A Tribute to Richard Paul

Recent research on the brain and how it functions indicate that education methodologies can be altered to expand a student's intellectual capacity.     

Using an adaptive expertise lens to understand the quality of teachers’ classroom implementation of computer-supported complex systems curricula in high school science

Background: This exploratory study is part of a larger-scale research project aimed at building theoretical and practical knowledge of complex systems in students and teachers with the goal of improving high school biology learning through professional development and a classroom intervention.

Purpose: We propose a model of adaptive expertise to better understand teachers’ classroom practices as they attempt to navigate myriad variables in the implementation of biology units that include working with computer simulations, and learning about and teaching through complex systems ideas.

Sample: Research participants were three high school biology teachers, two females and one male, ranging in teaching experience from six to 16 years. Their teaching contexts also ranged in student achievement from 14–47% advanced science proficiency.

Design and methods: We used a holistic multiple case study methodology and collected data during the 2011–2012 school year. Data sources include classroom observations, teacher and student surveys, and interviews. Data analyses and trustworthiness measures were conducted through qualitative mining of data sources and triangulation of findings.

Results: We illustrate the characteristics of adaptive expertise of more or less successful teaching and learning when implementing complex systems curricula. We also demonstrate differences between case study teachers in terms of particular variables associated with adaptive expertise.

Conclusions: This research contributes to scholarship on practices and professional development needed to better support teachers to teach through a complex systems pedagogical and curricular approach.     

Examining practicing teachers’ perceptions of technological pedagogical content knowledge (TPACK) pathways: a structural equation modeling approach

The seven constructs of the technological pedagogical content knowledge (TPACK) framework has been widely adopted as a theoretical basis for understanding the scope of teachers’ information and communication technology (ICT) expertise. Despite this, very little is understood about the inter-relationships between these constructs, especially how these relationships are related to teachers’ TPACK. As a result, the theory–practice nexus of this framework remains weak. In this study, a structural equation model based on Mishra and Koehler’s TPACK framework was developed to describe the TPACK perceptions of 455 practicing teachers in Singapore. The study shows that teachers, perceived TPACK to be formulated from the direct effects of technological knowledge and pedagogical knowledge. They also perceived these knowledge sources to contribute to the development of technological pedagogical knowledge and technological content knowledge, which also contributed to their TPACK. In these teachers’ conceptions of TPACK, however, the effects of content knowledge and pedagogical content knowledge were not evident. The implications of these relationships to the design of teacher professional development in ICT are discussed.     

Conference communications

The main determinants of an athlete's protein needs are their training regime and habitual nutrient intake. Most athletes ingest sufficient protein in their habitual diet. Additional protein will confer only a minimal, albeit arguably important, additional advantage. Given sufficient energy intake, lean body mass can be maintained within a wide range of protein intakes. Since there is limited evidence for harmful effects of a high protein intake and there is a metabolic rationale for the efficacy of an increase in protein, if muscle hypertrophy is the goal, a higher protein intake within the context of an athlete's overall dietary requirements may be beneficial. However, there are few convincing outcome data to indicate that the ingestion of a high amount of protein (2–3?g?·?kg^?1 BW?·?day^?1, where BW?=?body weight) is necessary. Current literature suggests that it may be too simplistic to rely on recommendations of a particular amount of protein per day. Acute studies suggest that for any given amount of protein, the metabolic response is dependent on other factors, including the timing of ingestion in relation to exercise and/or other nutrients, the composition of ingested amino acids and the type of protein.     

Beyond “green buildings:” exploring the effects of Jevons’ Paradox on the sustainability of archival practices

The sustainability of archival institutions will be greatly affected by attempts to mitigate their carbon footprint to meet the challenges of global climate change. This paper explores how recordkeeping practices may enhance or undermine the sustainability of archives. To enhance sustainability, it is a common practice to increase the efficiency of recordkeeping practices. However, increases to efficiency may lead to a phenomenon known as Jevons’ Paradox. Jevons’ Paradox occurs when improvements in efficiency to a system or process result in an increase in use (instead of a decrease) of a resource. The failure of the paperless office demonstrates Jevons’ Paradox, and it has wide implications for the future sustainability of repositories. This paper advances the notion that “green” technologies alone are not enough to ensure sustainability. They must be deployed in concert with a systematic use of archival practices and theories for environmental sustainability to be ensured.     

Accelerating the development of reading,spelling and phonemic awareness skills in initial readers

In Experiment 1, it was found that 5-year-oldnew school entrants taught by a syntheticphonics method had better reading, spelling andphonemic awareness than two groups taughtanalytic phonics. The synthetic phonicschildren were the only ones that could read byanalogy, and they also showed better reading ofirregular words and nonwords. For one analyticphonics group the programme was supplemented byphonological awareness training; this led togains in phonemic awareness but not reading orspelling compared with the other analyticphonics group. The synthetic phonics programmewas taught to the analytic phonics groups aftertheir initial programmes had been completed andpost-tested. The group that had hadphonological awareness training did not performbetter than the other two groups when tested 15months later; this was also the case when thesame comparison was made for the the subset ofchildren that had started school with weakphonological awareness skill. Speed of letterlearning was controlled for in Experiment 2; itwas found that the synthetic phonics groupstill read and spelt better than the analyticphonics group. It was concluded that syntheticphonics was more effective than analyticphonics, and that with the former approach itwas not necessary to carry out supplementarytraining in phonological awareness.     

Conceptualising global competence: situating cosmopolitan student identities within internationalising South Korean Universities

ABSTRACT

Universities have increasingly pursued ‘world-class status’ and have prioritized internationalisation efforts. South Korean universities have accordingly invested billions of dollars in attracting foreign students and faculty, increasing English-medium instruction courses, and teaching curriculum related to global competence. This article applies a theory of cosmopolitanism to understand the relationship between global competence and student identity within internationalising South Korean universities. I argue that cosmopolitanism manifests in student identities at such universities in articulations that are contested and variegated. My findings suggest that cosmopolitanism demonstrates theoretical potential to conceptualise global competence in ways that overcome its critiques as Western-centric and elitist.