Information about Agia Solomoni Catacomb

Location and Accessibility

Agia Solomoni Catacomb is situated in Paphos, Cyprus, easily accessible by road. Public transportation options are available but limited; private vehicles or taxis are recommended for convenience.

Closest Villages

Kato Paphos, a bustling area renowned for its archaeological sites, is the nearest. Other close villages include Chloraka and Geroskipou, offering authentic Cypriot experiences.

Historical Significance

Dating back to the Hellenistic period, Agia Solomoni Catacomb is a revered ancient site. It was a place of worship and has Christian frescoes, showcasing Cyprus's rich religious history.

Opening Hours

The site is open daily from sunrise to sunset. These flexible hours make it an accessible tourist spot for early risers and those preferring evening visits.

Ticket Prices

Entrance to Agia Solomoni Catacomb is free. This encourages more visitors to explore its historical and cultural significance without the barrier of cost.

Amenities

Basic amenities are available on-site, including restrooms. However, food services are limited within the immediate vicinity, so visitors are advised to plan accordingly.

Disability Access

Limited disability access is available due to the historic nature of the catacombs. Efforts are made to accommodate all visitors, but some areas may be challenging to navigate.

Nearby Attractions

The Paphos Archaeological Park and the Tombs of the Kings are within close proximity, making it easy to combine visits. These sites enrich the cultural and historical experience in Paphos.

Cultural Relevance

Agia Solomoni Catacomb is a significant cultural landmark, blending history with religious traditions. It's a testament to the enduring faith and practices of the people of Cyprus through the ages.

Safety and Regulations

Visitors are advised to respect the sacred nature of the site, follow posted signs, and ensure they keep the catacombs clean. Safety measures are in place, but caution is recommended due to uneven surfaces.