Belonging to Bad: Ambiguity,Parramatta Girls and the Parramatta Girls Home

From 1887 to 1974, ‘corrupt’ adolescent girls were incarcerated in Parramatta Girls Home, a New South Wales state government facility charged with their ‘care and protection’. This paper examines the experiences of former inmates of Parramatta Girls Home (PGH) and explores their ongoing connections to the Home. Using the narratives of former inmates and submissions to public inquiries, the relationship that these women have with the Home and each other is explored. There is a strong thread of connection to place amongst former inmates, with their identity as ‘Parra girls’ shaping aspects of their post‐incarceration lives. For those women who were incarcerated at PGH, the connection to people and place focuses on the Home and is a powerful influence on their subsequent experiences of security and belonging.     

THERMOLUMINESCENCE DATING OF A CRUCIBLE FRAGMENT FROM AN EARLY TIN PROCESSING SITE IN TURKEY

Archaeological exploration in the Taurus mountains at Göltepe in south-central Turkey has uncovered a site indicating the presence of extensive tin ore mining and smelling operations The most recent find of smelting crucible fragments allowed for a thermoluminescence-hased age determination spanning a late fifth to early third millennium BC date. This result is consistent with a number of radiocarbon dates derived for charcoal also found at the site. The importance of this site relates to the possible tin production and subsequent trade with southwestern Asia which would have provided this otherwise scarce ingredient to bronze technology in that area. This date is directly for crucible material and thus confirms the antiquity of tin smelting at Göltepe.     

THE ENVIRONMENTAL STABILITY OF ANCIENT CERAMICS

A series of corrosion experiments was carried out using identical samples of a ceramic of known composition, structure and density which were subjected to a variety of simulated soil solutions. The action of the solutions was monitored by measuring their pH as a function of time at 25 °C and 90 °C. Under all conditions the pH stabilized rapidly. Microscopic and electron microscopic studies showed the presence of reaction/alteration products that would account for the observed pH changes. The findings indicate that ancient ceramics that exhibit no physical deterioration will have below their surface a composition corresponding to the composition of the sherd at the time of its burial.