Meaning‐making with colour in multimodal texts: an 11‐year‐old student's purposeful ‘doing’

Colour, a visual element of art and design, is a semiotic mode that is used strategically by sign‐makers to communicate meaning. Understanding the meaning‐making potential of colour can enhance students’ understanding, appreciation, interpretation and composition of multimodal texts. This article features a case study of Anya, an 11‐year‐old student who participated in a classroom‐based research project that explored developing student visual meaning‐making skills and competencies by focusing specifically on a selection of visual elements of art and design in picture books and graphic novels. Excerpts from Anya's interview about her multimodal print text revealed that her intentional use of colour was affected by her participation in the learning opportunities afforded during the explorative study that included overt instruction about making meaning with colour. The semiotic analysis of Anya's use of colour in her multimodal text included a consideration of how the various distinctive features of colour were evident in her work. The article concludes with a discussion of pedagogical and assessment issues associated with teaching students about colour and other visual elements of art and design.     

Spelling development in 6–11‐year‐old Greek‐speaking Cypriot children

The aim of the present study was to examine the spelling development of Greek‐speaking children in the early school grades. Although Greek orthography is regular for reading, it is much less transparent as far as spelling is concerned. Spelling development was investigated using a word spelling task designed to explore the effects of word length, familiarity and spelling regularity. One hundred and fifty normally developing primary school children living in Cyprus took part in the study. Results suggest that the children employed both phonological and lexical strategies in spelling Greek words. Results indicated that sub‐lexical procedures were more marked for younger children, whereas lexical processing was employed more widely by older children. The findings are interpreted in terms of stage developmental models.     

Thouësny,Sylvie & Bradley,Linda ed (2011) Second language teaching and learning with technology (Research‐publishing.net,Dublin) isbn 978‐1‐908416‐00‐1 217 pp Free of charge http://research‐publishing.net/publication/978‐1‐908416‐00‐1.pdf

This ten chapter volume intends to approach a number of current issues “from well‐established web‐based learning environments to mobile learning, through current web 2.0 applications such as blogs, which foster intercultural contexts and/or diverse means of computer‐mediated interaction”. In this sense, the valuable book aims to enable readers to gain a deep understanding of the field and to provide research procedures and processes to facilitate the learning of foreign languages through the use of information technology. If you expect the content of this book to be relevant to you, I recommend that you buy a copy for your own use. Jesús García Laborda     

Thouësny,Sylvie & Bradley,Linda ed (2011) Second language teaching and learning with technology (Research‐publishing.net,Dublin) isbn 978‐1‐908416‐00‐1 217 pp Free of charge http://research‐publishing.net/publication/978‐1‐908416‐00‐1.pdf

This ten‐chapter volume aims to approach a number of current issues “from well‐established web‐based learning environments to mobile learning, through current web 2.0 applications such as blogs, which foster intercultural contexts and/or diverse means of computer‐mediated interaction”. In this sense, this valuable book aims to enable readers to gain a deep understanding of the field and to provide research procedures and processes to facilitate the learning of foreign languages through the use of information technology. If the content of this book is likely to be important to you, I recommend you buy a copy. Jesús García Laborda     

‘Diff‐ability’ not ‘disability’: right‐brained thinkers in a left‐brained education system

This article draws on critical disability studies, challenging the exclusion of right‐brained thinkers from an education system designed to privilege left‐brained thinkers. It focuses on individuals who are labelled dyspraxic, providing data from qualitative interviews with adults about childhood experiences in school and the impact on their emotional well‐being and peer relationships. Utilising Ornstein's pioneering research on the bilateral specialisation of the brain and hemispheric dominance in addition to a critical disability studies theoretical framework, this article innovatively argues that the fact that education in England continues to be delivered in a logical sequential form, even 40 years after Ornstein's work, is systemic discrimination in which dyspraxic children are constructed as ‘deviant’. The article concludes by arguing that individuals with dyspraxia should be seen as having a ‘diff‐ability’ in thinking style rather than a disability and therefore recommends both change and awareness‐raising at institutional level in the education system.     

Mental Spatial Transformations in 14‐ and 16‐Month‐Old Infants: Effects of Action and Observational Experience

Infants' ability to mentally track the orientation of an object during a hidden rotation was investigated (N = 28 in each experiment). A toy on a turntable was fully covered and then rotated 90°. When revealed, the toy had turned with the turntable (probable event), remained at its starting orientation (improbable event in Experiment 1), or turned to the opposite side (improbable event in Experiment 2). Results demonstrated a developmental progression between 14 and 16 months of age in infants' sensitivity to spatial object relations and their ability to track the orientation of an object during hidden rotation. Experiment 3 showed that 14‐month‐olds' performance improved with hands‐on training, highlighting the role of action experience in cognitive development.     

Visual Short‐Term Memory for Complex Objects in 6‐ and 8‐Month‐Old Infants

Infants' visual short‐term memory (VSTM) for simple objects undergoes dramatic development: Six‐month‐old infants can store in VSTM information about only a simple object presented in isolation, whereas 8‐month‐old infants can store information about simple objects presented in multiple‐item arrays. This study extended this work to examine the development of infants' VSTM for complex objects during this same period (N = 105). Using the simultaneous streams change detection paradigm, Experiment 1 confirmed the previous developmental trajectory between 6 and 8 months. Experiment 2 showed that doubling the exposure time did not enhance 6‐month‐old infants' change detection, demonstrating that the developmental change is not due to encoding speed. Thus, VSTM for simple and complex objects appears to follow the same developmental trajectory.