Using food as a tool to teach science to 3 grade students in Appalachian Ohio

The Food, Math, and Science Teaching Enhancement Resource (FoodMASTER) Initiative is a compilation of programs aimed at using food as a tool to teach mathematics and science. In 2007-2008, a foods curriculum developed by professionals in nutrition and education was implemented in 10 3(rd)-grade classrooms in Appalachian Ohio; teachers in these classrooms implemented 45 hands-on foods activities that covered 10 food topics. Subjects included measurement; food safety; vegetables; fruits; milk and cheese; meat, poultry, and fish; eggs; fats; grains; and meal management. Students in four other classrooms served as the control group. Mainstream 3(rd)-grade students were targeted because of their receptiveness to the subject matter, science standards for upper elementary grades, and testing that the students would undergo in 4(th) grade. Teachers and students alike reported that the hands-on FoodMASTER curriculum experience was worthwhile and enjoyable. Our initial classroom observation indicated that the majority of students, girls and boys included, were very excited about the activities, became increasingly interested in the subject matter of food, and were able to conduct scientific observations.     

Modifying landing mat material properties may decrease peak contact forces but increase forefoot forces in gymnastics landings

This study investigated how changes in the material properties of a landing mat could minimise ground reaction forces (GRF) and internal loading on a gymnast during landing. A multi-layer model of a gymnastics competition landing mat and a subject-specific seven-link wobbling mass model of a gymnast were developed to address this aim. Landing mat properties (stiffness and damping) were optimised using a Simplex algorithm to minimise GRF and internal loading. The optimisation of the landing mat parameters was characterised by minimal changes to the mat's stiffness ( < 0.5%) but increased damping (272%) compared to the competition landing mat. Changes to the landing mat resulted in reduced peak vertical and horizontal GRF and reduced bone bending moments in the shank and thigh compared to a matching simulation. Peak bone bending moments within the thigh and shank were reduced by 6% from 321.5 Nm to 302.5 Nm and GRF by 12% from 8626 N to 7552 N when compared to a matching simulation. The reduction in these forces may help to reduce the risk of bone fracture injury associated with a single landing and reduce the risk of a chronic injury such as a stress fracture.     

Pitching it right? Selection and learning at a music conservatoire

This article focuses on an oversubscribed UK higher education music conservatoire that centres its selection procedures on individual performance auditions. In this mixed‐method study, centrally‐held assessment scores are used to show that A‐level music grades are a more effective predictor of final degree result than performance at audition. This context is then used to consider the learning of two students at the conservatoire who defy the expectations implied by the statistical results. Through six interviews with each student, their stories are probed through the lens of their trajectories of participation. Drawing on the notion of expansive and restrictive learning, the role that depth and breadth plays in learning to perform is unpacked, and it is suggested that both may be of central importance in shaping musical expertise. The authors discuss the results in terms of the specific challenges that the conservatoire faces in broadening its access, and consider the implications for learners of musical performance.     

A robust approach for mapping group marks to individual marks using peer assessment

Group work can form a substantial component of degree programme assessments. To satisfy institutional and student expectations, students must often be assigned individual marks for their contributions to the group project, typically by mapping a single holistic group mark to individual marks using peer assessment scores. Since the early 1990s, various mapping methods that use self- and peer ratings have been developed. They are based on (normalised) individual weighting factors, partial scaling of the group mark, inter-rater agreement corrections or parabolic functions. We show that no single existing method can be successfully applied to most practical peer assessment scenarios such as different marking scale interpretations, intra-group ranking errors, biased free-riders and marks exceeding 100%. We present a combined analytical mapping method that incorporates the benefits of existing mechanisms, but alleviates their weaknesses with minimum computational effort and tutor input. The robustness of the method is illustrated through problematic assessment examples and empirically evaluated in multiple group work environments involving a total of 243 students and five different disciplines.     

Pre-service teachers' dispositions towards diversity: Arguing for a developmental hierarchy of change

This article explores Australian pre-service teachers' beliefs about and attitudes towards diversity. Building on Garmon's [Garmon, M. A. (2004). Changing preservice teachers' attitudes/beliefs about diversity: what are the critical factors? Journal of Teacher Education, 55(3), 201–213] argument that there are three dispositional factors that influence students' likelihood of developing multicultural awareness and sensitivity in teacher education programmes, the authors explore the relationship between such dispositions as exhibited in students' autoethnographic work. In so doing, the authors posit that these dispositions may be hierarchically developed: beginning from ‘self-awareness/self-reflectiveness’; moving towards ‘openness’; and finally a ‘commitment to social justice’. After exploring the nature of this hierarchical development through the in-depth investigation of six representative student accounts, the paper concludes by discussing the implications for teacher education, including the necessity to adjust our expectations of changing the dispositions of pre-service teachers in discrete, short courses.     

Laptop initiative: Impact on instructional technology integration and student learning

The purpose of this study was to examine how 1:1 laptop initiative affected student learning at a selected rural Midwestern high school. A total of 105 high school students enrolled in 10th–12th grades during the 2008–2009 school year participated in the study. A survey instrument created by the Mitchell Institute was modified and used to collect data on student perceptions and faculty perceptions of the impact of 1:1 laptop computing on student learning and instructional integration of technology in education. Study findings suggest that integration of 1:1 laptop computing positively impacts student academic engagement and student learning. Therefore, there is need for teachers to implement appropriate computing practices to enhance student learning. Additionally, teachers need to collaborate with their students to learn and understand various instructional technology applications beyond basic Internet browsing and word processing.     

Ways of Seeing Matter: The Impact of a Naturally Mapped Perceptual System on the Persuasive Effects of Immersive Virtual Reality Advertising

This study examines whether the naturalness of a device’s perceptual system, which defines the way users look around in the virtual environment, influences the persuasive effects of immersive virtual reality (IVR) advertising. In a between-subject experiment (N = 115), participants watched a 360-degree advertisement using one of three devices with different perceptual systems (a head-mounted display [HMD], a tablet, or a desktop computer, representing high, medium, and low naturalness respectively). The results revealed that participants who watched IVR advertising using a more naturally mapped perceptual interface (i.e., an HMD) reported higher levels of perceived naturalness than did those who used devices lower in naturalness (i.e., a tablet or a desktop computer). The use of a perceptual system with a higher level of natural mapping positively affected the sense of presence, which in turn enhanced advertising enjoyment and further improved the effects of IVR advertising, thereby yielding a three-step serial mediation model.     

New Interactions

From the first studies of wearables inside MIT’s Media Lab decades ago to the smartwatches and smartglasses sold these days as consumer devices, wearables provide clues to better understand new paths to record and distribute information. Google Glass was one of the first immersive products, allowing users to capture and stream information to the Web, creating screen-based micro-interactions displayed in front of the user’s eye or sent to their smartphone. The first-person perspective is not new, but network-enabled Glass creates a novel state of streamed information and images, potentially making the journalist an avatar of the audience. Possibilities also lay in the development of Glass-specific ambient or calm communications—providing users with seamless information updates. Our study explores how Glass, attached to the head of the journalist-broadcaster, creates alternative behaviours in those captured due to its almost-invisible camera. These and other aspects of Glass will be explored during this paper, recalling experiences made across multiple test beds in the United Kingdom, Porto Alegre, Brazil and the Sahara Desert. The lessons acquired from these experiences allow us to understand not only new ways to inform, but new relationships between journalists, newsrooms and the public.