Factor analysis of performance in Olympic decathlon events reveals four basic functions expressed in sprints, throwing events, distance runs, and jumping events: running speed, explosive arm strength, running endurance, and explosive leg strength. (MJB)

Computer simulation was used to analyze techniques of performing the flip long jump. (MM)

This paper describes the design and use of an apparatus capable of measuring reaction time and movement time, and recording time across various segments of the sprint event. (MB)

This paper describes the design and use of a simple portable electronic metronome using standard parts that may be built locally for low costs. (MB)

Training for distance running over a long period produces meaningful changes in the running mechanics of experienced runners, as revealed in this longitudinal study of the biomechanical components of stride length, stride rate, stride time, and support and nonsupport time. (MB)

The utilization of a portable minicomputer for the administration of scoring a decathlon competition has proved to be accurate and effective. (JD)

While there would seem to be a predisposition of body type that would influence the individual's ability to perform in an event, it may also be that the training procedures for those specific events are common to both men and women athletes.