小学低年级儿童阅读流畅性的发展轨迹及其对阅读理解的预测作用

对149名小学一年级儿童的阅读流畅性进行历时三年五次的追踪测试,采用潜变量增长模型探索了儿童阅读流畅性的发展轨迹,并在控制相关变量后,考察了阅读流畅性的起始水平和发展速度对阅读理解的预测作用。结果发现：（1）小学低年级儿童字词阅读流畅性呈非线性发展,其中一年级快速发展,二、三年级时进一步发展,但发展速度变缓,起始水平低的儿童其后发展速度快,表现出补偿模式;句子阅读流畅性呈线性发展,儿童个体之间的差异随时间逐渐增大,表现出马太效应;（2）控制一般认知能力、家庭社会经济地位及相关语言认知技能后,字词阅读流畅性的起始水平和发展速度均可预测儿童三年级时阅读理解水平,而句子阅读流畅性的起始水平不能预测,但发展速度有显著预测作用。结果说明字词阅读流畅性和句子阅读流畅性有不同的发展轨迹和发展模式,在小学低年级阶段,相比句子阅读流畅性,儿童字词阅读流畅性的起始水平对阅读理解有预测作用,且两者的发展速度均对阅读理解有预测作用。     

Working Memory and Spoken Language Comprehension in Young Children

This study has two theoretical dimensions: (a) to explore which components of Baddeley's (1986) working memory model are associated with children's spoken language comprehension, and (b) to compare the extent to which measures of the components of this fractionated model and an index of a unitary model (listening span) are able to predict individual differences in spoken language comprehension. Correlational analyses revealed that within a group of 66 4– and 5-year-old children both listening span and phonological memory, but not visuospatial memory, were associated with vocabulary knowledge and spoken language comprehension. However, of the proposed measures of central executive function—dual task coordination, sustained attention, verbal fluency—only the latter was related to children's ability to understand spoken language. Hierarchical regression analyses indicated that variance in vocabulary knowledge was best explained by phonological memory skills, whereas individual differences in spoken language comprehension exhibited unique and independent associations with verbal fluency.     

Girls’ Spatial Skills and Arithmetic Strategies in First Grade as Predictors of Fifth-Grade Analytical Math Reasoning

This study investigated longitudinal pathways leading from early spatial skills in first-grade girls to their fifth-grade analytical math reasoning abilities (N = 138). First-grade assessments included spatial skills, verbal skills, addition/subtraction skills, and frequency of choice of a decomposition or retrieval strategy on the addition/subtraction problems. In fifth grade, girls were given an arithmetic fluency test, a mental rotation spatial task, and a numeric and algebra math reasoning test. Using structural equation modeling, the estimated path model accounted for 87% of the variance in math reasoning. First-grade spatial skills had a direct pathway to fifth-grade math reasoning as well as an indirect pathway through first-grade decomposition strategy use. The total effect of first-grade spatial skills was significantly higher in predicting fifth-grade math reasoning than all other predictors. First-grade decomposition strategy use had the second strongest total effect, while retrieval strategy use did not predict fifth-grade math reasoning. It was first-grade spatial skills (not fifth-grade) that directly predicted fifth-grade math reasoning. Consequently, the results support the importance of early spatial skills in predicting later math. As expected, decomposition strategy use in first grade was linked to fifth-grade math reasoning indirectly through first-grade arithmetic accuracy and fifth-grade arithmetic fluency. However, frequency of first-grade decomposition use also showed a direct pathway to fifth-grade arithmetic reasoning, again stressing the importance of these early cognitive processes on later math reasoning.     

THE RELATIONSHIP BETWEEN LISTENING AND READING COMPREHENSION OF DIFFERENT TYPES OF TEXT AT INCREASING GRADE LEVELS

This study examined the hypotheses that (a) the relationship between listening and reading comprehension becomes stronger after decoding mastery; (b) the difference between listening and reading decreases with increasing grade level; and (c) similar patterns of relationship and difference are obtained with narrative and expository texts. The sample included 612 students in Grades 2, 4, 6, and 8. Students read and listened to two narratives and two expository texts and completed corresponding comprehension tests that were in the form of sentence verification tasks. The findings confirmed the first two hypotheses but not the third one. In the case of expository text, the relationship between listening and reading comprehension was weaker than the corresponding one with narrative text, and performance levels were comparable across all elementary grades. Moreover, reading comprehension levels were higher than listening comprehension levels in Grade 8, regardless of text type. The implications of these findings with respect to the dominant unitary process model and the assessment and instruction of oral and written language comprehension are discussed.     

Developmental relations between reading fluency and reading comprehension: a longitudinal study from Grade 1 to Grade 2

From a developmental framework, relations among list reading fluency, oral and silent reading fluency, listening comprehension, and reading comprehension might be expected to change as children's reading skills develop. We examined developmental relations among these constructs in a latent-variable longitudinal study of first and second graders. Results showed that list reading fluency was uniquely related to reading comprehension in Grade 1, but not in Grade 2, after accounting for text reading fluency (oral or silent) and listening comprehension. In contrast, text reading fluency was uniquely related to reading comprehension in Grade 2, but not in Grade 1, after accounting for list reading fluency and listening comprehension. When oral reading fluency and silent reading fluency were compared, oral reading fluency was uniquely related to reading comprehension after accounting for silent reading fluency in Grade 1, whereas silent reading fluency was uniquely related to reading comprehension after accounting for oral reading fluency in Grade 2.     

A Comparison of Reading Rates,Comprehension, and Stamina in Oral and Silent Reading of Fourth-Grade Students

This study examined the relationships between silent and oral reading fluency and comprehension. Findings indicated that fourth grade students had consistent levels of comprehension in both reading modes. Students of all reading levels showed a similar pattern across the segments of a text set in both oral and silent reading—a gradual increase in rate from texts one through three, a drop-off on text four, and the fastest speed on text five. A portion of the sample engaged in abnormally rapid silent reading relative to their oral reading rates coupled with low comprehension. Implications for instruction are discussed.     

Reading, hearing, understanding]

The relationship between reading comprehension, listening comprehension, and two indicators of intelligence (verbal reasoning, speed of information processing) is analyzed on the basis of a hierarchical monistic model. Two tests (reading comprehension, listening comprehension) were administered to 221 4th graders in classroom context at two sessions. Order of administration was balanced. Additionally, verbal reasoning and speed of information processing were assessed, marks in German were collected. On the whole, performance in listening comprehension exceeds reading comprehension as expected for children at that age. In spite of this mean difference a high correlation between the variables was found. In accordance with theory, the relationship between reading and listening comprehension is stronger when the influence of reading specific abilities is lower and reading material is less complex. Listening comprehension appears to be of more relevance to the prediction of reading comprehension than verbal intelligence, speed of information processing, and marks in German, even when listening comprehension is introduced as the last predictor in multiple regression analysis. It is suggested to emphasize the role of listening comprehension in the assessment and prognosis of reading disabilities.     

INVESTIGATING THE EFFECT OF WIDE READING ON LISTENING COMPREHENSION OF WRITTEN LANGUAGE

Previous research on the relationship between wide reading and listening comprehension provided indirect evidence that wide reading may be impacting children's listening comprehension. In the present study we looked at growth in listening comprehension of 146 children from third grade to fifth grade and their fifth-grade estimate of accumulated wide reading as measured by an instrument using a checklist-with-foils logic, the Title Recognition Test. Employing hierarchical multiple regression, we isolated the relationship between wide reading and listening comprehension. The results indicated that individual differences in growth of listening comprehension from third grade to fifth grade were significantly related to wide reading. These findings imply that reading a lot may influence listening comprehension, thus adding support to the educational practice of providing time for children to read independently and encouraging more and varied reading outside of school.     

Using subjective and objective measures to predict level of reading fluency at the end of first grade

This study compared reading rate to reading fluency (as measured by a rating scale). After listening to first graders read short passages, we assigned an overall fluency rating (low, average, or high) to each reading. We then used predictive discriminant analyses to determine which of five measures—accuracy, rate (objective); accuracy, phrasing, pace (subjective)—would best predict our fluency ratings. The objective measure of rate and the subjective measure of phrasing were clearly the best predictors, classifying approximately 90% of the cases correctly. The results support the use of reading rate as a proxy for reading fluency in first grade.     

汉语儿童语素意识对阅读理解的影响:默读流畅性的中介效应

通过对149名小学一年级学生两年的追踪研究,在控制了一般认知能力、语音意识以及所关注变量自回归效应的情况下,探讨默读流畅性在语素意识与阅读理解关系中的作用。结果发现：（1）儿童语素意识、默读流畅性及阅读理解随时间均有显著发展;（2）一年级下学期儿童的默读流畅性在一年级上学期语素意识影响二年级上学期阅读理解过程中的中介作用显著,而二年级上学期的默读流畅性在一年级下学期语素意识影响二年级下学期阅读理解过程中的中介作用不显著。结果表明,在小学低年级阶段,默读流畅性在早期语素意识与之后的阅读理解中发挥跨时间点的中介作用,且该中介效应随儿童认知技能的发展会发生一定的变化。     

The role of planning in different mathematical skills

Despite the fact that planning has been found to be a significant predictor of reading (particularly of reading comprehension), much less is known about its contribution to mathematics. The purpose of this study was to examine the role of two levels of planning (operation planning and action planning) in three mathematical skills (calculation fluency, math problem-solving, and math reasoning). Eighty Grade 2 children from Shanghai, China were assessed on measures of nonverbal cognitive ability (nonverbal matrices), working memory (digit span backwards and N-back), operation planning (matching numbers, planned codes, and planned search), action planning (crack the code), and mathematics (calculation fluency, math problem-solving, and math reasoning). The results of regression analyses showed that both levels of planning accounted for unique variance in mathematics over and above the effects of nonverbal cognitive ability and working memory. The effects of action planning were particularly strong in math problem-solving. These findings suggest that measures of planning could be used along with measures of working memory to detect children at-risk for mathematics disabilities and that intervention programmes targeting planning could be developed to boost children's mathematics performance.     

The Effects of Familiarization with Oral Expository Text on Listening and Reading Comprehension Levels

This study examined the effects of text type and early familiarization with oral expository text structures on listening and reading comprehension levels. Second-grade students read and listened to narrative and expository texts, and their comprehension was assessed with a sentence verification task. Half of the students had participated in a nine-week long intervention designed to familiarize them with oral expository structures in the previous year while in first grade. The findings indicated that familiarization did not lead to the expected advantage of listening over reading for either expository or narrative text. Implications concerning the conceptualization of comprehension as a unitary process construct are discussed.     

汉语儿童口语流畅性与阅读理解的关系:一项三年追踪研究

对196名小学二年级儿童进行为期三年的追踪测查,使用交叉滞后模型检验了儿童字词阅读流畅性和篇章朗读流畅性等不同层面口语流畅性与阅读理解的关系。在控制了一般认知能力、汉字识别、口语词汇知识、快速命名和自回归效应之后发现：（1）模型比较的结果支持字词阅读流畅性对阅读理解作用的单向预测模型,儿童二年级时字词阅读流畅性对三年级的阅读理解,以及三年级时字词阅读流畅性对四年级的阅读理解均有显著预测作用;（2）模型比较的结果支持篇章朗读流畅性与阅读理解的双向预测模型,前一个测量时间点的篇章朗读流畅性可以稳定地预测后一个测量时间点的阅读理解,同时,前一个测量时间点的阅读理解也可以稳定地预测后一个测量时间点的篇章朗读流畅性。结果表明在排除了自回归效应和其他变量的作用后,只存在字词阅读流畅性对阅读理解的单向预测关系,而篇章朗读流畅性与阅读理解之间存在双向预测关系,这一发现支持了认知资源和自动化理论,并对阅读的交互-补偿模型进行了一定的补充。     

Kindergarten predictors of three aspects of reading achievement

Kindergarten measures of intelligence, auditory perception, visual perception, and associative learning were used to predict three aspects of reading achievement (word attack, word recognition, and comprehension) at the end of Grades 1,2, and 3 for 79 subjects. The predictability of each measure was a function not only of grade, but also of the aspect of reading achievement being predicted. Multiple correlations of the predictors tended to increase across grade levels and were highest for the comprehension aspect of reading. The Number Facility subtest of the PMA was the over-all best predictor or reading achievement. Possible reasons for this and other findings are discussed.     

Working memory contributions to reading comprehension components in middle childhood children

This study examined working memory contributions to reading comprehension subskills in Greek children (mean age 9 years, 1 month). The phonological loop of the Baddeley and Hitch working memory model was assessed with 3 recall tasks (words, nonwords, and digits) and a word list matching task. The central executive (CE) was assessed with 3 tasks (listening, counting, and backward digit recall). Participants were also given a receptive vocabulary task, a reading fluency task, and written stories accompanied by comprehension questions. Canonical correlation analyses showed that the comprehension variables were related to the CE rather than the phonological loop measures. CE functions were more strongly associated with elaborative inference generation (involving significant offline processing) and comprehension control (involving metacognitive monitoring). Smaller yet significant associations were observed between the CE and the necessary inference and literal comprehension measures, whereas a moderate relationship was found in the case of the simile comprehension variable. Among the CE variables, listening recall demonstrated the highest loading on the canonical function, followed by moderate yet significant counting and backward digit recall loadings. Vocabulary was found to fully mediate several associations between working memory and comprehension measures; however, the relationship between listening recall and elaborative inferences was partly mediated. Reading fluency and, on several occasions, Greek vocabulary knowledge did not mediate the relationships between CE measures and comprehension skills assessed. This study demonstrates the usefulness of CE measures for identifying young children's possible difficulties in carrying out specific reading comprehension processes.     

Three DIBELS Tasks vs. Three Informal Reading/Spelling Tasks: A Comparison of Predictive Validity

Within a developmental framework, this study compared the predictive validity of three DIBELS tasks (phoneme segmentation fluency [PSF], nonsense word fluency [NWF], and oral reading fluency [ORF]) with that of three alternative tasks drawn from the field of reading (phonemic spelling [phSPEL], word recognition-timed [WR-t], and graded passage reading [grPASS), an oral reading fluency measure). Two cohorts of students (n = 319) were assessed with the aforementioned tasks multiple times across a four-year period—middle of kindergarten through end of third grade. The results were clear and closely replicated in the two cohorts: (a) phSPEL (moderate) outperformed DIBELS PSF (weak to moderate) in predicting future orthographic-unit processing; (b) WR-t (very strong) outperformed DIBELS NWF (moderate) in predicting future oral reading fluency; and (c) DIBELS ORF and grPASS were equally good predictors (moderately strong) of future reading comprehension.     

小学一年级阅读流畅性对二、三年级阅读理解的预测

采用追踪研究考察了124名小学一年级儿童的阅读流畅性对其二、三年级阅读理解的影响。结果发现,在控制了性别、家庭社会经济地位、推理能力、汉字识别、口语词汇及多种阅读相关认知技能之后,儿童一年级时的字词流畅性可以预期其二、三年级时的阅读理解水平,句子流畅性对二年级时阅读理解的变异有独特解释作用,但对三年级时阅读理解的变异没有显著的解释作用。相对于句子流畅性,字词流畅性在小学低年级阶段对阅读理解的贡献更大。     

Analyzing aphasia data in a multidimensional symptom space

The utility of single-case vs. group studies has been debated in neuropsychology for many years. The purpose of the present study is to illustrate an alternative approach to group studies of aphasia, in which the same symptom dimensions that are commonly used to assign patients to classical taxonomies (fluency, naming, repetition, and comprehension) are used as independent and continuous predictors in a multivariate design, without assigning patients to syndromes. One hundred twenty-six Italian-speaking patients with aphasia were first classified into seven classic aphasia categories, based on fluency, naming, auditory comprehension, and repetition scales. There were two goals: (1) compare group analyses based on aphasia types with multivariate analyses that sidestep classification and treat aphasic symptoms as continuous variables; (2) present correlation-based outlier analyses that can be used to identify individuals who occupy unusual positions in the multivariate "symptom space." In the service of the first goal, group performance on an external validation measure (the Token Test) was assessed in three steps: analyses of variance based on aphasia type, regressions using the same cut-offs for fluency, naming, comprehension and repetition as independent but dichotomous predictors, and regressions using the same subscales as continuous predictors (with no cut-offs). More variance in Token Test performance was accounted for when symptoms were treated as continuous predictors than with the other two methods, though use of independent but dichotomous predictors accounted for more variance than aphasia taxonomies. Thus, if we by-pass classical taxonomies and treat patients as points in a multidimensional symptom space, better predictions are obtained. Outlier analyses show that group results depend on heterogeneity among patients, which can be used as a search tool to identify potentially interesting dissociations. Hence this multivariate group approach is complementary to and compatible with single-case methods.     

The Simple View of Reading Model in the Transparent and Deep Versions of Arabic Orthography

Several studies have tested the validity of the simple view of reading model by examining various degrees of orthographic depth. This study aims to validate this model in both transparent and deep versions of Arabic. In addition, the contribution of the basic components of decoding and listening comprehension to reading comprehension in the transparent and deep versions was tested. In total, 460 typical Arabic-speaking children in the first and second grade participated in this study. A moderate degree of explained variance was found in both versions, and the contribution of decoding and listening comprehension was influenced by transparency and by the grade level of the reader. The results are discussed in relation to previous findings in the field and the unique characteristics of the Arabic language.     

语音意识、命名速度和语素意识在汉语阅读发展中的作用

以123名小学四、五年级汉语儿童为研究对象,采用回归分析、结构方程模型探讨语音意识、命名速度和语素意识在阅读能力不同方面（准确性、流畅性和理解）的作用。结果显示,语音意识、命名速度和语素意识都是影响阅读能力的重要认知因素,但对不同方面阅读能力的作用存在差异：（1）语音意识、命名速度和语素意识均直接影响阅读准确性,且语素意识的贡献相对较大;（2）命名速度除直接影响阅读流畅性外,还通过阅读准确性的部分中介作用影响阅读流畅性,而语音意识和语素意识则通过阅读准确性的完全中介作用影响阅读流畅性;（3）语音意识、命名速度和语素意识对阅读理解均无直接影响,分别通过阅读准确性和阅读流畅性间接影响阅读理解。