儿童早期字词意识的发展

探讨了4～6岁儿童早期字词意识的年龄差异,拟为元语言意识的多因素模型提出支持性的证据。实验结果表明:4岁儿童的字词意识及5岁儿童的词意识还很不清晰,6岁儿童已达到较高的字意识水平;幼儿在字意识任务上的成绩显著地优于词意识任务。     

词汇预测性对中文高、低阅读技能儿童眼动行为的影响

操纵目标词的预测性、词频和阅读技能水平,考察句子阅读中词汇预测性对高、低阅读技能儿童眼动行为的影响,揭示其在儿童阅读发展中的作用。结果显示：儿童对高预测词的跳读率更高、注视时间更短,且预测性与词频交互影响跳读率和注视时间;预测性对高阅读技能儿童早期的跳读率影响更大,而对低阅读技能儿童晚期的再阅读时间具有更大影响。结果表明：词汇预测性影响儿童阅读的眼动行为和词汇加工,且作用大小和发生时程受阅读技能调节。     

Age,Emotion Regulation Strategies,Temperament, Creative Drama,and Preschoolers' Creativity

Based on Yeh's (2004) Ecological Systems Model of Creativity Development, this study investigated the effects that age, the use of emotion regulation strategies, temperament, and exposure to creative drama instruction have on the development of creativity among preschool children. Participants were 1164‐ to 6‐year‐old preschool children. This study categorized the emotion regulation strategies used by preschool children and developed a creativity test which includes the measurement of usefulness, an indicator of creativity that has, until now, been ignored. The main findings are that (a) 6‐year‐olds outperform 4‐ and 5‐year‐olds in terms of creativity; (b) emotion regulation strategies as well as a positive temperament have positive effects on children's creativity; (c) creative drama instruction contributes to children's creativity; and (d) age group, emotion regulation strategies, temperament, and creative drama instruction can collectively predict children's creativity.     

小学儿童在不同刺激材料中的左右空间方位传递性推理能力及策略分析

采用定性和定量相结合的研究方法,从图形刺激材料和文字刺激材料入手,探查了7岁、9岁、11岁儿童的一维空间方位传递性推理能力的发展水平及其认知策略。主要研究结果表明:(1)小学儿童的一维空间方位传递性推理能力从7岁到9岁,从9岁到11岁都有显著性提高。7岁儿童处于能力的初步形成期,9岁儿童是能力的提高和发展期,11岁儿童已基本具有了一维空间方位单模型条件下的传递性推理能力;(2)小学儿童在图形刺激材料条件下的推理成绩显著优于文字刺激材料条件下的推理成绩;(3)前提数量的增加没有对小学儿童的推理造成显著性影响;(4)随着儿童年龄的增长,模型建构策略的使用者越来越多,但在图形刺激材料和文字刺激材料下,儿童解决问题的策略有所不同。在图形刺激材料下,大部分7岁和9岁的儿童采用知觉策略,11岁儿童中只有少部分人使用这一策略。在文字刺激材料下,模型建构策略是儿童推理的主要策略。少部分7岁儿童使用模型建构策略,大部分9岁儿童和绝大部分11岁儿童使用模型建构策略来解决问题。     

Preschool children’s interpretation of object‐initial sentences: Neural correlates of their behavioral performance

The acquisition of the function of case‐marking is a key step in the development of sentence processing for German‐speaking children since case‐marking reveals the relations between sentential arguments. In this study, we investigated the development of the processing of case‐marking and argument structures in children at 3, 4;6 and 6 years of age, as well as its processing in adults. Using EEG, we measured event‐related potentials (ERPs) in response to object‐initial compared to subject‐initial German sentences including transitive verbs and case‐marked noun phrases referring to animate arguments. We also tested children’s behavioral competence in a sentence‐picture matching task. Word order and case‐marking were manipulated in German main clauses. Adults’ behavioral performance was close to perfect and their ERPs revealed a negativity for the processing of the topicalized accusative marked noun phrase (NP1) and no effect for the second NP (NP2) in the object‐initial structure. Children’s behavioral data showed a significant above‐chance outcome in the subject‐initial condition for all age groups, but not for the object‐initial condition. In contrast to adults, the ERPs of 3‐year‐olds showed a positivity at NP1, indicating difficulties in processing the non‐canonical object‐initial structures. Children at the age of 4;6 did not differ in the processing patterns of object‐initial vs. subject‐initial sentences at NP1 but showed a slight positivity at NP2. This positivity at NP2, which implies syntactic integration difficulties, is more pronounced in 6‐year‐olds but is absent in adults. At NP1, however, 6‐year‐olds show the same negativity as adults. In sum, the behavioral and electrophysiological findings demonstrate that children in each age group use different strategies, which are indicative of their developmental stage. While 3‐year‐olds merely detect differences in the two sentence structures without being able to use this information for sentence comprehension, 4;6‐year‐olds proceed to use mainly a word‐order strategy, processing NP1 in both conditions in the same manner, which leads to processing difficulties upon detecting case‐marking cues at NP2. At the age of 6, children are able to use case‐marking cues for comprehension but still show enhanced effort for correct thematic‐role assignment.     

Computer‐assisted reading intervention with a phonics approach for children using cochlear implants or hearing aids

The present study examined computer‐assisted reading intervention with a phonics approach for deaf and hard of hearing (DHH) children in Sweden using cochlear implants or hearing aids, or a combination of both. The study included 48 children, 5, 6 and 7 years of age. Sixteen children with normal hearing (NH) served as a reference group. The first purpose of the study was to compare NH and DHH children's reading ability at pre and post‐intervention. The second purpose was to investigate effects of the intervention. Cognitive and demographic factors were analyzed in relation to reading improvement. Results showed no statistically significant difference for reading ability at the group level, although NH children showed overall higher reading scores at both test points. Age comparisons revealed a statistically significant higher reading ability in the NH 7‐year‐olds compared to the DHH 7‐year‐olds. The intervention proved successful for word decoding accuracy, passage comprehension and as a reduction of nonword decoding errors in both NH and DHH children. Reading improvement was associated with complex working memory and phonological processing skills in NH children. Correspondent associations were observed with visual working memory and letter knowledge in the DHH children. Age was the only demographic factor that was significantly correlated with reading improvement. The results suggest that DHH children's beginning reading may be influenced by visual strategies that might explain the reading delay in the older children.     

Individual differences in gains from computer-assisted remedial reading

Two hundred second- to fifth-grade students (aged approximately 7 to 11 years) spent 29 h in a computer-assisted remedial reading program that compared benefits from accurate, speech-supported reading in context, with and without explicit phonological training. Children in the "accurate-reading-in-context" condition spent 22 individualized computer hours reading stories and 7 small-group hours learning comprehension strategies. Children in the "phonological-analysis" condition learned phonological strategies in 7 small-group hours, and divided their computer time between phonological exercises and story reading. Phonologically trained children gained more in phonological skills and untimed word reading; children with more contextual reading gained more in time-limited word reading. Lower level readers gained more, and benefited more from phonological training, than higher level readers. In follow-up testing, most children maintained or improved their levels, but not their rates, of training gains. Phonologically trained children scored higher on phonological decoding, but children in both conditions scored equivalently on word reading.     

Children's and adults' recall of children's news stories in both print and audio‐visual presentation modalities

Research into adults' recall from different presentation modalities has demonstrated a recall advantage for print over television yet recent research indicates that children remember television news better than print news. An experiment was conducted by comparing children's and adults' recall of children's news stories presented in two different modalities, television and print, in order to establish whether children's recall advantage for television is dependent on their age or level of reading proficiency. A sample of 40 adults, 40 13‐year‐olds and 40 11‐year‐olds were presented with children's news stories, either in their original televised form or in a print version. All participants were aware they would be tested for recall. The results of the cued recall test indicated that children from both age groups learned more from the television news than from the print versions, regardless of age or reading proficiency and that adults remembered equal amounts from both presentation modalities. For the 11‐year‐olds the advantage of television was only found for information that had been accompanied by redundant pictures in the televised version, providing support for the dual‐coding hypothesis. For 13‐year‐olds the recall of television was not dependent on the addition of redundant visual information. Viewers and readers were found to invest the same amounts of mental effort, but reported levels of invested mental effort were found to be dependent on age and level of reading proficiency. Copyright © 2002 John Wiley & Sons, Ltd.     

Development of tactical deception from 4 to 8 years of age

One hundred eighteen children, divided into three age groups (4‐, 6‐, and 8‐year‐olds) participated in a competitive game designed to explore advances in children's deceptive abilities. Success in the game required children to inhibit useful information or provide misinformation in their communication with an adult opponent. Age trends were evident for all dependent variables, including success at the task, strategic behaviours, and interview data. Four‐year‐olds were non‐strategic and rarely successful, 6‐year‐olds were increasingly strategic and successful, and 8‐year‐olds were significantly more subtle in their strategies, more successful at the task, and more likely to verbalize an understanding of their opponent's expectations than younger age groups.     

Sequential consistency and subjective clustering in the multitrial free recall of children

The organization imposed by children on lists presented in a multitrial free recall task was investigated in two experiments. In the first, 6 and 9 year olds were tested for multitrial free recall of an unstructured noun or mixed list, followed by two sorting trials. Organization was quantified using two structurally comparable indices. One was an index of subjective clustering, based on individual word groupings determined in the sorting trials, and the other was an index of the sequential consistency of recall order over successive trials. The older children had significantly higher scores on recall and subjective clustering but there was no age effect on sequential consistency. In the second experiment 6, 8 and 10 year olds were tested for multitrial free recall of line drawings of common objects. Two sorting trials followed and organization was quantified using the subjective clustering and sequential consistency indices. Recall and subjective clustering scores again showed significant increases with age. As before, no age effect on sequential consistency was found. The results were interpreted in terms of a differential sensitivity of the two indices to an age-related qualitative change in the basis of organization.     

A comparison of word recognition processes in dyslexic and normal readers at two reading-age levels

This study addressed the question of whether dyslexic children use qualitatively different word identification processes as compared to normal readers at the same stage of reading acquisition. Fifty-two dyslexic children and reading-age matched normal readers were required to pronounce words and pseudowords designed to tap several word recognition and decoding processes. Performance profiles were compared for the two reading groups at two reading ages. Although an invariant acquisition sequence was observed across reading groups, differences in level of performance between dyslexics and reading-age controls varied as a function of reading age. The performance of the more advanced dyslexics was virtually indistinguishable from normal readers on all measures. In contrast, the younger reading age dyslexics differed from normal readers on several measures of spelling-sound correspondences. However, no reading group differences were observed on measures of word recognition. The results indicated that dyslexics and normal readers at the same reading age use essentially the same processes to recognize words, but may differ in knowledge of correspondence rules.     

Cognitive efficiency on a match to sample task decreases at the onset of puberty in children

Electrocortical evidence indicates that a wave of synaptic proliferation occurs in the frontal lobes around the age of puberty onset. To study its potential influence on cognition, we examined 246 children (10-17 years) and 49 young adults (18-22 years) using a match-to-sample type of task to measure reaction times to assess emotionally related information. Based upon the instruction set, subjects made a yes/no decision about the emotion expressed in a face, a word, or a face/word combination presented tachistoscopically for 100 ms. The faces were images of a single individual with a happy, angry, sad or neutral expression. The words were 'happy,' 'angry,' 'sad,' or 'neutral,' In the combined stimulus condition, subjects were asked to decide if the face and word matched for the same emotion. Results showed that compared to the previous year, reaction times were significantly slower for making a correct decision at 11 and 12 years of age in girls and boys, the approximate ages of puberty onset. The peripubertal rise in reaction time declined slowly over the following 2-3 years and stabilized by 15 years of age. Analyses of the performance of 15-17 year olds revealed significantly longer reaction times in females to process both faces and words compared to males. However, this sex difference in late puberty appeared to be transient since it was not present in 18-22 year olds. Given the match-to-sample nature of the task employed, the puberty related increases in reaction time may reflect a relative inefficiency in frontal circuitry prior to the pruning of excess synaptic contacts.     

Children’s understanding of the mind’s involvement in pretense: do words bend the truth?

Many have thought that children have an early appreciation of the role of the mind in pretense, fitting with the notion that pretend play is, in general, a ‘zone of proximal development’ ( Vygotsky, 1978 ). Although results from several experiments are against this hypothesis, the evidence from that line of research has been questioned because the experiments thus far have always used the word ‘pretend’. Young children might have a perfectly clear understanding that pretense involves the mind, but have mismapped the word ‘pretend’ onto non‐mental correlates of pretending, like action and costume. Two experiments tested this possibility. Four‐year‐olds were shown videos of people engaging in real and pretend activities and asked questions regarding the role of mind; for half the children the word ‘pretend’ was used to describe the activity, and for half it was not. Contrary to the hypothesis, even when the word ‘pretend’ was not used, roughly half of the 4‐year‐olds failed to designate pretense as involving mental activity. Consistent with prior work, more children of this age were cognizant of the mind’s involvement in pretense than were cognizant of the mind’s involvement in physical actions.     

A comparison of the roles of exemplar,action, coordinate,and superordinate relations in the semantic processing of 4- and 5-year-old children

Four types of semantic relation, assumed by different researchers to be implicated in the organization of semantic information, were investigated by means of false recognition and word association tasks presented to independent samples of 4- and 5-year-old children. The same set of basic object stimulus words was used for each task as a means of validating the findings. Twenty-four girls and twenty-four boys at each age level were divided into four experimental groups for the false recognition task. One of four categories of experimental foil words, representing the four types of semantic relation, namely, exemplar, action, coordinate, and superordinate, was presented to one of the four groups. It was found that 4-year olds produced false alarms to exemplar and action relations significantly more frequently that to coordinate and superordinate relations. Five-year olds, in contrast, produced false alarms to exemplar and coordinate relations significantly more frequently that to action and superordinate relations. An independent group of 12 girls and 12 boys at each age level took part in the word association task. Among the 4-year olds, action relations were produced significantly more frequently than either particularization (exemplar and contextual) or coordinate relations. Among the 5-year olds, action relations were produced significantly more frequently than particularizations but the difference between action and coordinate relations was no longer significant. Coordinate groupings, following Riegel [in G. B. Flores d'Arcais & W. J. M. Levelt (eds.), Advances in psycholinguistics. New York: American Elsevier, 1970], were interpreted as implicit classifications derived from the intersect of stored relations. There was little evidence to support the hypothesis that young children comprehend word meanings in terms of logical class inclusion structures.     

Converting between word and syllable counts in children's conversational speech samples

Several authors have suggested that it is possible to convert between word and syllable counts for basic clinical measurements such as the frequency of speech disfluencies or speaking rate in conversational speech samples. Based primarily on results from adults' speech samples, proposed conversion factors have averaged approximately 1.5 syllables per word. Because children produce fewer multisyllabic words than adults, this conversion factor is probably not appropriate for children's speech samples. This study sought to develop a more accurate conversion factor for children's speech by comparing syllable and word counts in spontaneous speech samples produced by 50 children, age 3 to 5. Analyses revealed an average ratio of 1.15 syllables per word, which was consistent across different subjects, across subject groups (children who stutter and children who do not stutter) and also, somewhat surprisingly, across age groups (3-year olds, 4-year olds, and 5-year olds). Results suggest that this constant conversion factor of 1.15 can be used to convert between word and syllable with sufficient precision to allow clinicians to compare their data to published guidelines and benchmarks about childhood stuttering.     

Listening comprehension in preschoolers: The role of memory

The current study analyzed the relationship between text comprehension and memory skills in preschoolers. We were interested in verifying the hypothesis that memory is a specific contributor to listening comprehension in preschool children after controlling for verbal abilities. We were also interested in analyzing the developmental path of the relationship between memory skills and listening comprehension in the age range considered. Forty‐four, 4‐year‐olds (mean age = 4 years and 6 months, SD =4 months) and 40, 5‐year‐olds (mean age = 5 years and 4 months, SD =5 months) participated in the study. The children were administered measures to evaluate listening comprehension ability (story comprehension), short‐term and working memory skills (forward and backward word span), verbal intelligence and receptive vocabulary. Results showed that both short‐term and working memory predicted unique and independent variance in listening comprehension after controlling for verbal abilities, with working memory explaining additional variance over and above short‐term memory. The predictive power of memory skills was stable in the age range considered. Results also confirm a strong relation between verbal abilities and listening comprehension in 4‐ and 5‐year‐old children.     

Revisiting the simple view of reading

Background Reading component models such as the Simple View of Reading (SVR; Gough & Tunmer, 1986 ; Hoover & Gough, 1990 ) provide a concise framework for describing the processes and skills involved when readers comprehend texts. According to the Independent Review of the Teaching of Early Reading ( Rose, 2006 ) strong evidence for the SVR comes from Factor Analysis of datasets on different measures of reading showing dissociation between decoding skills and comprehension. To the best of our knowledge, only two such published studies exist to date. Of these, only one of is in English and this explores children between the age of 7 and 10 years. Aims To explore the SVR in English‐speaking children aged 4 and 6 using Factor Analysis. Samples 116 4 ‐year‐olds and 116 6 ‐year‐olds in the US; 103 6 ‐year‐olds in Canada. Methods All children were administered a battery of decoding and comprehension related measures. Results Factor Analysis of the diverse measures undertaken independently by two research teams in different countries demonstrated that listening comprehension and decoding measures loaded as distinct factors in both samples of young English‐speaking children. Conclusions The present findings provide important support for the generality and validity of the SVR framework as a model of reading.     

Children and television advertising: when do they understand persuasive intent?

Children's response to television advertising is investigated in this paper. Children aged between six and ten years were tested for their recall, recognition and understanding of novel television advertisements. Children were able to recognise scenes from the advertisements after one exposure but recall of the brand names was poor for the younger children, even after three exposures. Recall for the advertising content increased by age and number of exposures. None of the six‐year‐olds and only a quarter of the eight‐year‐olds and a third of the ten‐year‐olds discussed advertising in terms of persuasion. Therefore, although children remember television advertisements, their purpose is not fully understood, even by many ten‐year‐olds. Copyright © 2002 Henry Stewart Publications.     

Effects of orthographic transparency on reading and phoneme awareness in children learning to read in Wales

The relationship between the development of reading skills and the consistency of the orthography (writing system) is investigated in a study that examines reading acquisition in children living in Wales. Performance of children learning to read Welsh (a transparent alphabetic orthography) on tests of reading and phoneme detection was compared with the performance of children learning to read English (an opaque alphabetic orthography). The children were tested during their second year of formal reading instruction at school when they were aged between 5 and 6 years, and again one year later. The children learning to read in Welsh performed significantly better at reading both real words and nonwords than children learning to read in English. The English readers made fewer phonologically based reading errors. The Welsh readers also performed better on a phoneme awareness task. These findings support the claim that children learn to read more quickly in a transparent orthography, and provide further evidence that the consistency of the orthography influences the initial adoption of different strategies for word recognition.     

Predicting children's word‐spelling difficulty for common English words from measures of orthographic transparency,phonemic and graphemic length and word frequency

Spencer demonstrated that spelling and reading difficulty for English words can be predicted from a number of factors, including word frequency, phonemic length and measures of orthographic depth and complexity. In this study, spelling difficulty of high frequency words was investigated across five year groups (ages 7 to 11 years) with a wide ranging series of data sources from which to determine word frequency values and orthographic depth measures. A regression model accounted for 52–66% of the variance for 7‐ to 11‐year‐olds and 72% of the variance for the lowest performing quartile group, irrespective of age. The most influential factor, phonetic difference (being the difference in the number of letters and phonemes in a word, and representing grapheme complexity), links the relative influence of large graphemic units in foundation literacy to a similar phenomenon, the ‘whammy’ effect, which provides support for serial processing in the dual route cascade model of word recognition in skilled readers ( Rastle & Coltheart, 1998 ). The study supports recent research on European orthographies, which concludes that both orthographic depth and complexity contribute to delayed acquisition of foundation literacy skills.