A climate for self-efficacy: the relationship between school climate and teacher efficacy for inclusion

Teacher efficacy represents a key construct in exploring successful implementation of inclusive policy. Teachers’ impression of school climate is shown to relate to teacher efficacy; however, few studies pay due deference to its context/specific conceptualisation, with a particular lacuna in research noted in an Irish mainstream primary school context. This study aimed to investigate the relationship between school climate and efficacy for inclusion and whether this relationship impacts on perceptions of challenging behaviours, further identifying barriers to and supports for efficacious inclusive practice. Fifty-seven probated primary mainstream teachers in the Republic of Ireland responded to online questionnaires exploring perceptions of school climate, teacher efficacy for inclusion and challenging behaviours. Teachers’ perceptions of a supportive school climate related positively to their teaching efficacy for inclusion, in turn influencing their ratings of the severity of and their confidence in managing commonly experienced challenging behaviours in inclusive classrooms. Teachers looked within their school for support, few noting Educational Psychologists (EPs) as sources for support. These findings add weight to the importance of understanding the relationship between teachers’ perceptions of their school climate and their efficacy for inclusion, addressing the dearth of research in an Irish context. In particular, these findings underline the potential offered by an understanding of teachers’ beliefs to inform and enhance the role of EPs in supporting efficacious inclusive practice.     

A framework for climate change engagement through video games

Abstract

Video games have the potential to educate and engage people—especially young people—in climate change and energy issues by facilitating the development of helpful thoughts, feelings, and actions. The objective of the present article is to propose a set of game attributes that could maximise the cognitive, emotional, and behavioural engagement of players, and lay the foundations for future work. We have used semi-structured interviews with experts to identify a set of game attributes and a group discussion with teenagers to validate them. By applying grounded theory in our analysis of the experts’ responses, we have developed a framework for climate change engagement through serious games. It consists of 15?key attributes that we have classified in three dimensions: cognitive, emotional, and behavioural. Literature review drawn on sources in social psychology, communication and education has contributed to further explain and justify the inclusion of each of the attributes.     

The Development of an Instrument for a Technology-integrated Science Learning Environment

This study developed, validated, and utilized the Technology Integrated Classroom Inventory (TICI) to examine technology-integrated science learning environments as perceived by secondary school students and teachers. Using technology-oriented classroom climate instruments and considering the science classroom’s characteristics, TICI was developed. More than 1,100 seventh through ninth grade science students validated the instrument, revealing eight scales: technological enrichment, inquiry learning, equity and friendliness, student cohesiveness, understanding and encouragement, competition and efficacy, audiovisual environment, and order, with alpha reliabilities ranging between 0.69 and 0.91 (0.93 for the entire questionnaire). In measuring actual and preferred learning environments, TICI results indicated that both students and teachers ranked equity and friendliness highest. The largest actual–preferred discrepancy was order (students) and inquiry learning (teachers). TICI offers additional utilities for technology-enriched science leaning environments.     

Teaching global climate change to pre-service middle school teachers through inquiry activities

Background Global climate change (GCC) has become one of the most debated socio-scientific issues after an increase in media attention. Recently, there have also been several studies describing students’ and teachers’ alternative conceptions about GCC. Therefore, designing learning environments at the college level that focus on accurate conceptions of GCC has become important in order for pre-service teachers to correct their alternative conceptions. There are, however, a limited number of studies that aim to both increase pre-service teachers’ knowledge about these issues and explore their perceptions of teaching this subject.

Purpose The purpose of this study was to investigate the effects of inquiry-based activities on pre-service teachers’ knowledge about GCC and their perceptions of teaching this subject.

Sample The participants were 102 pre-service middle school mathematics and science teachers who were enrolled in an environmental education course.

Design and methods A one group pre-test–post-test design was employed to identify changes after pre-service teachers engaged in a learning unit on GCC. The inquiry-based GCC unit was implemented during the spring semester at a public university in northeastern Turkey. The unit was implemented over seven sessions. Data were collected through two questionnaires: the ‘GCC content questionnaire’ and the ‘perceptions of teaching GCC questionnaire’. Each questionnaire was administered both before and after implementation of the unit. Content questionnaire responses were analyzed using a paired-samples t-test. Responses to the perceptions of teaching questionnaire were analyzed using inductive open coding.

Results Results indicated that after the implementation the pre-service teachers significantly improved their understanding of GCC across all items in the content questionnaire, saw several benefits of and challenges about teaching GCC, and perceived themselves as better prepared to teach about GCC in their future classrooms.

Conclusions Teacher education programs should integrate inquiry-based GCC instruction to increase pre-service teachers’ knowledge as well as their preparedness to teach about this important planetary issue.     

The Creation of OpenCourseWare at MIT

This paper traces the genesis of the MIT OpenCourseWare project from its initial strategic precursors in 1999 and 2000, through its launch in 2001 and its subsequent evolution. The story told here illuminates the interplay among institutional leadership, and strategic planning, and with university culture in launching major educational technology enterprises. It also shows how initiatives can evolve in unexpected ways, and can even surpass their initial goals. The paper concludes with an overview of challenges facing OpenCourseWare in moving from the end of its production ramp-up and towards sustainability.

Personal,professional, political: an exploration of science teacher identity development for teaching climate change

Abstract

Climate change presents societal and environmental challenges, as well as educational ones. Obstacles abound within teaching and learning climate change, related to its complex nature, the proliferation of misinformation, and its absence from many science curricula. Efforts have previously been made to study teacher content knowledge and beliefs on climate change with varying results. This study employed identity as a theoretical framework to examine aspects of climate change teaching. This study followed a reflexively iterative process that enabled the construction of a conceptual model for identity development. This model demonstrates multifaceted influences including personal, professional, and political elements, and the dynamism these elements exhibit over time. This conceptual model is best described via five trends: Personal Valuation of Nature; Experiences in Science Teaching and Learning; Teacher Instructional Support and Agency; Epistemic Evidence-based Instruction; and Civic and Social Awareness via Socioscientific Literacy. The presence and strength of enactment of each trend led to the development of four possible constructions of identity: Passionate Environmentalist, Student Interest Engager, Content First Educator, and Civic and Epistemic Skills Promoter. Most frequently teachers exhibited combinations of identities and often created a unique amalgam of multiple dimensions of identities in action.     

Research into Practice: Current Trends in Educational Technology Research: The Study of Learning Environments

Educational technology research has passed through a number of stages, focusing, in turn, on the content to be learned, the format of instructional messages, and the interaction between computers and students. The field is now concerned with the study of learning in complete, complex, and interactive learning environments. These environments allow both the simulation of experiences that students might have in the real world and also the creation of compelling experiences that cannot normally be experienced directly. Learning environments also often allow students to communicate their own ideas with the use of a variety of symbol systems. These environments are also frequently inhabited by more than one person, making learning within them a social activity where learning is distributed among both people and artifacts. Finally, these learning environments are complex. Studying how they contribute to learning therefore requires research methods other than controlled experiments. This paper reviews research on learning environments to give both an historical perspective on educational technology research and a selective view of the current state of the discipline. It concludes by identifying implications for both practice and future research.     

Bridging scientific reasoning and conceptual change through adaptive web‐based learning

This study reports an adaptive digital learning project, Scientific Concept Construction and Reconstruction (SCCR), and examines its effects on 108 8th grade students' scientific reasoning and conceptual change through mixed methods. A one‐group pre‐, post‐, and retention quasi‐experimental design was used in the study. All students received tests for Atomic Achievement, Scientific Reasoning, and Atomic Dependent Reasoning before, 1 week after, and 8 weeks after learning. A total of 18 students, six from each class, were each interviewed for 1 hour before, immediately after, and 2 months after learning. A flow map was used to provide a sequential representation of the flow of students' scientific narrative elicited from the interviews, and to further analyze the level of scientific reasoning and conceptual change. Results show students' concepts of atoms, scientific reasoning, and conceptual change made progress, which is consistent with the interviewing results regarding the level of scientific reasoning and quantity of conceptual change. This study demonstrated that students' conceptual change and scientific reasoning could be improved through the SCCR learning project. Moreover, regression results indicated students' scientific reasoning contributed more to their conceptual change than to the concepts students held immediately after learning. It implies that scientific reasoning was pivotal for conceptual change and prompted students to make associations among new mental sets and existing hierarchical structure‐based memory. © 2009 Wiley Periodicals, Inc. J Res Sci Teach 47: 91–119, 2010     

Classroom climate and instruction: New goals demand new approaches

Uniformly, science teachers express the same goals for their students, goals that emphasize attitude, communication, creativity, and application of knowledge. Yet, the traditional role of the teacher ignores these goals and focuses on attainment of knowledge, rarely going on to applications. This paper suggests, rather specifically, how to provide instruction that leads to the expressed goals. These specific behaviors come from a three-part model where expressed goals define the role of the student and the student's roles are, in turn, stimulated by the teacher.     

Education 3.0: breaking the mold with technology

In order to meet the needs of today's knowledge economy, education needs to move beyond the industrial age approach of treating all learners as if they are the same and adopt a learner-centered model of education suitable for the information age. To support this model, a new and transformative technology is needed that focuses on mastery and customized learning. This article reviews the existing approaches to educational technology before proposing a new, customizable, open, and interoperable technology: a personalized integrated educational system (PIES) that provides full functionality for students, teachers, parents and other stakeholders and bridges the gaps between formal and informal learning. PIES' four primary functions: record keeping, planning, instruction, and assessment, as well as secondary functions, are defined and described. Future challenges and research opportunities are also identified.     

Learning Environments: The Case for Evidence-Based Practice and Issue-Driven Research

In his thought-provoking review of current trends in educational research, Winn offers advice to practitioners and to researchers concerning the role of computer-based simulations in education (Winn, W. (2000). Educ. Psychol. Rev. 14, 331–351). In this critique, I offer two proposals for consideration by those who wish to make practical recommendations about learning environments: (1) Recommendations for practice should be based on specifically relevant evidence. (2) The available methods for collecting evidence should not exclude controlled experiments; instead, researchers should be free to choose among experimental or observational methods, use quantitative or qualitative measures, focus on artificial or naturalistic settings, and invent new techniques as needed. In short, I join the call for evidence-based practice and issue-driven research.     

Out of the box: behaviourism and the mangle of practice

ABSTRACT

Although often labelled obsolete and ethically dubious, twentieth-century behaviourist principles of learning have been central to the development of instructional technology and the design of modern learning environments. Using Andrew Pickering’s philosophy, this article addresses behaviourism as a mangle of practice to highlight the conceptual and non-human agency involved in research on learning, and to analyse how these forms of agency allow scientific knowledge to travel from experimental research settings to teaching.     

Characteristics of Science Teachers Who Incorporate Web-Based Teaching

This study concerns the characterisation and classification of the way junior high school science teachers incorporate Web-based learning environment and materials into their teaching. About 60 science teachers from nine junior high schools in the northern part of Israel took part in an extended professional development (PD) program. The study, which applied the qualitative interpretative methodology, involved multiple sources of data, including field notes of observations in the PD meetings and class observations, interviews with teachers and principals, and teachers artifacts. Based on their professional growth and beliefs about implementation of Web-based teaching, four basic types of science teachers were identified: the initiator and pathfinder, the follower and conformist, the avoider, and the antagonist. Provided with long-term support, these teachers elevated their specific Web-related qualifications. In particular, they improved the development of Web-based, learner-directed material. The level of success in assimilating Web-based learning in science classes was influenced by the quality and cohesion of the school's teacher team and their principal's care and involvement.     

Developing the capacity of farmers to understand and apply seasonal climate forecasts through collaborative learning processes

Purpose: This paper documents and evaluates collaborative learning processes aimed at developing farmer’s knowledge, skills and aspirations to use seasonal climate forecasting (SCF). Methodology: Thirteen workshops conducted in 2012 engaged over 200 stakeholders across Australian sugar production regions. Workshop design promoted participant interaction, stimulated discussion, collected farmer experience of regional climate variability, improved understanding of climate drivers and increased participant skill in interpreting SCF linked to management decisions. Post-workshop surveys collected quantitative and qualitative data for statistical analysis and manual thematic coding. Findings: Over 68% of participants identified improved decision-making and risk reduction as the main benefits of using SCF products. High median self-evaluation ratings for gains in skills, knowledge and understanding of climate forecasts and perceived benefits in using climate forecasts in on-farm decision-making were found across stakeholder groups. No significant differences in self-evaluation rating gains were found between farmers, extension officers and millers, suggesting extension officers are less than optimally informed and skilled to support farmers in understanding and applying SCF. Practical Implications: Developing the capacity of extension officers to understand and interpret SCF may increase adoption of improved climate risk management in farmer networks. Theoretical implications: Collaborative learning activities in the agriculture sector, designed using experiential learning principles and evaluated using a logical framework, provide a robust model for improving the capacity of farmers to manage climate risk. Originality/Value: This paper contributes an example of evaluation of collaborative learning in facilitated agriculture climate risk workshops and discusses the value of learning through small group discussion.     

国家精品课程创新推广特性及策略研究——以“学习科学与技术”课程为例

作为世界开放教育资源运动的重要组成部分,中国国家精品课程建设项目在创新推广和共建共享的过程中遇到了一系列的困难和问题。本文以首届国家精品课程学习科学与技术近八年来在国内9个省、20所高校创新推广和共建共享的实践为案例,总结和反思了精品课程共建共享的经验与主要问题,并在对世界开放教育资源运动的经验和问题进行总结、比较的基础上,提出了六条建议。     

德国教育技术发展研究

在对师资培训、设备投入、政策制订、目标确定、应用范例等几方面论述的基础上阐述相关的德国教育技术的发展情况，并详细归纳德国发展教育技术的基本经验，最后提出相关的建议。     

教育技术变迁与学习的变革

从教育技术学科发展史的宏观视角看,教育技术经历了前学科时代、电化教育时代以及信息化教育时代三个时期。教育技术的变迁并非是一种孤立的社会现象,与之相应的是形成了三种典型的学习变革,即面向过去的知识复制式学习,面向现在的知识重组式学习,面向未来的知识创新式学习。教育技术变迁与学习变革并非简单的逻辑上的一一对应关系,但是二者存在着紧密的互动作用,这种变化也是整个社会变迁的缩影。     

多媒体课件在高校德育教学中的有效运用

针对高校德育教学惯用灌输的教学方法进行德育教学,作为认知主体的学生在德育过程中自始至终处于被动的地位和状态,往往是事倍功半的德育效果,为此,在建构主义学习的理论基础上,改变教学方法和手段,运用多媒体课件进行德育教学,充分结合和运用多媒体课件的特性,精心创设教学情境,使学生主动吸收德育内容,德育目标达到有效的实践。     

现代远程教育在终身学习中的作用

现代远程教育是以学习者为主体的教育。其学习方式的灵活多样，学习手段的多元选择和学习支助的日趋完善，使其不但成了个人进行终身学习的最佳选择，而且促进了终生学习体系的构建，推进了学习的个别化和个性化进程。