Teaching for independence

If learning how to learn is the most important subject matter of 20th Century schools, then the time has come to encourage the widespread development of undergraduate reading degree programs for future teachers. Ten years ago, Eastern Washington University began offering Reading Education as an undergraduate major for elementary teaching candidates, and as an undergraduate minor for secondary teaching candidates. The availability of a reading major has created a positive cycle of benefits for EWU students, the districts that hire our students, the department of education and the university. This paper explains the rationale behind the establishment of the reading major and this university's findings following 10 years of successful teacher education in the discipline of reading.She is a specialist in reading and elementary education. Formerly a public school teacher, she has served as a reading consultant and program developer.A position he has held for 13 of the 18 years he has been there. Barbara de Michele, a former public school teacher and magazine editor, is the internal communications coordinator for the Spokane Washington Public School District.     

Game Design Narrative for Learning: Appropriating Adventure Game Design Narrative Devices and Techniques for the Design of Interactive Learning Environments

The purpose of this conceptual analysis is to investigate how contemporary video and computer games might inform instructional design by looking at how narrative devices and techniques support problem solving within complex, multimodal environments. Specifically, this analysis presents a brief overview of game genres and the role of narrative in popular adventure game design, along with an analysis of how narrative supports problem solving in adventure games. Additionally, an analysis of the underlying structure used in game design for developing narratives is presented along with design heuristics for constructing narratives for educational purposes.     

HIV/AIDS Outreach: Curriculum Development and Skills Training to Health and Information Professionals

With funding from the National Library of Medicine HIV/AIDS Community Information Outreach Program (ACIOP), librarians at the University of Florida Health Sciences Libraries partnered with university and community groups to facilitate collaboration, develop new information resources, develop information-seeking skills, and raise general awareness surrounding HIV/AIDS risks, prevention, and treatment. This article describes the skills development elements of the project, including development and implementation of an HIV/AIDS information resource curriculum for health care providers, social services professionals, and public librarians within the project’s partner organizations.     

Building Multicultural Awareness in University Students Using Synchronous Technology

To explore the potential for building multicultural awareness in university students using synchronous technology, faculty members from an American regional state university and a Chinese regional university collaborated to find appropriate ways to integrate synchronous technology (e.g., Adobe Connect) into a teacher education program in the American university and in an English as a Foreign Language (EFL) program in China. The paper reports the collaborative efforts during the spring 2016 semester using Adobe Connect to enrich student learning at both sites. This report includes the project overview, project implementation, its evaluation framework, and initial findings.     

Teaching Spelling: microcomputers or small group tuition

Two groups of eight and nine year old children were given spelling practice using 25 words. One group used computer assisted learning whilst the other was given small group tuition by a teacher. Both groups achieved signficantly better results than a third (control group). There was, however, no significant difference between the gains made by the two experimental groups.     

Comparison of split double and triple twists in pair figure skating

In this study, we compared the kinematic variables of the split triple twist with those of the split double twist to help coaches and scientists understand these landmark pair skating skills. High-speed video was taken during the pair short and free programmes at the 2002 Salt Lake City Winter Olympics and the 2003 International Skating Union Grand Prix Finals. Three-dimensional analyses of 14 split double twists and 15 split triple twists from eleven pairs were completed. In spite of considerable variability in the performance variables among the pairs, the main difference between the split double twists and split triple twists was an increase in rotational rate. While eight of the eleven pairs relied primarily on an increased rotational rate to complete the split triple twist, three pairs employed a combined strategy of increased rotational rate and increased flight time due predominantly to delayed or lower catches. These results were similar to observations of jumps in singles skating for which the extra rotation is typically due to an increase in rotational velocity; increases in flight time come primarily from delayed landings as opposed to additional height during flight. Combining an increase in flight time and rotational rate may be a good strategy for completing the split triple twist in pair skating.     

Power production of the lower limbs in flutter-kick swimming

This study aimed to compare the power produced by the flutter-kick action at different swimming velocities. Eighteen high-level male swimmers completed a maximal 15-m flutter-kicking sprint and underwent two tests (one passive and one with maximal flutter-kicking) in which they were towed at six velocities ranging from 1.0 to 2.0 m/s. Power values were computed for each velocity, and selected kinematic indices were evaluated at 1.2 and 2.0 m/s. The highest power (54 ± 8 W) was observed at the velocity at which the drag equaled the propulsive force (1.27 ± 0.08 m/s), which was similar to that recorded in the flutter-kicking sprint (1.26 ± 0.09 m/s). Thereafter, power decreased significantly with increasing velocity, up to 17 ± 10 W (at 2.0 m/s). The angle between the horizontal and the line connecting the highest and lowest points of the malleolus trajectory was significantly wider at 1.2 m/s than at 2.0 m/s (75 ± 4° vs. 63 ± 6°). This could explain the change of power with velocity because all the other kinematic indices considered were similar at the two velocities. These results suggest that the propulsive role of the flutter-kick increases as the swimming velocity decreases.