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The study tests the efficacy of a new sort of digital picture book. It includes camera movements to guide children's visual attention through the pictures and the possibility to control page-turning and the pace at which the camera moves through pictures. There were 56 participants (M[subscript age] = 60.34 months, SD = 6.24) randomly assigned to three conditions: still images, camera movements (no control over pace), and camera movements (control over pace). For the 50% of children least proficient in language skills, sparingly adding well-chosen camera movements to the illustrations helps children understand the story. In addition, the camera movements' effect can be enhanced by enabling control over the pace at which new information appears. Particularly the 50% low-language proficiency children benefited from camera movements and spending more time processing information.

Just beginning to understand the potentials new technologies might bring to the learning environments of young children, we invited authors to submit articles that investigate multimedia sources and their effect on learning settings. Two main themes emerged--how digitization changes the learning environment and adult-child interaction in particular and which digital affordances enrich digital materials and how these changes affect learning. We finish with "alerts" to further explore more the hidden potentials of new technologies and how routines such as book reading might change and become more effective in some respects.

We compared students from schools with an enriched school library--that is, one with a larger and more up-to-date book collection--with students from schools with a typical school library. We tested effects of an enriched school library on reading motivation, reading frequency, and academic skills. Fourth- and fifth-grade students of 14 schools with an enriched library (n = 272) were compared to fourth and fifth graders from 10 control schools (n = 411). Assignment to the experimental group was external and not determined by participants within schools. Students from schools with enriched libraries scored on average half a standard deviation higher on a standardized reading comprehension test than students from control schools. Mediation analysis revealed that for girls, this effect may have been obtained as a result of an increase in reading motivation and reading frequency. For boys, only reading frequency was a significant mediator.

This study tested how name writing affects young children's emergent writing. Beginning with a group of 96 Dutch children ages 3 1/2-5, we selected more-advanced children who were producing strings of conventional letters but, apart from very few words, no correct or readable (invented) spellings (N = 35). All children recruited from middle-to-high socioeconomic status (SES) Dutch families were asked to write, in their native Dutch language, their name as well as a set of 16 words such as "baby" and "flower" that were not likely to have been practiced before. The children's control for writing their own proper name influenced spellings of unpracticed words. Fifty-two percent of the letters used to represent unpracticed words were letters from the child's proper name and, more importantly, the first letter of the name was the first one to be written phonetically. These effects of name writing were replicated in a second study with another sample of slightly older children (ages 4-6) from low SES Dutch families (N = 79). We speculate on factors that may explain why a shift to phonetic writing starts with the first letter of a child's name. (Contains 2 tables.)

This meta-analysis examines to what extent interactive storybook reading stimulates two pillars of learning to read: vocabulary and print knowledge. The authors quantitatively reviewed 31 (quasi) experiments (n = 2,049 children) in which educators were trained to encourage children to be actively involved before, during, and after joint book reading. A moderate effect size was found for oral language skills, implying that both quality of book reading in classrooms and frequency are important. Although teaching print-related skills is not part of interactive reading programs, 7% of the variance in kindergarten children's alphabetic knowledge could be attributed to the intervention. The study also shows that findings with experimenters were simply not replicable in a natural classroom setting. Further research is needed to disentangle the processes that explain the effects of interactive reading on children's print knowledge and the strategies that may help transfer intervention effects from researchers to children's own teachers. (Contains 2 notes, 3 tables, and 2 figures.)

Provides a critique of the research of R.F. West, K.E. Stanovich and H.R. Mitchell on reading psychology. Focus on the experimenters' interpretations of mind and mental functioning; Problems with the experimenters' literacy tests.