Many of the UK open water accidental deaths have been attributed to the initial responses to cold water immersion (CWI) collectively known as the cold shock response (CSR). The aim of this study was to analyse the publicly available internet information on CWI and CSR for accuracy and quality compared to the ‘gold standard’ published, peer-reviewed research. Seventy-eight webpages which provided information in English on unexpected CWI and CSR were evaluated. Webpages were accessible, widely available, and had appropriate readability scores. Webpage accuracy was suboptimal including only presenting on average 10 (range 3-16) CSR components out of 19. Quality of information also was poor with only 3 webpages meeting the JAMA benchmark for high quality. In addition, 19 webpages had incorrect statements, and 15 had dangerously incorrect statements. To increase public awareness and prevent drowning, webpages should include all the physiological responses and dangers of the CSR as well as practical mitigations.

Drowning is the leading cause of death among individuals with autism spectrum disorder (ASD). The current study examined water orientation (i.e., comfort level), water safety, and beginning swimming skills of individuals with ASD of ages ranging from 3 to 13 years using the Aquatic Orientation Checklist (AOC) (Kilian et al., 1984). Data were collected during consecutive Fall and Spring semesters. A total of 23 children (n = 15 boys; n = 8 girls) volunteered for the study. Lessons were conducted twice a week for 10 weeks continuously and each lesson was 45 minutes in length. Overall, the swimming program had a significantly positive impact on the participants: they were less resistant to learn, showed an increase in comfort level in the aquatic environment, and were more willing to learn basic water safety and swimming skills by the completion of the program. These outcomes support the importance and effectiveness of teaching basic water safety and swimming skills to individuals with ASD to increase comfort level in the water and to decrease drowning rates.

We offer this short addendum to the 2017 article that appeared in IJARE, "From swimming skill to water competence: Towards a more inclusive drowning prevention future" (Stallman et al., 2017), as an editorial to argue that the essential water competencies ought to be mastered "without goggles." The focus is on the potential negative effect of goggle use during beginning swimming instruction along with their likely absence during unintended and unexpected immersions in natural bodies of water that often lead to drowning. Rejman and Stallman (2024) demonstrated the development of dependence on goggles among young adults and described its negative effect on the development of breath control skills, perhaps the most important of all water competence elements.

This study aimed to investigate the construct validity, test-retest reliability, and inter-rater reliability of a newly developed and comprehensive instrument for assessment of children’s swimming competence. The Swimming Competence Assessment Scale (SCAS) consists of six consecutive test items (entry, swim on front, surface dive, float, swim on back and exit) that aligns with the Norwegian curricular standard of swimming competence. The exploratory factor analysis retained a unidimensional model, supporting one underlaying statistical dimension with acceptable internal consistency (α = 0.79). Intraclass correlation coefficients (ICCs) between test and retest ranged from .84 to .98, and .97 for the total score. Strong agreement among raters was obtained with ICCs from .82 to .94, and .95 for the total score. This study provides empirical evidence in key psychometric properties for the SCAS as findings support the scale's construct validity, acceptable test-retest reliability and inter-rater objectivity.

The phrase, 'feel for the water,' is commonly used. But what does it really mean? The traditional idea of this 'feel' focuses on the sensation of touch and use of the hands to produce propulsion. But what about water resistance? Mastering a feel for how to reduce resistance is equally important as the unique relationship between aquatic propulsion and resistance is of great importance. While being in the water, the effects of gravity and buoyancy also need to be perceived by the learner and taught by the instructor. Reflection on the effects on propulsion-resistance and gravity-buoyancy requires relevant exercises to achieve our goals whatever they might be. Different goals imply different approaches. Sometimes the aim is to reduce resistance in the water; sometimes to increase it. And why should the focus be on the hands only, while the feet are also very important? Understanding how multiple senses and body parts are involved in pursuing the aquatic teaching-learning process or 'odyssey' is the goal of this contribution.

This conceptual paper explores the complex interplay among the human brain, emotions, and decision-making processes, particularly in aquatic environments. Integrating insights from neuroscience, psychology, and behavioural economics, we investigate how instinctual responses and emotional states influence our decisions during water-related activities. By analysing both biological and psychological factors, the paper aims to illuminate the intricacies of human behaviour in various aquatic settings and highlights significant gaps in the research on emotional decision-making that warrant further investigation. Additionally, the paper suggests interventions, including plausible communication strategies, to mitigate the impact of instinctual responses and improve safety and decision-making efficiency.

Drowning is preventable but still claims the lives of over 300,000 people worldwide every year. The purpose of this theoretical review paper is threefold: 1) discuss the theoretical framework for a multi-faceted system of prevention; 2) discuss the importance of parenting, a crucial area where current drowning prevention research is falling short in this multi-faceted approach; and 3) discuss how evidence-based practices from psychosocial parenting research could be used to create drowning prevention interventions that support parents to implement water safety practices in their families. Practical ideas for integrating psychosocial parent interventions with drowning prevention knowledge are discussed. Such interventions have the potential to support all families, especially those from marginalized backgrounds, and ultimately reduce drowning rates and save lives.

Surf lifesaving members are essential first responders who patrol public waterways, performing rescues and resuscitation to individuals in the community when needed. In this way, surf lifesaving members experience arduous physical requirements alongside extensive psychological stress during resuscitation. Surf Life Saving Queensland (SLSQ) represents the predominant, frontline lifesaving service in Queensland, Australia; however, little research has explored key aspects of drowning resuscitations involving this organisation, as well as in the broader lifesaving industry, limiting our current understanding on this vital topic. We sought to explore key aspects of drowning resuscitations within SLSQ and create a framework to generate evidence-based practice. In guiding future lines of inquiry addressing this deficiency, a six-step research framework has been proposed to aid in holistically understanding the resuscitation process from a surf lifesaving perspective. Evidence generated from applying this framework will create a much-needed knowledge base for surf lifesaving organisations to use in the development of practical, strategic, and effective decisions to enhance their practices and ultimately better prevent drowning fatalities.