Using applied behaviour analysis as standard practice in a UK special needs school

This article describes how applied behaviour analysis can be implemented effectively and affordably in a maintained special needs school in the UK. Behaviour analysts collaborate with classroom teachers to provide early intensive behaviour education for young children with autism spectrum disorders (ASD), and function based behavioural interventions for children between the ages of three and 18 years. Data are presented that show how the model is effective. Children with ASD under the age of seven made significant gains on intelligence quotient and on a range of skills including language, social and play, and academic skills following three academic terms of intervention. Case study data for two children reveal a marked decrease in challenging behaviour following a function based behavioural intervention. These interventions have led to greater independence, integration and access to curricular activities. These data show that children are making significant gains within this cost‐effective model.     

A social skills intervention programme for kindergarten children at risk of developing behavioural problems

ABSTRACT

A programme for training social skills to a group of 6‐year‐old children was developed and evaluated. The group consisted of eight children, four boys and four girls; three of these were considered to be at risk of developing emotional and behavioural problems. The targeted skills were supporting, cooperating, establishing social contacts, participating, reducing aggression and handling conflict situations. The theoretical framework underlying the social skills intervention programme was based on cognitive‐social learning theory and scaffolding. The programme consisted of nine, 30‐35 minute, training sessions which were presented over a one and a half month period. Pretest/posttest assessment indicated that the intervention programme was effective in increasing some positive and reducing some negative behaviours. The sociometric assessment, however, showed few changes from pre‐training to posttraining.     

Politics by other means? STS and research in education

ABSTRACT

Science and Technology Studies (STS) has been surprisingly slow to become widely known and deployed in the field of education. Yet STS has a rich array of concepts and analytical methods to offer to studies of: knowledge practices and epistemic cultures; the interrelationship between states and knowledge; regulatory practices, governance and institutions; and classrooms, pedagogy, teaching and learning. Most importantly, it provides a fresh perspective on how power operates in ordering societies, disciplining actors and promoting ideas and practices. In this paper, we provide an introduction to STS and elaborate what it offers education scholars. Using examples from the emerging body of STS work in the field of education, and in particular from the papers in this special issue, we argue that STS is not only useful, but an exciting and generative form of critique – one that is especially suited to investigating contemporary issues in education policies and practices.     

Tracing reading to the dark side: investigating the policy producing reading and readers in detention homes

ABSTRACT

Both inside and outside educational settings, reading literature is emphasized as something good, perhaps even something that makes us better people. This paper aims to open the ‘black-boxed’ conception of reading by studying how reading and (non)readers are conceptualized in relation to young people taken into custody. I examine a policy document describing a reading project in detention homes for young people as a case in which reading is perceived as having specific effects. Actor-network theory is used as a methodological approach to call attention to the way ideas, values, and knowledge about educational content are produced. The analysis shows that the seemingly coherent policy document produces radically different versions of what reading is and who the readers and non-readers are. I conclude that conceptualizations of reading and literacy always involve the creation of ‘a dark side of reading’; the strong construction of ‘reading as doing good’ has marginalizing effects.     

Conceptual change and killer whales: constructing ecological values for animals at the Vancouver Aquarium

Changes in the mode of presenting the killer whales within the aquarium required both marine mammal and interpretation staff to change their conceptions of the role and value of killer whale ‘performances’. The process of change that staff underwent is similar to, and can be facilitated by understanding of, conceptual change processes among learners of science. Similar constructivist strategies of conceptual challenge can guide the staff's interaction with visitors, as an attempt is made to help visitors see the ecological relationships of wild and captive killer whales.     

An exploration of future trends in environmental education research

This article describes future trends in environmental education (EE) research based on a mixed-methods study where data were collected through a content analysis of peer-reviewed articles published in EE journals between 2005 and 2010; interviews with experts engaged in EE research and sustainability-related fields; surveys with current EE researchers; and convenings with EE researchers and practitioners. We discuss four core thematic findings: (1) EE researchers are highlighting the importance of collective and community learning and action; (2) EE researchers are placing increased emphasis on the intersection of learning within the context of social–ecological communities (e.g. links between environmental quality and human well-being); (3) a pressing need exists for research conducted with urban and diverse populations; and (4) research around social media and other information technologies is of great interest, yet currently is sparse.     

Science teachers' pedagogical content knowledge development during enactment of socioscientific curriculum materials

The purpose of this study is to provide insight into short-term professionalization of teachers regarding teaching socioscientific issues (SSI). The study aimed to capture the development of science teachers' pedagogical content knowledge (PCK) for SSI teaching by enacting specially designed SSI curriculum materials. The study also explores indicators of stronger and weaker development of PCK for SSI teaching. Thirty teachers from four countries (Cyprus, Israel, Norway, and Spain) used one module (30–60 min lesson) of SSI materials. The data were collected through: (a) lesson preparation form (PCK-before), (b) lesson reflection form (PCK-after), (c) lesson observation table (PCK-in-action). The data analysis was based on the PCK model of Magnusson, Krajcik, and Borko (1999). Strong development of PCK for SSI teaching includes “Strong interconnections between the PCK components,” “Understanding of students' difficulties in SSI learning,” “Suggesting appropriate instructional strategies,” and “Focusing equally on science content and SSI skills.” Our findings point to the importance of these aspects of PCK development for SSI teaching. We argue that when professional development programs and curriculum materials focus on developing these aspects, they will contribute to strong PCK development for SSI teaching. The findings regarding the development in the components of PCK for SSI provide compelling evidence that science teachers can develop aspects of their PCK for SSI with the use of a single module. Most of the teachers developed their knowledge about students' understanding of science and instructional strategies. The recognition of student difficulties made the teacher consider specific teaching strategies which are in line with the learning objectives. There is an evident link between the development of PCK in instructional strategies and students' understanding of science for SSI teaching.     

Pollution monitoring by dosimetry and passive diffusion sampling for evaluation of environmental conditions for paintings in microclimate frames

Pollutants and their potential degradation of paintings have been measured for the first time in microclimate frames (mc-frames), which are used to protect paintings. The pollutants that were measured include both inorganic pollutants, which originate mainly from external sources, and organic pollutants from mainly internal sources. Those originating from the outdoors enter rooms and subsequently mc-frames at a rate depending on the ventilation rates (air exchange rates) of the mc-frames. The concentration of gaseous pollutants emitted within the mc-frames will depend on net emission rates of the materials used to make the mc-frames, their design, and their ventilation rates. In the EU PROPAINT project measurements of gaseous air pollutants and climatic conditions were performed at various locations both inside and outside different state-of-the-art mc-frames. Diffusive passive pollution gas samplers were used together with different types of dosimeters. Results show that the dosimeters respond to either the photo-oxidizing conditions or the level of volatile organic acids in the environments both in the museums and within the mc-frames. Two dosimeters, the Early Warning Organic (EWO) made from a synthetic polymer and the Resin Mastic coated Piezo electric Quartz Crystals (RM-PQC) respond to photo-oxidation and showed higher values outside than inside the mc-frames. Two other dosimeters, the Glass Slide Dosimeter (GSD) and the Lead coated Piezo electric Quartz Crystals (L-PQC) respond to volatile organic acids and yielded higher values inside than outside the mc-frames. This study emphasizes the need for further work to determine environmental damage functions for paintings, in particular for the effects of organic acids. Such information is essential for the evaluation of the protective effects of mc-frames for paintings. The use of mc-frames is increasing and it is very important to know that this protective measure does not introduce new risks.     

Lower secondary school teachers' judgements of pupils' problems

Lower secondary school teachers from six different schools in one Norwegian municipality reported on the prevalence of problems among pupils entering lower secondary school and types of problems among pupils in Grades 8–10. Teachers report that the transition from Elementary to Lower secondary school is problematic for approximately 30% of the pupils. About 70% of the teachers report that 25% or more of pupils transitioning to Grade 8 lack academic experiences and skills and have problems following directions. There is also a tendency for teachers who report higher values on professional (un)certainty about pupils' learning and on two efficacy variables included in the study, to be more favourably inclined towards inclusion of children who are perceived as having learning or behaviour problems. Additionally, teachers who report higher values on efficacy scales tend to report lower values on problems among pupils, and teachers who are less favourable towards inclusion report higher numbers of pupils having problems. The results are discussed in relation to schools as workplaces and professional development for pre‐service and in‐service teachers.     

Validity of the ActiGraph GT1M during walking and cycling

Abstract

The ActiGraph activity monitors have developed and newer versions of the ActiGraph accelerometers (GT1M, GT3X and GT3X +) are now available, including changes in hardware and software compared to the old version (AM7164). This is problematic as most of the validation and calibration work includes the AM7164. The aims of the study were to validate the ActiGraph GT1M during level and graded walking and to assess the potential underestimation of physical activity during cycling. Data were obtained from 20 participants during treadmill walking and ergometer cycling. Energy expenditure was measured via indirect calorimetry and used as the criterion method. Activity counts were highly correlated with energy expenditure during level walking (R² = 0.82) and graded walking at 5% and 8% (R² = 0.82 and R² = 0.67, respectively). There was no linear relationship between activity counts and energy expenditure during cycling. The average activity counts for all data points during cycling was 1,157 counts per minute (CPM) (SD = 974), and mean energy expenditure was 5.0 metabolic equivalents. The GT1M is a valid tool for assessing walking across a wide range of speeds and gradients. However, there is no relationship between activity counts and energy expenditure during cycling and physical activity is underestimated by ≈73% during cycling compared to walking.