Pedagogical design considerations in sex education on interactive multimedia using CD‐Rom: an example of sexual intercourse

Human sexuality is a significant issue for educators to understand and teach about, and for young people to learn about. The development of interactive multimedia technologies has added a range of new dimensions associated with designing pedagogies for sex education on Interactive Multimedia (IMM). Here, a module on CD‐Rom on Sexuality and Human Relationships designed for student teachers is presented as an example of a resource, and analysed for the pedagogical considerations that accompany it. The paper concludes that the conceptualisation and design of IMM on CD‐Rom on sexuality is able to address a range of commonly used pedagogies. The most significant pedagogical renegotiation appears to lie in the transposing of human‐to‐human interaction, as in discussion, real life scenarios, simulation, role analysis, values and attitude clarification, to human‐to‐screen interaction. This may be addressed principally by using camera phones where human‐to‐human interaction occurs visually and in real time, whilst email and discussion groups can cater for delayed, typed text human‐to‐human interactions. For some learners, using IMM on CD‐Rom for sex education may be less effective, but for others it may be ideal as it provides for privacy, solo contemplation, self‐dialogue, and negates embarrassment in front of peers or teachers.     

The assessment of adolescent female athletes using standing and reactive long jumps

The aim of this study was to evaluate the reliability of two long jump tasks and their ability to predict 10 m sprint performance in elite adolescent female athletes. Eight junior national-level female track and field athletes completed three standing (SLJ) and reactive long jumps (RLJ) on portable force plates, followed by three 10 m sprints. Intra-class correlation coefficients (ICC) and coefficients of variation (CV) were calculated to examine reliability. Linear regression results identified the best predictor of average and best 10 m sprint time from the jump kinematic and kinetic measures. The ICCs and CVs indicated good reliability for the majority of kinetic measures however, better reliability was reported for the SLJ. The SLJ was a good predictor of best and average 10 m sprint time, with average horizontal power the best predictor of performance (best; R2 = 0.751, p = 0.003, Standard Error of Estimate (SEE)% = 2.2 average; R2 = 0.708, p = 0.005, SEE% = 2.5).     

INCORPORATING FIELD SITES INTO SERVICE-LEARNING AS COLLABORATIVE PARTNERS

This article, which describes the service-learning program at the University of North Carolina at Charlotte, advocates incorporating the needs and perspectives of field sites selected for involvement in service-learning projects. Information is gathered through interviews with field site supervisors. Service-learning requires the active participation of both members of the college or university (e.g., students, faculty members, and administrators) and community partners in a collaborative process. When successful, this collaboration focuses on both mutual interests and common goals. Involving all partners throughout the process is crucial for successful collaboration. This article offers suggestions for the development of strong service-learning collaborations with community organizations. These suggestions fall into three broad categories: (a) level of site involvement throughout the project, (b) conceptualization of the project, and (c) managerial aspects of the collaboration.