Self-concept theory was used as a theoretical basis to investigate the utility of social norms alcohol prevention programs for college athletes. The predictive relationship among alcohol use and athletic identity, competitiveness, drinking game participation, and level of sport participation was investigated. Drinking game participation was found to be a significant predictor of total weekly alcohol use above and beyond the other predictors. In addition, organized recreational sport participation was a significant predictor of total binge-drinking episodes. It was demonstrated that individuals not currently participating in sports with an athletic identity in the same range as current athletes consumed alcohol at similar rates to current athletes, thus supporting athletic identity as an alternative way of classifying athlete status when studying alcohol consumption patterns. These results highlight the importance of drinking game participation in the alcohol use of college athletes and the validity of applying self-concept theory to alcohol prevention programs.
Jacob A. Jones
Byron L. Zamboanga, Nathan T. Kearns, Janine V. Olthuis, Heidemarie Blumenthal and Renee M. Cloutier
Drinking games participation is common among both adolescents and emerging adults, and has been linked to heavy alcohol use and negative alcohol-related consequences (for reviews, see Zamboanga et al., 2014 ; Zamboanga, Tomaso, et al., 2016 ). Research further suggests that particular motives for
Graig M. Chow, Matthew D. Bird, Stinne Soendergaard and Yanyun Yang
Alcohol use represents an important mental health issue for student-athletes. Specifically, 77% of student-athletes consume alcohol and 42% engage in binge drinking (i.e., 4 or more drinks for women and 5 or more drinks for men; NCAA, 2018 ). As a result of alcohol use, student-athletes report
Janine V. Olthuis, Byron L. Zamboanga, Matthew P. Martens and Lindsay S. Ham
Research has shown that college student-athletes are at increased risk for hazardous alcohol use. As such, this study examined social and cognitive influences on athletes’ alcohol consumption by exploring the association between injunctive norms (parental, teammate, and coach approval) and hazardous alcohol use among college athletes, and testing whether alcohol expectancy outcomes and valuations would mediate this association. College student-athletes (n = 301; mean age = 19.4, SD = 1.3) completed self-report questionnaires assessing their drinking behaviors and perceptions of alcohol use in their social environment. Structural equation modeling revealed, in all but one case, a direct association between each of the injunctive norms variables and hazardous alcohol use. In addition, negative expectancy valuations mediated the association between teammate approval and hazardous alcohol use. Injunctive norms emerged as an important factor in student-athletes’ alcohol use. Implications for alcohol intervention programming among student-athletes are discussed.
Alison B. Pritchard Orr, Kathy Keiver, Chris P. Bertram and Sterling Clarren
Fetal alcohol spectrum disorder (FASD) is an umbrella term used to describe the deficits resulting from prenatal alcohol exposure (PAE). These deficits include a wide range of physical, cognitive, behavioral, and psychosocial problems that can severely impact an individual’s ability to function in
Holly F. Serrao, Matthew P. Martens, Jessica L. Martin and Tracey L. Rocha
Large-scale, national research studies have consistently indicated that college students participating in athletics consume more alcohol than nonathletes. Theorists have speculated that a number of risk factors could be associated with heavy drinking among this group, although research in the area has been sparse. The purpose of the current study was to assess the relationship between one possible risk factor, competitiveness, in a sample of recreational and elite college athletes to determine whether competitiveness was related to alcohol use among these athletes. Data were collected from a sample of 298 undergraduates from a large university in the northeastern United States. Results showed that competitiveness was associated with higher amounts of alcohol consumption. Clinical implications and future research directions are discussed.
Davy Vancampfort, Brendon Stubbs, Mats Hallgren, Andreas Lundin, James Mugisha and Ai Koyanagi
There have been some suggestions that light alcohol consumption has a protective effect on cardiovascular illness as well as on mortality, including all-cause mortality ( Mukamal et al., 2006 ; Thun et al., 1997 ). Alcohol may also facilitate relaxation through social interaction ( Blow, Serras
Matthew P. Martens, Kristen Dams-O’Connor and Christy Duffy-Paiement
Intercollegiate athletes have been identified as an at-risk group for heavy alcohol consumption. The purpose of the present study was to use a longitudinal design to assess for off-season versus in-season differences in alcohol consumption within a sample of intercollegiate athletes. Previous research has suggested that athletes drink less during their competitive seasons, but conclusions from this body of research have been tempered by methodological limitations in the previous studies. Results from 160 athletes competing at the National Collegiate Athletic Association Division I level indicated that alcohol use and negative alcohol-related consequences decreased during the athletes' competitive seasons. These results are interpreted in terms of the theory of planned behavior and social norms theory. Implications for alcohol prevention programs among college athletes are also addressed.
Jessica L. Martin, Matthew P. Martens, Holly F. Serrao and Tracey L. Rocha
Heavy alcohol consumption is a well-known health compromising addictive behavior. A lesser known addictive behavior that may cause physical and psychological harm is exercise dependence. Research has shown that heavy drinking co-occurs with other addictive behaviors, but until recently little was known about the co-occurrence of alcohol use and exercise dependence. The purpose of the current study was to examine this relationship and assess whether the co-occurrence could be accounted for by personality characteristics. Participants were 283 undergraduate students at a large, Northeastern university. All students reported consuming alcohol in the past 30 days and the majority (95.9%) reported exercising at least occasionally. Results indicated that alcohol use and alcohol-related problems co-occurred with exercise dependence and that personality characteristics did not fully account for the relationship. These findings have implications for clinicians and prevention specialists working with college students and provide several avenues for future research in an innovative area.
Ben Desbrow, Danielle Cecchin, Ashleigh Jones, Gary Grant, Chris Irwin and Michael Leveritt
The addition of 25 mmol·L−1 sodium to low alcohol (2.3% ABV) beer has been shown to enhance post exercise fluid retention compared with full strength (4.8% ABV) beer with and without electrolyte modification. This investigation explored the effect of further manipulations to the alcohol and sodium content of beer on fluid restoration following exercise. Twelve male volunteers lost 2.03 ± 0.19% body mass (mean ± SD) using cycling-based exercise. Participants were then randomly allocated a different beer to consume on four separate occasions. Drinks included low alcohol beer with 25 mmol·L−1 of added sodium [LightBeer+25], low alcohol beer with 50 mmol·L−1 of added sodium [LightBeer+50], midstrength beer (3.5% ABV) [Mid] or midstrength beer with 25 mmolL−1 of added sodium [Mid+25]. Total drink volumes in each trial were equivalent to 150% of body mass loss during exercise, consumed over a 1h period. Body mass, urine samples and regulatory hormones were obtained before and 4 hr after beverage consumption. Total urine output was significantly lower in the LightBeer+50 trial (1450 ± 183 ml) compared with the LightBeer+25 (1796 ± 284 ml), Mid+25 (1786 ± 373 ml) and Mid (1986 ± 304 ml) trials (allp < .05). This resulted in significantly higher net body mass following the LightBeer+50 trial (-0.97 ± 0.17kg) compared with all other beverages (LightBeer+25 (-1.30 ± 0.24 kg), Mid+25 (-1.38 ± 0.33 kg) and Mid (-1.58 ± 0.29 kg), all p < .05). No significant changes to aldosterone or vasopressin were associated with different drink treatments. The electrolyte concentration of low alcohol beer appears to have more significant impact on post exercise fluid retention than small changes in alcohol content.