This innovative text is the first to illustrate how neuroscience concepts can be translated and applied to counseling with children and adolescents. Drs. Field and Ghoston discuss general principles for child and adolescent counseling before examining neurophysiological development from birth to age 18. They then provide in-session examples of…

Written for speech-language clinicians in the school setting, the manual describes therapy techniques used in the Keystone Adolescent Program for Stutterers (KAPS). KAPS emphasizes the Airflow Technique, a self-regulatory approach consisting of two parts: (1) a quiet breathing in and out allowing the breath to flow out a distance before initiating…

Discusses how teachers can help music students overcome performance anxiety. Divides performance anxiety into four major components: physiological, cognitive, behavioral, and psychological. Suggests fighting anxiety with relaxation techniques, imagery, cognitive statements, positive thinking, practice, and preparation. Discourages use of…

Summarizes a report which attempted to determine the usefulness of various human potential technologies in military training programs. Includes information on sleep learning, accelerated learning, mental practice, biofeedback, group cohesion, split-brain effects, altered mental states, influence strategies, and parapsychology. (TW)

Included in this volume are papers on stress management in athletics; eight of the ten papers are followed with a "Coach's Reaction": (1) "Competitive Athletic Stress Factors in Athletes and Coaches" (Walter Kroll); (2) "Mental Preparation for Peak Performance in Swimmers" (Eugene F. Gauron)--Coach's Reaction by Suzi…

The article explains the role of feedback and biofeedback in speech therapy; identifies speech parameters that can be modeled by current systems (e.g., pitch, intensity, voice quality, and articulatory accuracy); and describes selected microcomputer-based speech production biofeedback systems that are available. An appendix provides sources. (DB)

Describes two demonstration experiments. Outlines a demonstration of the general principle of positive and negative feedback and the influence of time delays in feedback circuits. Elucidates the principle of negative feedback with a model of the iris of the eye. Emphasizes the importance of feedback in biological systems. (CW)