RESILIENCY PROFILES OF CHILDREN WITH INTELLECTUAL DISABILITY AND THEIR TYPICALLY DEVELOPING PEERS

Intellectual disability (ID) is associated with a range of risk factors that make children more vulnerable to adverse developmental outcomes, including mental health problems. Nevertheless, some children with ID do much better than others, presumably because of the presence of protective factors that increase their resilience. The current study compared resiliency profiles of children with ID (n = 115; mean age, 11.9 years) and their typically developing peers (n = 106; mean age, 11.8 years) using the Resiliency Scales for Children and Adolescents and the Healthy Kids Resilience Assessment. In many respects, children with ID and their typically developing peers reported similar levels of the protective factors that are associated with resilience. However, the children with ID reported higher levels of emotional sensitivity and lower tolerance, as well as fewer future goals. Compared with typically developing children, those with ID reported more support at school and less support within their communities. These findings have important implications for interventions that aim to promote positive developmental outcomes and to prevent the adverse sequelae that have been associated with low intelligence.     

Ambiguity as a motor for communication—Differences between hearing and deaf students’ ways of reasoning about energy

Ambiguity in group discussions as a resource for communication is studied. How students, aged 13–15 years, elaborate on the concept energy through dialogue is described. Group interviews were conducted with 15 hearing and 20 deaf students. Three probes were used to initiate discussions on different meanings of energy. The results show that the dialogues are less elaborated for deaf learners compared with hearing learners. It is argued that dialogues between hearing students have a greater chance of becoming ‘joint productive activity’, since the ambiguity of the word energy in Swedish lays the ground for shared meaning-making. To deaf learners, the ambiguity between the Swedish word and the signs used produces uncertainty and puts an end to further dialogue.     

Approaches to teaching in thematic work: early childhood teachers’ integration of mathematics and art

Thematic work that integrates different knowledge areas is considered suitable for developing young children’s knowledge and skills in early childhood education. This paper reports evidence from a survey of early childhood teachers’ work with mathematics and art integrated in thematic work. In this study, we aim to explore how teachers perceive mathematics learning and teaching integrated with art. Data for analysis were collected from a questionnaire answered by 27 early childhood teachers from Finland and Sweden. Influenced by a sociocultural theoretical framework, the analysis concerns the teachers’ expressed goals for learning and their strategies for achieving these goals. The analysis reveals qualitatively different approaches to the learning goals addressed by the teachers – process-oriented, product-oriented, development-oriented and providing awareness – which, respectively, seem to generate different meanings of mathematical learning integrated with art. This study offers an overview of teachers’ approaches to teaching mathematics and art in thematic work, and of how different approaches may influence what mathematical meaning is offered to children to explore.     

Flow biosensing and sampling in indirect electrochemical detection

Miniaturization in biological analyses has several advantages, such as sample volume reduction and fast response time. The integration of miniaturized biosensors within lab-on-a-chip setups under flow conditions is highly desirable, not only because it simplifies process handling but also because measurements become more robust and operator-independent. In this work, we study the integration of flow amperometric biosensors within a microfluidic platform when analyte concentration is indirectly measured. As a case study, we used a platinum miniaturized glucose biosensor, where glucose is enzymatically converted to [Formula: see text] that is oxidized at the electrode. The experimental results produced are strongly coupled to a theoretical analysis of fluid dynamic conditions affecting the electrochemical response of the sensor. We verified that the choice of the inlet flow rate is a critical parameter in flow biosensors, because it affects both glucose and [Formula: see text] transport, to and from the electrode. We identify optimal flow rate conditions for accurate sensing at high time resolution. A dimensionless theoretical analysis allows the extension of the results to other sensing systems according to fluid dynamic similarity principles. Furthermore, we developed a microfluidic design that connects a sampling unit to the biosensor, in order to decouple the sampling flow rate from that of the actual measurement.     

Broadening the horizon: toddlers’ strategies for learning mathematics

The aim of this study is to analyse and discuss those strategies for learning that are essential for toddlers’ development of an understanding of basic aspects of mathematics. Analysis focuses on authentic episodes where toddlers aged one to three are interacting with other people. The settings chosen for the qualitative analysis emanate from a variation theory of learning approach. In such an approach, learning is defined as a change in understanding, and in order to change a person’s understanding of a certain phenomenon, various aspects must be focused on simultaneously. Accordingly, critical aspects that a learner has not been previously able to focus on may emerge during interaction with others since such settings provide an opportunity for the problemisation of differing aspects and perspectives. This study seeks to discern toddlers’ strategies for learning through the observation of those strategies that the toddlers themselves initiate, which may reveal the competence for learning that young children possess.     

Evaluating legacies: Research,evidence and the regional impact of the Cultural Olympiad

From the bidding stage onwards, the London 2012 Olympics has been framed by an explicitly instrumental agenda, with objectives including increasing participation in sport in the UK and economic and physical regeneration in host sites, through investment in the Olympic Park and its surrounding infrastructure. The bid also signalled the ambition that London 2012 should be the first Olympics to deliver legacy through a nation-wide cultural programme in the build up to and alongside the Games [Kennell, J. & MacLeod, N. (2008, November 6–8). A memetic framework for the conceptualisation and evaluation of the Cultural Olympiad of the 2012 Olympic and Paralympic Games. Paper presented at the 2nd Bi-annual International Tourism Studies Association conference in Shanghai, China. Retrieved from http://gala.gre.ac.uk/3951/], deliberately putting in place infrastructure for each English region and nation, shortly after the bid's success was announced. The ensuing national Cultural Olympiad, part funded by Legacy Trust UK, was evaluated through a series of research exercises which aimed to document the legacy and impact of the cultural programme. Through the case study of a regional programme in the North West of England, “We Play”, this article considers how evaluation research has been used locally to develop policy stories and legacy narratives which interpret and interact with the changing landscape of arts funding and cultural policy in the UK.