Looking at Archives in Cinema: Recent Representations of Records in Motion Pictures

Archivists who followed the Best Picture Nominees for the 2013 Academy Awards would have noticed the appearance of a recurring character – records. The winning film, Argo, depicts the rescue of six American hostages during the Iran Hostage Crisis. Lincoln, praised for Daniel Day-Lewis’s portrayal of the Sixteenth President, presents a look at Abraham Lincoln’s Presidency during the passage of the Thirteenth Amendment. The most controversial of the three, Zero Dark Thirty chronicles the events leading to the capture of Osama bin Laden. While archivists and archival repositories are absent from these three films, records and records creation play a central role in the development of each of the stories. This paper will analyze the depiction of records and records creation in these three films through the use of the framework proposed by Barbara Craig and James O’Toole in their analysis of representations of records in art. Craig and O’Toole argue that the way in which records are depicted can lead to an understanding of how the creators and audiences of art understand records, suggesting that these representations may further our understanding of the “cultural penetration of archives.”i The authors suggest that in art, records are depicted in a number of ways: as props, as representations of specific documents, as the central subject, and as information objects that are created and used. We expand Craig and O’Toole’s framework with the addition of two themes: the integration of original documentation into the films themselves, and the use of source material that has an affective influence on the mise-en-scène

Media Arts Centers as Alternative Archival Spaces: Investigating the Development of Archival Practices in Non-Profit Media Organizations

In the United States, archival institutions have prioritized the preservation of commercial and Hollywood cinema overlooking small-scale media production by non-professionals and independent media artists. Media arts centers, however, have played a pivotal role in the continued access, use, and preservation of materials produced by the communities that they serve. These non-profit media collectives were imagined as a distributed network of organizations supporting the production, exhibition and study of media; serving as information centers about media resources; and supporting regional preservation efforts. However, media arts centers have remained over-looked and unexplored by the archival field. This dissertation seeks to shift this balance, including these artist-run organizations as part of the network of archives and collecting institutions preserving independent media. Using case study methodologies this study investigated the practices at three media arts centers, Pittsburgh Filmmakers, Paper Tiger Television, and the Termite Television Collective, seeking to understand the role of these organizations in the collection and preservation of independent media and the development of archival practices in non-profit media organizations. The study places each of these organizations in the wider history of media arts center movement in the United States and looks broadly at the development of archives and archival practices within these organizations. Framing media arts centers as maker-spaces and archival spaces, this dissertation argues for a critique of professional archival practices and a redefinition of the standards for preservation of audiovisual materials

Reliability of the Tekscan Matscan® System for the Measurement of Postural Stability in Older People With Rheumatoid Arthritis

Postural stability can be measured in clinical and research settings using portable plantar pressure systems. People with rheumatoid arthritis (RA) have decreased postural stability compared to non-RA populations and impaired postural stability is associated with falls in people with RA. The purpose of this study was therefore to investigate the reliability of the TekScan MatScan® system in assessing postural stability in people with RA

Flexural behaviour of reinforced concrete jacketed columns under reversed cyclic loading

The objective of the present study is the development of an analytical model for predicting the response under reversed cyclic loading of structural members with ‘old-type’ detailing, strengthened with reinforced concrete (RC) jacketing. The analytical model introduces one additional degree of freedom between the existing member (core of the retrofitted member) and its outer RC shell, thus allowing slip to take place at the interface between the existing member and the jacket. Shear resistance mechanisms, such as aggregate interlock, friction, and dowel action, are mobilized to resist slip. Existing constitutive models are further improved to describe the mechanisms that resist sliding under cyclic shear reversals and implemented for the first time in an analytical model for deriving the response of RC jacketed members. A calculation algorithm is developed to estimate the flexural response under cyclic loading taking into account slip at the interfaces. The sensitivity of the proposed analytical model to the shear transfer mechanisms degradation rules, as well as to the crack spacing estimation, was evaluated. The validity of the proposed analytical model is assessed against experimental results

Strongly phosphorescent transition metal π complexes of boron-boron triple bonds

Herein are reported the first π complexes of compounds with boron-boron triple bonds to transition metals, in this case CuI. Three different compounds were isolated that differ in the number of copper atoms bound to the BB unit. Metallation of the B-B triple bonds causes significant lengthening of the B-B and B-CNHC bonds, as well as large upfield shifts of the 11B NMR signals, suggesting greater orbital interactions between the boron and transition metal atoms than those observed with recently published diboryne / alkali metal cation complexes. In contrast to previously-reported fluorescent copper(I) π complexes of boron-boron double bonds, the Cun-π-diboryne compounds (n = 2, 3) show intense phosphorescence in the red to near-IR region from their triplet excited states, according to their microsecond lifetimes, with quantum yields of up to 58%. The bonding situation, as well as the unusual photophysical properties, has been further corroborated by DFT studies

Telemedicine and cystic fibrosis:Do we still need face-to-face clinics?

There has been growing interest in telemedicine for cystic fibrosis over recent years based largely on convenience for patients and/or increasing the frequency of surveillance and early detection which, it is assumed, could improve treatment outcomes. During 2020, the covid-19 pandemic catalysed the pace of development of this field, as CF patients were presumed to be at high risk of infection. Most clinics adapted to digital platforms with provision of lung function monitoring and sample collection systems. Here, we present the views of multidisciplinary team members at a large paediatric CF centre on what has worked well and what requires further optimisation in the future. In response to the question posed, ‘Do we still need face to face clinics?’ our answer is ‘Yes, but not every time, and not for everyone’.</p

Telemedicine and cystic fibrosis:Do we still need face-to-face clinics?

There has been growing interest in telemedicine for cystic fibrosis over recent years based largely on convenience for patients and/or increasing the frequency of surveillance and early detection which, it is assumed, could improve treatment outcomes. During 2020, the covid-19 pandemic catalysed the pace of development of this field, as CF patients were presumed to be at high risk of infection. Most clinics adapted to digital platforms with provision of lung function monitoring and sample collection systems. Here, we present the views of multidisciplinary team members at a large paediatric CF centre on what has worked well and what requires further optimisation in the future. In response to the question posed, ‘Do we still need face to face clinics?’ our answer is ‘Yes, but not every time, and not for everyone’.</p

Human Impacts on Forest Biodiversity in Protected Walnut-Fruit Forests in Kyrgyzstan

We used a spatially explicit model of forest dynamics, supported by empirical field data and socioeconomic data, to examine the impacts of human disturbances on a protected forest landscape in Kyrgyzstan. Local use of 27 fruit and nut species was recorded and modeled. Results indicated that in the presence of fuelwood cutting with or without grazing, species of high socioeconomic impor- tance such as Juglans regia, Malus spp., and Armeniaca vulgaris were largely eliminated from the landscape after 50–150 yr. In the absence of disturbance or in the presence of grazing only, decline of these species occurred at a much lower rate, owing to competi- tive interactions between tree species. This suggests that the current intensity of fuelwood harvesting is not sustainable. Conversely, cur- rent grazing intensities were found to have relatively little impact on forest structure and composition, and could potentially play a positive role in supporting regeneration of tree species. These results indicate that both positive and negative impacts on biodiversity can arise from human populations living within a protected area. Potentially, these could be reconciled through the development of participatory approaches to conservation management within this reserve, to ensure the maintenance of its high conservation value while meeting human needs

Theoretical assessment of progressive collapse capacity of reinforced concrete structures

The progressive collapse behaviour of reinforced concrete (RC) structures requires consideration of material and geometric non-linearity, concrete crushing and rebar fracture. Compressive arch action (CAA) and catenary action (CTA) are the main resisting mechanisms against progressive collapse following a column loss. Hence, many studies have concentrated on the development of CAA and CTA in RC beams, but without considering the effect of bar fracture and the reduction in beam effective depth due to concrete crushing. Taking these additional factors into account, an analytical model to predict the structural behaviour of RC beams under a column removal scenario was developed. The proposed model was evaluated and validated with the available experimental results. The evaluation and validation indicate that the proposed model can provide a reliable assessment of RC beam capacity against progressive collapse