Beliefs about knowledge and knowing and multiple‐text comprehension among upper secondary students

Using a sample of 282 Norwegian upper secondary students, we examined whether two dimensions of topic‐specific epistemic beliefs, concerning the certainty of knowledge and the justification for knowing, predicted students' understanding of seven texts representing partly conflicting views on climate change. Text comprehension was measured at three different levels. Topic knowledge and topic interest were included in the analyses as control variables. Hierarchical regression analyses showed that students' beliefs about justification for knowledge positively predicted text comprehension at all three levels. That is, students believing that knowledge claims about climate change should be based on rules of inquiry and the evaluation and integration of multiple information sources did better on the three comprehension measures.     

Emotions about Teaching about Human-Induced Climate Change

Global climate change is receiving increasing attention as a classroom topic. At the same time, research has shown that individuals have strong emotions about the topic. Emotions about controversial topics and individuals' dispositions toward knowledge have been shown to influence judgments about these topics. This study examined the relationships among preservice elementary and in-service secondary science teachers' emotions about and plausibility perceptions of climate change, background knowledge of weather and climate distinctions (a principle related to understanding climate change), and dispositions toward knowledge. Teachers' topic emotions (anger and hopelessness) were significant predictors of plausibility perceptions, with more anger associated with lesser plausibility and greater hopelessness associated with higher plausibility. Decisiveness—an urgent desire to reach closure—was also significantly related to plausibility perceptions with greater decisiveness associated with reduced plausibility perceptions. In-service secondary teachers who do not currently teach about climate change exhibited greater anger and decisiveness than preservice elementary teachers and in-service secondary teachers who do teach about climate change. Implications for climate literacy education are discussed.     

A tale of two tests: The role of topic and general academic knowledge in traditional versus contemporary scenario-based reading

We compared high school students’ performance in a traditional comprehension assessment requiring them to identify key information and draw inferences from single texts, and a scenario-based assessment (SBA) requiring them to integrate, evaluate and apply information across multiple sources. Both assessments focused on a non-academic topic. Performance on the two assessments were moderately correlated (r = 0.57), but the SBA was more difficult (Study 1; n = 342). The two assessments similarly depended on basic reading skills but diverged in the relation to academic knowledge and (non-academic) topic knowledge (Study 2; n = 1107). Academic knowledge was highly predictive of traditional comprehension, but less so for SBA. Topic knowledge was more predictive of SBA than traditional comprehension. Thus, the two assessments tap into similar constructs related to comprehension; however, the level of topic knowledge is more important for performance on scenario-based, multiple-source reading tasks, whereas academic knowledge is more important for traditional reading comprehension tasks.     

Developmental Relations Between Vocabulary Knowledge and Reading Comprehension: A Latent Change Score Modeling Study

The present study followed a sample of first‐grade (N = 316, M_age = 7.05 at first test) through fourth‐grade students to evaluate dynamic developmental relations between vocabulary knowledge and reading comprehension. Using latent change score modeling, competing models were fit to the repeated measurements of vocabulary knowledge and reading comprehension to test for the presence of leading and lagging influences. Univariate models indicated growth in vocabulary knowledge, and reading comprehension was determined by two parts: constant yearly change and change proportional to the previous level of the variable. Bivariate models indicated previous levels of vocabulary knowledge acted as leading indicators of reading comprehension growth, but the reverse relation was not found. Implications for theories of developmental relations between vocabulary and reading comprehension are discussed.     

Experienced Junior-High-School Teachers’ PCK in Light of a Curriculum Change: “The Cell is to be Studied Longitudinally”

In the new science and technology junior-high-school curriculum in Israel, it is recommended that the cell topic be taught “longitudinally in conjunction with other study contents”. This recommendation confers a change in teaching the cell topic and provides an opportunity to form meaningful relationships between biological phenomena at the macro-level and their cellular explanations. Here, we examine junior-high-school science and technology teachers’ pedagogical content knowledge (PCK) with regard to the cell topic and the formation of macro-micro relations, ten years following the publication of the change in the curriculum. Teachers in this study participated in three focus groups (n = 59) and one workshop (n = 12). In addition, six experienced teachers were interviewed in the course of this study. Specific tools were developed to capture the teachers’ PCK. We found that the teachers had changed their way of teaching the cell topic only superficially: they did not undergo any deep change. Despite the importance the teachers placed on teaching and learning the cell topic, their concerns about their students’ comprehension difficulties reduced the time they devoted to teaching the topic in class. The teachers were also found to have no PCK capacity to integrate biological phenomena at the macro-level with their cellular explanations. In addition, a duality was identified among the teachers with regards to relating macro- and micro-levels in biology and in chemistry.     

Reading multiple texts about climate change: The relationship between memory for sources and text comprehension

In many situations, readers are asked to learn from multiple documents. Many studies have found that evaluating the trustworthiness and usefulness of document sources is an important skill in such learning situations. There has been, however, no direct evidence that attending to source information helps readers learn from and interpret a document's content. In this study we examined whether students' awareness of sources predicts their comprehension of documents, controlling for prior knowledge, interest and perceived comprehensibility of the texts. Participants read multiple texts that provided different perspectives on the causes and solutions of climate change. Deep comprehension was measured using both within-text and across-text inference verification tests. Source awareness was measured using a test of memory for sources. We found that memory for sources predicted both types of deep comprehension. These results, in combination with source training studies, suggest that improving students' sourcing skills may benefit their learning of text content.     

The Talking Drawings Strategy: Using Primary Children’s Illustrations and Oral Language to Improve Comprehension of Expository Text

Listening and reading comprehension can be assessed by analyzing children’s visual, verbal, and written representations of their understandings. “Talking Drawings” (McConnell, S. (1993). Talking drawings: A strategy for assisting learners. Journal of Reading, 36(4), 260–269 is one strategy that enables children to combine their prior knowledge with the new information derived from an expository text and “translate” those newly-acquired understandings into other symbol systems, including an oral discussion with a partner, a more detailed drawing, and written labels for the drawing. The Talking Drawings strategy begins by inviting children to create pre-learning drawings. These initial drawings are a way of taking inventory of a child’s current content knowledge about a particular topic. After pre-learning drawings are created and shared, children listen to or read an expository text (e.g., information book, passage from a textbook) on the same topic as their drawing. Pairs of students discuss the information and either modify their pre-learning drawings to be more detailed or create completely new drawings that reflect the recently-acquired information. Students are encouraged to label their drawings with words in a diagram or schematic fashion. By evaluating the “before” and “after” artwork, educators can identify advances in students’ reading and listening comprehension of the terminology, facts, and principles on a particular topic.     

Student profiles of knowledge and epistemic beliefs: Changes and relations to multiple-text comprehension

Using cluster-analysis in a sample of 65 Norwegian 10th graders, we identified subgroups characterized by relatively high levels of knowledge combined with relatively low beliefs in personal justification of knowledge claims, as well as subgroups characterized by the opposite pattern of knowledge and personal justification. Moreover, the high knowledge/low personal justification groups differed with respect to the strengths of their beliefs in justification by authority and justification by multiple sources. After having read multiple conflicting texts on a science topic, the majority of students increased their knowledge about the topic and lowered their beliefs in personal justification, combining this pattern with higher beliefs in either justification by authority or justification by multiple sources. The subgroup characterized by relatively high level of knowledge and relatively low level of personal justification in combination with strong beliefs in justification by multiple sources performed best on a multiple-text comprehension measure. Theoretical and educational implications of the study are discussed.     

Effects of motivational and cognitive variables on reading comprehension

The authors examined how motivational and cognitive variables predict reading comprehension, and whether each predictor variable adds unique explanatory power when statistically controlling for the others. Fourth-grade students (N = 205) completed measures of reading comprehension in September and December of the same year, and measures of background knowledge and cognitive strategy use in December. Teachers rated internal reading motivation of each student. Results from multiple regression analyses showed that motivation, background knowledge, and cognitive strategy-use made significant, independent contributions to children’s reading comprehension when the other predictor variables were controlled. Further analyses showed the same cognitive and motivational variables predicted growth over a 3-month period in reading comprehension. Possible explanations of the observed relations between motivation, cognitive variables, and reading comprehension are presented.     

A quasi-experimental study of a peer-assisted strategy-based reading intervention in elementary school

Promising methods of reading instruction for elementary school students incorporate peer-assisted learning routines and reading strategies. In addition, models of reading comprehension point to the importance of various determinants of reading competence such as reading fluency and vocabulary knowledge. Multicomponent reading intervention programs need to be evaluated to determine IF and HOW they unfold their effects on the reading competence of elementary school students on the basis of such theoretical and empirical models. Accordingly, the present study was designed as a quasi-experimental study of a 20-lesson peer-assisted and strategy-based multicomponent intervention for whole-class instruction in elementary school. Linear mixed models and latent growth models were used to analyze the longitudinal data (pre-, post- and follow-up test) on the reading competencies (reading fluency, vocabulary knowledge, reading strategy competence, reading comprehension) and intrinsic reading motivation of students in the intervention (N = 187) and control group (N = 177). The results showed an interaction between the groups and the change in reading comprehension, indicating a significantly increased score in the intervention group at the posttest (d = 0.15) but not at the follow-up test (d = 0.12). The results of the latent growth model point to the importance of designing interventions that explicitly integrate reading strategies, reading fluency and vocabulary knowledge and also foster intrinsic reading motivation. In addition, reading fluency was revealed to be the strongest predictor of reading comprehension and the change in fluency over time was closely linked to reading comprehension development.     

The Effectiveness of the Geospatial Curriculum Approach on Urban Middle-Level Students’ Climate Change Understandings

Climate change science is a challenging topic for student learning. This quantitative study examined the effectiveness of a geospatial curriculum approach to promote climate change science understandings in an urban school district with eighth-grade students and investigated whether teacher- and student-level factors accounted for students’ climate change knowledge achievement. The participants included 12 science teachers and 956 eighth-grade students. Data included a pre- and posttest climate change assessment measures for both teachers and students and a teacher measure of Geospatial Science-Technological Pedagogical Content Knowledge. Paired-sample t tests revealed statistically significant gains from pretest to posttest on their climate change knowledge (p < .001; effect sizes being large on multiple-choice items and medium on the open-ended response assessment). Both ordinary least squares (OLS) multiple regression and 2-level hierarchical linear modeling found that students’ initial climate change knowledge and gender were significant predictors for students’ posttest scores, p < .05. Students’ pretest scores were the strongest significant predictor of the posttest scores, p < .001. Neither the teachers’ climate change knowledge nor their Geospatial Science-Technological Pedagogical Content Knowledge had significant association with the students’ posttest scores. Teaching years was a significant predictor for students’ posttest scores in OLS regression (p < .001). The findings provide support that a geospatial curriculum approach is an effective science curriculum approach for learners in urban middle-level education.     

Genetic and Environmental Etiologies of the Longitudinal Relations Between Prereading Skills and Reading

The present study explored the environmental and genetic etiologies of the longitudinal relations between prereading skills and reading and spelling. Twin pairs (n = 489) were assessed before kindergarten (M = 4.9 years), post‐first grade (M = 7.4 years), and post‐fourth grade (M = 10.4 years). Genetic influences on five prereading skills (print knowledge, rapid naming, phonological awareness, vocabulary, and verbal memory) were primarily responsible for relations with word reading and spelling. However, relations with post‐fourth‐grade reading comprehension were due to both genetic and shared environmental influences. Genetic and shared environmental influences that were common among the prereading variables covaried with reading and spelling, as did genetic influences unique to verbal memory (only post‐fourth‐grade comprehension), print knowledge, and rapid naming.     

Plausibility reappraisals and shifts in middle school students' climate change conceptions

Plausibility is a central but under-examined topic in conceptual change research. Climate change is an important socio-scientific topic; however, many view human-induced climate change as implausible. When learning about climate change, students need to make plausibility judgments but they may not be sufficiently critical or reflective. The purpose of this study was to examine how students' plausibility judgments and knowledge about human-induced climate change transform during instruction promoting critical evaluation. The results revealed that treatment group participants who engaged in critical evaluation experienced a significant shift in their plausibility judgments toward the scientifically accepted model of human-induced climate change. This shift was accompanied by significant conceptual change postinstruction that was maintained after a six-month delay. A comparison group who experienced a climate change activity that is part of their normal curriculum did not experience statistically significant changes.     

The influence of topic knowledge, domain knowledge, and interest on the comprehension of scientific exposition

In this study, we explored the influence of subject-matter knowledge and interest on college students' comprehension of scientific exposition. Two forms of subject-matter knowledge were considered: Passage-specific (i.e., topic) knowledge and general (i.e., domain) knowledge. College students read two passages from physics, one dealing with Stephen Hawking and Grand Unification Theory, and one about the search for the truth quark. Students' topic knowledge and domain knowledge were tested before reading the passages. After reading each passage, students rated their interest in what they read. Comprehension measures were then completed for each passage. We performed regression analyses to determine the effects of subject-matter knowledge and interest on the comprehension scores for each passage. For the more technical Quarks passage, domain knowledge and interest were both significant predictors of comprehension. For the more personally-involving Hawking passage, topic knowledge, domain knowledge, and interest were significant predictors of comprehension performance. Overall, students were more interested in less abstruse and more personally-involving information for both passages.     

Computer-supported aids to making sense of scientific articles: cognitive, motivational, and attitudinal effects

High school students can access original scientific research articles on the Internet, but may have trouble understanding them. To address this problem of online literacy, the authors developed a computer-based prototype for guiding students’ comprehension of scientific articles. High school students were asked to read an original scientific research article about the effects of drug or alcohol abuse, which was presented on a computer screen either with computer-based comprehension aids or without aids. The aids provided background text and animations including answers given by the article authors. Across two experiments involving different schools and different research articles, the comprehension aids group performed better than the control group on a comprehension test concerning the article (d = +0.79 in Experiment 1 and d = +0.82 in Experiment 2) and rated the content of article as less difficult to read (d = +0.96 in Experiment 1 and d = +0.69 in Experiment 2). In addition, the comprehension aids group reported more positive motivational beliefs than the control group concerning understanding what scientists do (d = +0.51 in Experiment 1 and d = +0.56 in Experiment 2), appraising the article as worthwhile (d = +0.80 for Experiment 1 and d = +0.70 for Experiment 2), and being interested in reading another research article (d = +0.19 in Experiment 1 and d = +0.58 in Experiment 2). The groups did not differ on their attitudes concerning a career as a scientist or about alcohol and drug abuse. Overall, computer-based comprehension aids can help guide students’ comprehension processes for an original scientific research article, which in turn can improve their appreciation of what scientists do.

Climate change education in the humanities classroom: a case study of the Lowell school curriculum pilot

Abstract

Climate change as an instructional topic in K-12 schools is most frequently taught in the science classroom. However, it is a human issue requiring social as well as technological and scientific solutions. This study analyzes and evaluates a climate change curriculum implemented via an integrated social studies and language arts framework in a middle school classroom. The curriculum reflects collaboration between a private school, a climate education non-profit, and a government agency (NOAA). Following the first year of implementation, student surveys, teacher interviews, and classroom observations comprise the primary tools of data collection and evaluation. Based off these data, students demonstrate high levels of climate literacy, improvements in reading comprehension, and overall engagement with the topic. Teachers report successes and challenges of teaching the curriculum, and administrators offer opportunities for scaling and implementing the curriculum in other schools and contexts (including public schools). Findings from this study are relevant to climate change curriculum developers, researchers, and educators seeking to incorporate an interdisciplinary, socio-scientific approach to climate change education in their work.     

Promoting foundational linguistic skills for reading development in young Chinese language learners: A 1-year intervention study

Background

Using a 1-year longitudinal design, we evaluated the effectiveness of an intervention programme to improve reading attainments among Chinese-as-a-second-language (CSL) learners. Using the simple view of reading as a theoretical framework, the intervention focused on students' orthographic knowledge, word reading and listening comprehension to facilitate reading comprehension.

Method

A total of 186 Grade 4 CSL students (mean age = 9.22, SD = 0.56) participated in the study and were grouped into the treatment (N = 96) and control (N = 90) groups. A range of Chinese language and literacy skills were assessed before and after the intervention.

Results

The path analysis showed that the intervention significantly affected orthographic knowledge, word reading and listening comprehension directly and reading comprehension indirectly through the three componential skills after controlling for nonverbal reasoning, vocabulary and autoregressors.

Conclusions

The findings suggest that orthographic knowledge, word reading and listening comprehension may be promising targets for instructing young CSL learners.     

Language and Cognitive Predictors of Text Comprehension: Evidence From Multivariate Analysis

Using data from children in South Korea (N = 145, M_age = 6.08), it was determined how low‐level language and cognitive skills (vocabulary, syntactic knowledge, and working memory) and high‐level cognitive skills (comprehension monitoring and theory of mind [ToM]) are related to listening comprehension and whether listening comprehension and word reading mediate the relations of language and cognitive skills to reading comprehension. Low‐level skills predicted comprehension monitoring and ToM, which in turn predicted listening comprehension. Vocabulary and syntactic knowledge were also directly related to listening comprehension, whereas working memory was indirectly related via comprehension monitoring and ToM. Listening comprehension and word reading completely mediated the relations of language and cognitive skills to reading comprehension.     

Justification beliefs and multiple-documents comprehension

Building on the multidimensional framework of epistemic cognition proposed by Greene et al. (Educational Psychologist 43:142–160, 2008), this study examined beliefs about justification of knowledge claims in science among 65 Norwegian 10th graders. The first research question asked whether beliefs in personal justification, justification by authority, and justification by multiple sources differed in strength among the participants. It was found that the students most strongly believed in justification by authority, followed by justification by multiple sources and personal justification. The second research question asked whether the three types of justification beliefs differentially and uniquely predicted the comprehension of multiple conflicting documents on a science issue. In a multiple regression analysis with multiple-documents comprehension indicated by essay performance as the dependent variable, both personal justification and justification by multiple sources emerged as unique predictors when topic knowledge was controlled for. Specifically, beliefs in personal opinion as a means of justifying knowledge claims in science was negatively related to multiple-documents comprehension, whereas beliefs in justification through corroboration across multiple sources of information were positively related to multiple-documents comprehension. This study provides new evidence about relationships between epistemic beliefs and new literacy competencies needed in an information society, such as integrating across multiple conflicting sources of information; relationships that may also have practical implications.     

Developing and testing a model of direct and indirect relationships between individual differences,processing, and multiple-text comprehension

The purpose of this study was to test a hypothesized model that specified direct and indirect linkages between the individual difference variables of epistemic beliefs, need for cognition, individual interest, and prior knowledge, the processing variables of effort, deeper-level strategies, and situational interest, and multiple-text comprehension. Using a path analysis approach with a sample of 279 Norwegian upper secondary school students, results indicated that students' effort and deeper-level strategies predicted their multiple-text comprehension, with the individual difference variables indirectly affecting multiple-text comprehension through their influence on effortful, adaptive multiple-text processing. In addition, students' prior knowledge about the topic of the texts seemed to affect their multiple-text comprehension directly as well as indirectly. Both theoretical and educational implications of the results are discussed.