Upcycling Roman Cosa: Adaptive Reuse and Sustainability of a Small Bathhouse (15 min)
Presenters
Allison E. Smith, Indiana University Bloomington
Abstract
Adaptive reuse—introducing
new content and alternative function to existing buildings—is a process that
aims to create economically and environmentally sustainable buildings while
minimally altering the fabric of an urban landscape. Roman architects would
recognize the adaptive reuse process, including those who worked at Cosa
(Ansedonia, Italy). A small public bathhouse was constructed near the town’s
forum in the second century C.E. A thermal suite, built primarily of brick and
mortar, was integrated into a preexisting stone and mortar structure. No
concrete evidence has been found to indicate that this earlier building was a
bathhouse, but architects followed the original structure’s basic configuration
while altering the building’s function. Using recently excavated architecture
and the infrastructure in and surrounding Cosa’s bathhouse, I present how
architects and builders transformed the earlier structure, which currently
appears to have been a domus, into the bathhouse as it stands today. Some walls
and entire rooms of the original building were maintained or updated. In
contrast, other sections were completely refitted to incorporate a new
hypocaust system for the heated rooms. After this discussion, I focus on the
impetus behind transforming this space from a building of likely residential
use to one of hygienic and social utility. Such an analysis of the adaptive
reuse process demonstrates economic concerns navigated while overhauling this
structure’s function. Sustainability and environmental hurdles are particularly
interesting, as Cosa’s water supply was restricted to rainwater collected in
cisterns and large reservoirs, one of which directly links to this small
bathhouse. This paper’s conclusions present arguments as to why architects
chose this location to construct Cosa’s bathhouse, including the area’s
proximity to social hubs, the already functional infrastructure of the
preexisting space, and the suitability of the original structure’s layout.
AIA-1D