Roman Amphitheater Mural, Pepper Street, Chester, Wales, UK
Posted by: Ddraig Ddu
N 53° 11.349 W 002° 53.216
30U E 507554 N 5893318
Quick Description: A mural painted onto the strait wall on the 1/2 excavated Roman Amphitheater. It is likely to be here a very long time as buildings are over the rest of the remains.
Location: West Midlands, United Kingdom
Date Posted: 7/8/2011 10:00:18 AM
Waymark Code: WMBZKX
A mural painted onto the strait wall on the 1/2 excavated Roman Amphitheater. It is likely to be here a very long time as buildings are over the rest of the remains.
"A trompe l'oeil mural was commissioned in August 2010 by Chester Renaissance to enable visitors to experience the illusion of a complete amphitheatre as well as showing how the original structure may have looked. Archeologists advised internationally renowned artist Gary Drostle on the original construction and found artifacts from the site.
The artist designed an image that spanned the 50 metre walkway wall, starting with a continuation of the current amphitheatre edges that merged seamlessly into the recreation of the original walls and seating towards the centre. The painted ellipsis of the sand covered ground and depiction of the central tethering stone allow a viewer to experience a full immersion in the amphitheatre that was not possible with the previous, blank wall. Details such as the red, marble covered arena wall, position of the doorways and vomitoriums and outside walls were all carefully recreated as the evidence suggested.
Taking over 6 weeks to complete with two, six metre scaffolding towers and five painters, the public and tourist groups could watch the progression of the mural and interact with the artist and his assistants, the British weather dictating working hours.
The mural will be a permanent feature of the amphitheatre. The artist used Keim Mineral Paints, invented in 1878. The system is a liquid silicate paint which comprises a potassium silicate binder with inorganic fillers (feldspar) and natural earth oxide colour pigments. When applied onto a mineral substrate the binder is absorbed and forms a micro-crystalline silicate structure. This crystalline structure allows the substrate to breathe but prevents the ingress of driven rain."
-> With thanks to (visit link