441 research outputs found

    Interview with Chris Bateman

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    To understand the culture of digital play from a design perspective, Sonia Livingstone and Kate Cowan spoke to Chris Bateman, a game designer, author, and senior lecturer in Game Design, as part of our interview series on play in the digital world

    Don't give up what's yours, Africville speaker warns

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    Newspaper articleThe author reports on the fifth annual reunion of former Africville residents

    Novel Dialogue 3.5: The Romance of Recovery: Ben Bateman talks to Shola von Reinhold (AV)

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    Shola von Reinhold is the author of LOTE, a novel about getting lost in the archives and finding what the archives have lost. LOTE won the 2021 James Tait Black prize so who better to join Shola on Novel Dialogue than Ben Bateman of Edinburgh University, lead judge of the prize committee? This conversation takes listeners back to all yesterday's parties as Shola, Ben, and Aarthi time travel to the Harlem Renaissance and the interwar modernist era. Shola offers up Richard Bruce Nugent as their current figure of fascination (or "transfixion" to use a key image from LOTE), and wonders what it would have been like to move through Harlem and London by Nugent's side. Recovering the stories of black writers and artists is essential to Shola's literary project. It is also inseparable from restoring queerness to the once hyper-masculine and "muscular" paradigm of modernism. In a stirring discussion of the aesthetic forms and moods of historical recovery, Ben and Shola sink into the "purpleness" of the fin-de-siècle and explore the critical power of black sensuousness. Talk of decadence, ornamentality, and frivolity shapes the latter half of this episode, and Doris Payne, the West Virginian jewel thief, emerges as an exquisitely improbable modernist heroine

    J.N. et al. v. Oregon Department of Education et al., United States District Court for the District of Oregon, Case No. 6:19-cv-00096-AA

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    David Bateman, PhD, Jenifer Cline, MA CCC SLP, Sonja de Boer, PhD, BCBA-D, Stacey Gahagan, Esq.Title from PDF title page (viewed on July 7, 2022).This archived document is maintained by the State Library of Oregon as part of the Oregon Documents Depository Program. It is for informational purposes and may not be suitable for legal purposes.Includes bibliographical references.Mode of access: Internet from the Oregon Government Publications Collection.Text in English

    Virtual patients design and its effect on clinical reasoning and student experience : a protocol for a randomised factorial multi-centre study

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    Background Virtual Patients (VPs) are web-based representations of realistic clinical cases. They are proposed as being an optimal method for teaching clinical reasoning skills. International standards exist which define precisely what constitutes a VP. There are multiple design possibilities for VPs, however there is little formal evidence to support individual design features. The purpose of this trial is to explore the effect of two different potentially important design features on clinical reasoning skills and the student experience. These are the branching case pathways (present or absent) and structured clinical reasoning feedback (present or absent). Methods/Design This is a multi-centre randomised 2x2 factorial design study evaluating two independent variables of VP design, branching (present or absent), and structured clinical reasoning feedback (present or absent).The study will be carried out in medical student volunteers in one year group from three university medical schools in the United Kingdom, Warwick, Keele and Birmingham. There are four core musculoskeletal topics. Each case can be designed in four different ways, equating to 16 VPs required for the research. Students will be randomised to four groups, completing the four VP topics in the same order, but with each group exposed to a different VP design sequentially. All students will be exposed to the four designs. Primary outcomes are performance for each case design in a standardized fifteen item clinical reasoning assessment, integrated into each VP, which is identical for each topic. Additionally a 15-item self-reported evaluation is completed for each VP, based on a widely used EViP tool. Student patterns of use of the VPs will be recorded. In one centre, formative clinical and examination performance will be recorded, along with a self reported pre and post-intervention reasoning score, the DTI. Our power calculations indicate a sample size of 112 is required for both primary outcomes

    The Bateman-type variational formalism for an acoustically-driven drop

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    By employing the Clebsch potentials, the Bateman-type variational formulation for a drop levitating in an acoustic field is proposed when both fluids, liquid drop and external ullage gas, are barotropic, inviscid, compressible and admit rotational flows.Використовуючи потенціали Клебша, пропонується варіаційне формулювання типу Бейтмена для краплі, що левітує в акустичному полі, коли обидві рідини, крапля рідини та зовнішній газ є баротропними, нев’язкими, стисливими та допускають вихорові рухи.The author acknowledges the financial support of the National Research Foundation of Ukraine (Project number 2020.02/0089)

    Seaview Park road meeting waste of time-O'Malley

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    Newspaper articleThis brief article airs Deputy Mayor Marie O’Malley’s frustration with Halifax Council’s reticence to hold a public meeting on the proposed route through Seaview Park. It also outlines the reasons for Ms. O’Malley’s dissatisfaction with Ward 2 Councilman Walter Fitzgerald’s suggestion that the city hold a public information session on the same matter instead

    Sources and impacts of inorganic and organic fine sediment in salmonid spawning gravels in chalk rivers

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    Poor salmonid spawning habitat due to excessive fine sediment inputs has been identified as a major factor limiting survival in chalk rivers. A lack of knowledge about the complex processes and factors affecting survival was the driver for this study and gaps in the research were identified concerning the sources of fine sediment and the impact organic material had on salmonid survival in chalk streams. Consequently the main objectives of this study were to characterise spawning habitat quality of a chalk catchment, assess the sources of sediments accumulating within artificial redds, describe the composition of organic sediments using emerging technology and to create a novel method to assess the sediment oxygen consumption of those sediments. Methods were based around a catchment wide field based monitoring programme, consisting of artificially constructed spawning gravels which allowed hyporheic measurements to be taken, and sediment analysis and sediment oxygen consumption methods were carried out using different laboratory methods. Spawning habitat characteristics of the chalk catchment were found to exhibit; low sediment accumulation rates although original levels of fine sediment were high, high organic matter content, variable intra-gravel flow and intra-gravel oxygen concentrations and groundwater influences. Primary sources of fine sediment accumulating in spawning gravels and suspended sediments were found to be attributed to catchment surface sources, namely pasture (50-68%) and arable (32-50%) using inorganic and organic parameters. Organic composition of redd gravels was found to be dominated by protein material rather than humic substances, the more commonly found fluorescent compound in freshwater systems and the sediment oxygen consumption of sediments varied throughout the catchment and was found to consume the greatest oxygen in <63?m size fraction. Application of sediment oxygen consumption rates to existing parameter based models that predict salmonid survival, highlighted the need to address the sensitivity of current models to rivers experiencing low sediment accumulation rates. Outcomes of this study further the knowledge of the sources, organic composition and sediment oxygen consumption capacity of fine sediments accumulating in spawning gravels which can lead to appropriate mitigation on chalk rivers to improve salmonid spawning habitat
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