Reprint

Stress and Training Load Effects on Recovery, Well-Being and Sports Performance

Edited by
March 2022
340 pages
  • ISBN978-3-0365-3321-6 (Hardback)
  • ISBN978-3-0365-3322-3 (PDF)

This book is a reprint of the Special Issue Stress and Training Load Effects on Recovery, Well-Being and Sports Performance that was published in

Environmental & Earth Sciences
Medicine & Pharmacology
Public Health & Healthcare
Summary

A growing body of literature demonstrates the influence of stress and training load on the recovery process and the well-being of exercise practitioners and athletes. The dependent relationships among stress, training load, recovery, and well-being may constrain overall performance, considering the well-establised and abundant evidence on the subject. However, the magnitude of such relationships may vary according to many contextual factors and the adaptability of the practitioners and athletes. Considering that more research should be carried out and published, the aim of the Special Issue “Stress and Training Load Effects on Recovery, Well-Being and Sports Performance” is to present high-quality original investigations or systematic reviews in the field of stress, training load, recovery, well-being and sports performance.

Format
  • Hardback
License and Copyright
© 2022 by the authors; CC BY-NC-ND license
Keywords
coaching styles; cortisol; learning; motivational climate; performance; football; match intensity; quantification; playing time; mental recovery; mental detachment; harmonious passion; obsessive passion; running-related injury; recreational running; electrostimulation; soccer; lactate; VO2peak; monocarboxylate transporter; physical activity; oxidative stress; superoxide dismutase; eccentric exercise; melon concentrate; fatigue; PGC-1α; magnesium; youth; performance; workload; physiological phenomena; medical psychology; heart rate; tower running; sex differences; age; running speed; vertical run; half ironman; ironman 70.3; age-dependent performance decline; masters athletes; triathlon; endurance; multi-sports; split disciplines; swimming; cycling; running; ultra-endurance; recovery; ultra-endurance; performance; gender; cycling speed; gender difference; sex gap; swimming performance; swimming stroke; holistic approach; maximal intermittent exercise; post-exercise recovery; heart rate variability; autonomic nervous system; endurance; heart rate; runners; triglycerides; VO2max; stress; burden; informal caregivers; burden; elderly; gender differences; neuroticism; competence; archery; stress; noncontact; simulation training; fNIRS; soccer players; encouragement; well-being; recovery state; mood state; enjoyment; human physical conditioning; resistance training; exercise therapy; plyometric exercise; football; sports; athletic performance; sports training; monitoring; endurance sports; trail running; periodization; athletes; posturography; core; stability; proprioception; eccentric exercise; single-leg decline squat; patellar tendon; vastus lateralis; sprint swimmers; body composition; results prediction; body fat; skeletal muscle mass; HRV; army; simulator; flight; anxiety; perceived exertion; muscle pain; stiffness; eccentric exercise; repeated-bout effect; knee extensor muscle; physical activity; midlife; COVID-19; heart rate variability; HRV; autonomic nervous system; military; human performance; physiological monitoring