Four case studies,six years later: Developing system thinking skills in junior high school and sustaining them over time

This study examines the process by which system thinking perceptions develop within the context of a water cycle curriculum. Four junior high school students undergoing an especially designed inquiry‐based intervention were closely observed before, during, immediately after, and 6 years after completing a year long systems‐based learning program. The employed research tools included observations, semi‐structured interviews, and a number of “concept viewing” tools (drawings, concept maps, and repertory grids). Out of the data, four distinct “stories,” each presenting a different way of constructing hydro system mental models, are described. The paper's main conclusion is that students develop their systems mental models and remember the learned material based on learning patterns that tend to remain unchanged over time. Consequently, in order to facilitate efficient and lasting construction of students' system models, learning experiences should harness these, and especially the meta‐cognitive learning pattern, which holds special significance for constructing systems. © 2010 Wiley Periodicals, Inc. J Res Sci Teach 47: 1253–1280, 2010     

Stimulation of thinking skills in high school students

The objective of this research was to examine the effects of the instruction method “thinking actively in an academic context (TAAC)” on thinking skills, creativity, self‐regulation and academic achievement. The design was pre‐test–intervention–post‐test with control group. The sample included 46 participants (aged 16 to 18 years), 24 experimental and 22 controls. Before and after application of the method, six instruments were used to measure thinking skills and academic achievement. The method, divided into eight stages, was followed in each didactic unit during an academic course. The method allows teaching the thinking skills, the creativity and the self‐regulation simultaneously with the syllabus content. The results showed that greater changes were obtained with the new method of instruction in all the dependent variables. Relevant scientific and educational implications are drawn from the study.     

Effectiveness of the multidimensional curriculum model in developing higher-order thinking skills in elementary and secondary students

The study aimed to assess the effectiveness of the multidimensional curriculum model (MdCM) in the development of higher-order thinking skills in a sample of 394 elementary and secondary school students in Israel. The study employed a quantitative quasi-experimental pre-post design, using a study module based on MdCM, comparing intervention group to control group. Thinking skills were measured using a thinking questionnaire comprising three dimensions: Scientific thinking – focusing on inquiry skills; creative thinking – relating to problem finding and problem-solving; and future thinking – concerning personal and time perspectives. Findings indicate improvement in measured thinking skills in the intervention group by 40% compared to 4% in control group. Most improved skills were future thinking and creative thinking. Differences were detected according to the type of school. It is suggested that when used regularly the MdCM incorporating innovative teaching–learning strategies and embedded thinking tools could improve thinking skills among students from different age groups. General implications for curriculum design are discussed.     

Enhancing thinking skills in early childhood

A case study approach was adopted to investigate two thinking skills programmes for a maximum variation sample of five- to six-year-olds in four schools, in two local authorities (LAs), in England and Wales, using multiple methods. School staff interviewed felt that thinking skills programmes enhanced critical thinking skills and improved use of language, attentive listening, social cooperation, confidence and independence. Welsh staff indicated that the programmes had a whole-school impact, reflecting national policy, intensive training, coaching and monitoring and leading to transfer to other lessons, such as mathematics. Without a national curriculum mandate, the English thinking-skills practice was vulnerable to disruption and lack of continuity. Observation showed that teachers' delivery varied in open questioning and challenge, group work and pupil talk. Pupils' verbal reasoning and numerical attainments showed modest evidence of change and development. Conditions supporting change and sustainability included: national policy with thinking skills at its core; high-quality professional development and a whole-school approach; coaching with systematic observation and feedback. This promoted changes in leadership, trust and collaboration, structures of interaction between policy and LA, head teacher, teachers and children.     

The use of assessment in the development of higher-order thinking skills

Abstract

In an increasingly complex and specialised society, it is imperative that individuals think critically and creatively. This kind of thinking is also required to achieve the critical outcomes as stated in the Revised National Curriculum Statement for South Africa. It seems, however, that higher-order thinking is unlikely to occur unless learners are engaged in activities that deliberately promote this kind of thinking. They should also be guided on how to engage in these complex thinking tasks. The aim of this article is to reflect on the use of assessment to promote learners' higher-order thinking skills. The role of assessment has implications for the nature of teacher training programmes. If lecturers model the way assessment can be done to develop higher-order thinking skills, it is hoped that teachers will have little difficulty in adapting it to their unique classroom situations. Examples from language modules of an in-service teacher training programme are used to show how assessment can be implemented to help learners develop higher-order thinking skills within the framework of outcomes-based education and the Revised National Curriculum Statement.     

Meta-concepts,thinking skills and religious education

This paper proposes that the acquisition of meta-concepts and thinking skills in order to facilitate scholarly religious thought should be the principal aim of religious education in schools. As a result, the aim of religious education is primarily stated in cognitive terms and religious education is understood as closely related to education about religion. The educational value of this approach is explained in a cultural–historical perspective on learning. It is shown that there is a close connection between learning and development and that school learning especially contributes to development of pupils’ higher cognitive functions, if school learning aims at the acquisition of subject-specific meta-concepts and thinking skills. In order to apply these insights to religious education, the aim of religious education is reconsidered and some examples of meta-concepts and thinking skills that may serve as the content of religious education are discussed.     

高中化学竞赛对高中生化学思维能力培养的影响

化学竞赛学习的过程就是思维能力得到培养的一个良好过程.通过发挥学生的主体作用,从而达到培养学生思维能力的目的.     

谈如何在小学数学教学中培养学生独立思考的习惯

在当今多元化教育模式下,教师侧重于培养小学生自我探索、独立思考的能力,格外重视小学生逻辑思维能力的培养,让学生在潜移默化中形成独立思考的习惯。小学阶段的数学教育教学对学生来说非常重要,教师要让学生养成独立思考的习惯,提高独立思考的能力,要学会活学活用知识,避免死板地吸收数学内容。     

浅析高等数学思想方法在初等学科教育中的重要作用

数学思想方法是数学的灵魂,渗透于整个数学的学习与应用过程.本文论述了数学思想方法的含义,并结合实例阐述了高等数学思想方法在初数学及其他学科学习中的重要的作用.     

The impact of kindergarten learning-related skills on academic trajectories at the end of elementary school

Recent research indicates that children's learning-related skills (including self-regulation and social competence) contribute to early school success. The present study investigated the relation of kindergarten learning-related skills to reading and math trajectories in 538 children between kindergarten and sixth grade, and examined how children with poor learning-related skills fared throughout elementary school on reading and math. Latent growth curves indicated that learning-related skills had a unique effect on children's reading and math scores between kindergarten and sixth grade and predicted growth in reading and math between kindergarten and second grade. In addition, children with poor learning-related skills performed lower than their higher-rated peers on measures of reading and mathematics between kindergarten and sixth grade, with the gap widening between kindergarten and second grade. Between third and sixth grade, this gap persisted but did not widen. Discussion focuses on the importance of early learning-related skills as a component in children's academic trajectories throughout elementary school and the need for early intervention focusing on children's self-regulation and social competence.     

Equivalence and relational thinking: preservice elementary teachers’ awareness of opportunities and misconceptions

This study examined awareness of equivalence and relational thinking exhibited by 30 preservice elementary teachers in order to assess their initial preparedness to engage students in these two important aspects of early algebraic reasoning. Findings indicated that preservice teachers collectively demonstrated an awareness of relational thinking both in identifying opportunities offered by tasks to engage students in this thinking and in identifying this thinking in samples of student work. However, in proposing difficulties students might have with selected tasks, few participants demonstrated the understanding that many elementary school students hold misconceptions about the meaning of the equal sign. Implications of these findings for preservice and inservice teacher education are discussed.     

Botany and environmental education in elementary school in Brazil: articulating knowledge,values, and procedures

Abstract

The increasing urbanization and alienation from nature reduce children’s opportunities to interact with plants and challenge teachers to devise educational practices that contribute to learning botany. This study presents the results of activities developed in a Brazilian school through explorations, drawings, dried and pressed specimens, and semi-structured interviews. The data were evaluated using mixed methods analysis. Leaves were the structure that was most frequently drawn by 1st- and 2nd-year students, followed by stems. Among students in their 3rd, 4th, and 5th years, more emphasis was on flowers and their detailed morphological structures. The 1st- and 2nd-year students included non-living elements and the surrounding environment in their drawings, whereas the older students focused on the plant itself. These particularities point to methods of teaching botany in context and link students’ specific knowledge to values and practices that contribute to an environmental education that aims to minimize the utilitarian view of nature and move towards a view of human beings as integrated and interdependent with other living and non-living elements.     

地球科学教育新的计划目标和内容

在国外地球科学教育相关文献的基础上,文章结合国内现状,从地球科学教育改革入手,着重从课程新的计划目标、内容设置以及保护野外实习基地等三个重要方面来进行讨论,其中特别强调了地球系统科学、社会科学的作用,给我国地球科学教育事业以借鉴,以使高等地球科学教育朝着符合社会经济和生产的适应性、实用性方向健康发展。     

The effects of quarter of birth on academic outcomes at the elementary school level

This paper uses public schools data to examine the effects of age on student academic achievement in light of recent trends to delay children's entry into kindergarten. To avoid problems of endogeneity, students’ quarters of birth is employed as an instrument for age at entry. In particular, the effects of students’ quarters of birth on math and reading standardized test scores and grade retention at the elementary school level are estimated. Evidence of benefits to being among the oldest in one's age-grade cohort is found. Interestingly, over time, the youngest students begin to perform approximately on par with the oldest students, creating a u-shaped pattern to the data.     

Transcending systems thinking in education reform: implications for policy-makers and school leaders

Education policy-makers in the UK have repeatedly stated their central aim as transforming British education into a ‘world-class system’. Over the last 20 years, several large-scale education reforms have brought radical changes to the school curriculum, teacher professionalism and educational leadership. Explicit in these reforms, is the deployment of measurable standards of pupil attainment as a lever for achieving school improvement. However, despite this proliferation of policies, the claims to educational improvement made by policy-makers have been contested. Concerns about the unpredicted and damaging long-term effects of these policies can be linked to the limitations of systems thinking which underpins much of this education reform. A significant flaw of systems thinking is the level of simplification at which policy-makers operate on abstract categories such as standards, as if they were reality. Based on case study research conducted in two primary schools, this paper suggests that the systemic approach adopted by policy-makers may be contributing to an erosion of educational quality and placing potentially damaging expectations on children.     

山区县级小学:以生本教育推进素质教育的行动研究——梅州市蕉岭县人民小学的探索

六年前,与生本教育结缘。实践生本,使我校师生领悟到了素质教育的真谛,并取得了丰硕的教育教学成果,学生各项能力均不断提高。遵循生本理念,强化教育重点,是我们以后工作的重点。     

浅谈中学数学教学中创造性思维能力的培养

教学要更新观念，注重素质教育，要有利于学生创新能力的形成与发展，通过培养学生思维的批判性和发散思维能力，从面培养学生成为具有创新意识的开拓型人才。     

运用系统思维探索开放大学专业建设

开放大学专业建设是一项系统工程,包含专业建设指标体系、保障体系和评价体系等要素,各要素之间和要素内部之间既具有层次性,又具有相关性、整体性和动态性,都应以专业培养目标为中心。只有运用系统思维从全局、全方位、多维度着手专业建设才能寻求系统的最优化,达到专业建设最大的综合效益。