Promoting historical contextualization: the development and testing of a pedagogy

The aim of this explorative study was to develop and test a pedagogy aimed at promoting students’ ability to perform historical contextualization. Teaching historical contextualization was conceptualized in terms of four pedagogical design principles: (1) making students aware of the consequences of a present-oriented perspective when examining the past, (2) enhancing the reconstruction of a historical context, (3) enhancing the use of the historical context to explain historical phenomena and (4) enhancing historical empathy. The effectiveness of these principles was explored in a lesson unit focusing on the seventeenth and eighteenth centuries. In a quasi-experimental pre-test–post-test design with experimental and control conditions, the effects of the pedagogy on 15- and 16-year-old students’ ability to perform historical contextualization were examined (n = 131). The results indicated that students in the experimental condition significantly improved their ability to perform historical contextualization compared to students in the control condition. These findings could be used to help teachers and other educational professionals design and implement historical contextualization tasks and instructions.     

Gender-related differences in reasoning skills and learning interests of junior high school students

The purpose of this study was to investigate gender-related differences in the relationship between the development of formal reasoning skills and learning interests during the early adolescent stage. For this purpose, 249 students, from seventh to ninth grade, were assessed for their level of mastery of formal reasoning skills by a test based on videotaped simple experiments. Learning interests were assessed by a written response to an open question. Results showed that adolescent boys develop patterns of formal reasoning before their girl classmates. In addition, boys tend to prefer science and technology subjects, while girls tend to prefer language, social studies, and humanities. Analysis of interactions showed that boys' tendency toward science and technology is positively correlated to their age and development of formal reasoning, while girls' tendency to the above subjects is positively related to their development of formal reasoning capacity, but inversely related to their age. Possible explanations to the above-described findings and suggestions for instructional modes that may increase girls' interest in science and technology are discussed.     

A study of urban middle school students with high and low attitudes toward science

Scientific literacy is essential to survive in this technological world, but it appears that scientific literacy is not of high priority for many students. This research project was undertaken to gather demographic data, intentions to engage in science, and attitudes of urban, middle school students. Scores on the Simpson-Troost Attitude Instrument were analyzed using the Statistical Analysis System. Results indicate less than 50% of the students come from high-school-graduated parents who work full-time to support the family. Less than 50% of these students indicate any interest to engage in science at the high school level, yet many plan to enter a science-related career. A majority of the students possess an uncertain attitude toward their science teachers and science curricula. However, all possessed high achievement motivations, strong positive attitudes toward their families, and high self-concepts.     

Teaching historical contextualization: the construction of a reliable observation instrument

Since the 1970s, many observation instruments have been constructed to map teachers’ general pedagogic competencies. However, few of these instruments focus on teachers’ subject-specific competencies. This study presents the development of the Framework for Analyzing the Teaching of Historical Contextualization (FAT-HC). This high-inference observation instrument focuses on history teachers’ competency in promoting historical contextualization in classrooms. The results of the study demonstrate the instrument’s content validity. Generalizability studies were conducted to further assess the instrument’s dimensionality and reliability by decomposing the instrument’s variance. A large proportion of the variance was explained by differences between observed teachers, and a small proportion of the variance was explained by lessons and observers, demonstrating the instrument’s reliability. Furthermore, a decision study was conducted to determine the optimal number of observers and lessons needed for a reliable scoring design. The developed instrument could be used to gain greater insight into history teachers’ subject-specific competencies and to focus teacher professionalization on teachers’ specific needs.     

Student error patterns as a function of curriculum design: teaching fractions to remedial high school students and high school students with learning disabilities

This study evaluated the relative effectiveness of a curriculum that incorporated three empirically derived principles of curriculum design with a basal approach in teaching basic fractions concepts to students with learning disabilities and other low performing students in high school remedial math classes. The components of effective mathematics instruction articulated by Good and Grouws (1979) were implemented in both conditions. Thus, the curriculum design variables were isolated by keeping all other aspects of instruction constant. Results indicated that, although both programs were reasonably successful in teaching the material, the curriculum program utilizing sophisticated principles of curriculum design was significantly more effective. Mean scores on a curriculum-referenced test were 96.5% for that group and 82.3% for the basal group. Secondary analyses of item clusters revealed that areas of weakness in the performance of the basal group could be directly linked to hypothesized flaws in its curriculum design.     

How to promote knowledge transfer through a problem-based learning Internet platform for vocational high school students

This study aimed to explore how vocational high school students transfer knowledge through a problem-based learning (PBL) Internet platform. A PBL Internet platform was provided to 33 sophomore mechanical engineering students for a 6-week teaching experiment. A survey questionnaire, observation and interview were research instruments. The findings include: 1) factual, conceptual and process knowledge are the major types of knowledge and the sources of knowledge transfer (KT) include students, instructors and industries, but may be acquired differently depending on the level of problem-solving needs; 2) students’ KT includes highly experienced tacit knowledge and more concrete explicit knowledge; 3) students’ attitudes toward the six domains of using the PBL Internet platform all show positive significance, including the platform, the platform instructors, the platform mobility, online interaction, the PBL and the platform interface mechanism of students’ perceptions; 4) the capability and the willingness for KT in instructors, industries and students all have some impact on the effectiveness of KT.     

Understanding resilience in diverse,talented students in an urban high school

This article summarizes findings from a 3‐year study of 35 economically disadvantaged, ethnically diverse, academically talented high school students who either achieved or underachieved in their urban high school. In particular, the resilience of these two groups of high ability students is explored. Comparative case study and ethnographic methods were used to examine the ways in which some academically talented students develop and/or employ strategies associated with resilience to achieve at high levels. Both risk factors and protective factors are examined to explore participants’ pathways toward either positive or negative outcomes. The results of this study suggest that some protective factors helped some academically talented students to achieve at high levels. The protective factors include supportive adults; friendships with other achieving students; opportunity to take honors and advanced classes; participation in multiple extracurricular activities both after school and during the summer; the development of a strong belief in self; and ways to cope with the negative aspects of their school and urban environment; and in some cases, their family lives. Other protective factors include students’ relationships with supportive adults and their previous participation in a gifted and talented program.

Students who underachieved had specific risk factors, such as having older siblings who dropped out of school or became involved in drugs and/or alcohol. They also appeared to have developed fewer protective factors. The combination of the presence of risk factors and the absence of protective factors may ha ve impeded the ability of some underachieving students to achieve at higher levels.     

QuickSmart: a basic academic skills intervention for middle school students with learning difficulties

QuickSmart is a basic academic skills intervention designed for persistently low-achieving students in the middle years of schooling that aims to improve the automaticity of basic skills to improve higher-order processes, such as problem solving and comprehension, as measured on standardized tests. The QuickSmart instructional program consists of three structured, teacher- or teacher aide-directed, 30-minute, small-group lessons each week for approximately 26 weeks. In this study, 42 middle school students experiencing learning difficulties (LD) completed the QuickSmart reading program, and a further 42 students with LD took part in the QuickSmart mathematics program. To investigate the effects of the intervention, comparisons were made between the reading and mathematics progress of the intervention group and a group of 10 high-achieving and 10 average-achieving peers. The results indicated that although the standardized reading comprehension and mathematics scores of QuickSmart students remained below those of comparison students, they improved significantly from pretest to posttest. In contrast, the standardized scores of comparison students were not significantly different from pretest to posttest. On measures of response speed and accuracy gathered using the Cognitive Aptitude Assessment System (CAAS), QuickSmart students were able to narrow the gap between their performance and that of their high- and average-achieving peers. Implications are drawn regarding the importance of interventions that emphasize the automaticity of basic academic skills for students with learning difficulties.     

高中生数学语言转换能力的培养策略

数学语言转换在数学概念学习以及问题解决中发挥着重要作用.本文结合例题对高中阶段运用的数学语言转换进行分析,提出了高中生数学语言转化能力的培养策略.     

Response to intervention with secondary school students with reading difficulties

The authors summarize evidence from a multiyear study with secondary students with reading difficulties on (a) the potential efficacy of primary-level (Tier 1), secondary-level (Tier 2), and tertiary-level (Tier 3) interventions in remediating reading difficulties with middle school students, (b) the likelihood of resolving reading disabilities with older students with intractable reading disabilities, (c) the reliability, validity, and use of screening and progress monitoring measures with middle school students, and (d) the implications of implementing response to intervention (RTI) practices at the middle school level. The authors provide guidance about prevailing questions about remediating reading difficulties with secondary students and discuss future directions for research using RTI frameworks for students at the secondary level.     

Formal reasoning performance of higher secondary school students: Theoretical and educational implications

The study investigated the structure and development of formal thought among tenth-, eleventh-, and twelfth-grade students. The subjects of the study were the total numbers of students attending the science, the economic, and the other sections of two higher secondary schools. Students' performance on a standardized Test of Logical Thinking (TOLT) was used as a measure of their cognitive abilities related to control of variables, proportional, probabilistic, correlational, and combinatorial reasoning. Students attending the different sections of study had significantly different TOLT performance, older students exhibited significantly better TOLT performance than younger ones, and boys performed significantly better on TOLT than girls did. The “rate” of development was, however, different for different reasoning modes and differences in school achievement between boys and girls did not tap differences in TOLT performance. Regression analysis showed that section of study, gender, grade level, and measures of school achievement contributed significantly to the prediction of TOLT performance. Factor analysis of performance on the ten TOLT items (two items from each reasoning mode) produced a two- and three-factor solution for the sample of boys and the sample of girls, respectively. The results indicate that different theoretical perspectives should be considered when evaluating cognitive development and that learning environments conducive to cognitive growth need to be designed and implemented.     

School membership among students with learning disabilities and nondisabled students in a semirural high school

School reform proposals have urged that schools provide students with an enhanced sense of community, especially for at-risk youth belonging, is thought to be crucial. Given their high rate of school drop out, school membership holds special relevance for students with learning disabilities (LD). Thirty-seven mainstreamed students with LD and an equal number of nondisabled (ND) high school students were compared on five dependent variables: grades, time spent on homework, Scholastic Competence, Global Self-Worth, and school membership. School membership was assessed by Goodenow's (1993) Psychological Sense of School Membership (PSSM) scale. ND students reported higher grades and more favorable ratings of Scholastic Competence, while groups did not differ significantly on time on homework or Global Self-Worth. Also, contrary to the author's hypothesis, the groups did not differ on the PSSM. These findings are attributed to either the small size of the school in which the study was conducted or to the supportive nature of special education (i.e., resource room). Future studies are required to understand the development of school membership among students with LD. © 1998 John Wiley & Sons, Inc.     

Accelerating the development of formal thinking in middle and high school students IV: Three years after a two-year intervention

Three years after the end of a two-year intervention program intended to promote formal operational thinking, the achievement of students initially 11 years of age was tested by their results in British National examinations, taken at age 16. Although the intervention was set within the context of science learning, the effects were found in science, mathematics, and English. In contrast to results reported earlier for the older cohort aged 12 years initially, where the boys showed greater achievement than girls in science and mathematics, here the effect was limited to girls. In comparison with control classes the effect sizes were science, 0.67σ mathematics, 0.72σ, and English, 0.69σ. Although half of the students showed increased achievement in science, which was consistent with the Piagetian model used in the intervention, the achievement of some in science, mathematics, and English was not associated with gains on Piagetian tests above those of control students. These results were attributed to aspects of the intervention methodology intended to enhance metacognition. The distinction between intervention and instruction was discussed in relation to normative data on Piagetian development in adolescents.     

A pilot evaluation of the social validity of a bullying bystander program adapted for high school students

Although school‐based programs are effective at decreasing bullying, the majority of studies have been conducted with elementary and middle school students. We conducted a pilot study using a randomized controlled design investigating the social validity of a brief, bullying bystander program adapted to be age‐appropriate for high school students (N = 65). Results indicated that high school students in the intervention group perceived the program to be acceptable and relevant and reported greater increases in knowledge ( = 0.27) and confidence to intervene ( = 0.27) in bullying situations compared to students in the control group. Despite being trained in the use of four intervention strategies, students reported using two of the strategies infrequently. Additionally, we found a significant difference between the intervention and control group for only one strategy (Φ = ?0.44). This study provides partial support for the social validity of the adapted program. Implications for implementing the program at the high school level are discussed.     

The science support scale: Its appropriateness with high school students

Implementing the idea that more emphasis should be placed on student achievement in the affective domain is contingent upon the concurrent development of suitable instruments for the assessment of prescribed criteria. One such instrument, the Schwirian Science Support Scale (Tri-S scale), was reported in a recent NSTA publication as a promising tool for measuring student science support. Recent research using the Tri-S scale with high school pupils showed that scores on this instrument did not increase after the students had taken a tenth grade introductory course in biology. Further analysis indicated students of teachers scoring “high” in science support did not produce higher scores on the Tri-S scale than students studying biology from teachers “low” in science support. Reliability estimates using high school student scores were well below previous estimates using scores from college undergraduates. Factor analysis of inter-item correlations indicated that student interpretation of item meaning did not correspond to the five subtest structure of the Tri-S scale. Findings from this study demonstrate that the Tri-S scale is not an appropriate instrument for measuring attitudinal changes of tenth grade high school students. This study is suggestive of the fact that went and future instruments that purport to measure achievement in noncognitive areas should be carefully analyzed before they are recommended for use with specific populations.     

对西安市城镇高中生批判性思维的初步调查

This paper reports the development of critical thinking of urban high school students in the Chinese city of Xi’an. It presents the assessment of the students’ two components of critical thinking: dispositions towards critical thinking and critical thinking skills, using the California Critical Thinking Disposition Inventory and the California Critical Thinking Skills Test. Results show that the students’ dispositions toward critical thinking are at an average level while their critical thinking skills are very low. This research also shows that there is no significant difference between students from science classes and arts classes in their critical thinking dispositions while science students have a higher level of critical thinking skills. Students from advanced classes have a higher level of the two components of critical thinking than their counterparts from general classes. There are no differences between male students and female students in both components.      

Making a good career choice: A decision-analytical intervention to enhance proactive decision-making and career choice self-efficacy in high school students

At the end of high school, teenagers must deal with the first life-changing decision of determining what to do after graduation. For these decisions, adolescents need to be able to make good choices. However, most schools have not yet implemented decision trainings into their curricula. A new intervention called “KLUGentscheiden!” was developed to train complex decision-making in high school students to close this gap. The intervention targets three key components of good decision-making: envisioning one's objectives, identifying relevant alternatives, and comparing the identified alternatives by a weighted evaluation. We assumed that successfully training those decision-analytical steps should enhance self-perceived proactive decision-making skills. In addition, the training should also enhance self-assessed career choice self-efficacy. The intervention was evaluated in a pseudorandomized control study including 193 high school students. Compared to a control group, the intervention group significantly increased proactive decision-making skills and career choice self-efficacy. Although different long-term evaluations are still pending, the KLUGentscheiden! intervention provides an important tool to train complex decision-making in high-school students. It also has the potential to apply to other career choices of young individuals, such as choosing majors, a final thesis, a job, or a field of work.