The interest in aquatic activities programs has been steadily increasing over the past few decades, focusing on the promotion of physical fitness and primary health prevention. However, there is limited information about the effects of such programs on participants' well-being in comparison to land-based activities. This information is even scarcer when it comes to thermalism and its comparison with other aquatic programs. The characteristics of the aquatic environment offer several unique advantages such as; Buoyancy (attenuates the effect of gravity.), Density (promotes faster strengthening as water is denser than air), Energy Expenditure: (elicits greater energy expenditure compared to land-based exercises) and Comfort: (self-perceived exercise is more comfortable due to the hydrostatic properties of water).

This Research Topic seeks to achieve deeper insights into:

1. Thermalism Impact: The effects of natural hot springs and mineral waters (thermalism) on sports performance, physical fitness markers, and injury rehabilitation.

2. Aquatic Fitness Programs: The effects of various structured aquatic fitness programs on sports performance, physical fitness markers, and injury rehabilitation.

3. Comparative Analysis: A comparison between different types of aquatic programs in terms of their effectiveness and benefits.

4. Holistic Approach: The consideration of well-being markers in assessing the effectiveness of these programs.

The therapeutic properties of water have long been utilized to enhance physical performance and recovery, from ancient thermal baths to contemporary aquatic fitness programs. This Research Topic aims to explore the impact of thermalism, aquatic fitness, and other water-based activities on well-being markers, with a focus on: sports performance, physical activity and injury rehabilitation. Contributions are encouraged from interdisciplinary fields that can provide comprehensive insights into the multifaceted benefits of aquatic activities. By fostering a deeper understanding of thermalism and aquatic fitness programs, this Research Topic aims to enhance the scientific community's knowledge and guide future research and clinical practices.

Submit your idea

Impact

Frontiers in Sports and Active Living

Submit your idea

Impact