it features rare calcite needles and specialized sinter formations that resemble cauliflower or coral. Located inside the Turold Hill, the system spans multiple levels connected by steep stairs, reaching a total length of over 1,000 meters. The cave was created by the dissolving action of mineralized groundwater rather than typical flowing surface streams. It serves as an important site for zoological research due to the significant population of hibernating bats. The site is administered by the Nature Conservation Agency of the Czech Republic.
The 'Fairy Tale Hall' features the most dense concentration of unique calcite needles and crystalline structures.
Wear a jacket even in summer, as the cave maintains a constant temperature of approximately 8 degrees Celsius.
Wear sturdy, non-slip footwear as the limestone paths can be damp and uneven.
Bring a small flashlight if you wish to inspect the intricate calcite needle formations more closely.
Avoid arriving without checking the seasonal operating calendar, as the cave remains closed during the peak bat hibernation months in winter.
Closed annually during the winter season to protect hibernating bat colonies.
Do not touch the delicate sinter formations or calcite needles, as human oils can permanently damage their growth.
