An Investigation of COVID-19 Outcomes and College Student Demographics: Results from a National Sample.

PURPOSE: To assess the effects of COVID-19 on college students and any differential outcomes across collegiate sub-populations towards the beginning of the pandemic. DESIGN: Cross-sectional survey. SETTING: Fall 2020 American College Health Association-National College Health Assessment. SUBJECTS: N = 13 373 undergraduate/graduate/professional students; 22 colleges/universities. MEASURES: Six COVID-19 outcomes; 10 demographics. ANALYSIS: Campus-specific weights for student enrollment/sex distribution. Cross-tabulations/Pearson χ2 test; Cramer's V/effect size; Bonferroni multiple testing correction (P < .0009). RESULTS: 5.6% of students had been diagnosed with COVID-19. Compared to counterparts within each demographic category, rates were significantly higher among many BIPOC student groups (e.g., Native Hawaiian/Other Pacific Islander: 15.0%); cisgender women (5.9%) and men (5.6%); heterosexuals (6.1%); undergraduates (6.3%); and sorority/fraternity members (13.7%). Due to COVID-19, 8.8% of students had lost a loved one; 14.6% had a loved one with long term effects from COVID; 38.6% had increased stress; 61.4% had more financial concerns; and 52.7% had more difficulty accessing mental healthcare. Students identifying as BIPOC; cisgender women and transgender/gender non-conforming (TGNC); queer-spectrum; undergraduate; first-generation; having a disability; and taking courses online were significantly more affected by most of these outcomes (all comparisons P < .0009). CONCLUSIONS: Students were widely impacted by COVID-19 with substantive differences across sub-populations. Future research should examine trends over time and explore ways to reduce health disparities.

Associations Between College/University Physical Activity Requirements and Student Physical Activity.

Background: Most U.S. college students do not meet physical activity guidelines. Physical activity requirements (PAR) are a proposed solution for increasing undergraduate physical activity. Purpose: To determine whether college/university PAR are associated with undergraduates' self-reported physical activity. Methods: Undergraduate students (N = 383,632) attending colleges and universities taking part in the American College Health Association-National College Health Assessment II survey (2015-2019) self-reported physical activity and demographics. Using websites and course catalogs, researchers coded schools to indicate binary PAR status. Bayesian Hierarchical Logistic Regression was used to determine the percentage of students meeting physical activity guidelines; interactions between PAR status and student characteristics (sex, BMI) were examined. Results: PAR status was positively associated with percent of students meeting physical activity guidelines (PAR: 43.3%, without: 40.5%; difference score 95% Highest Density Interval [HDI; 1.0, 4.5]). A greater percentage of students attending schools with PAR, versus without, met physical activity guidelines across all categories of sex and weight. However, the positive relationship between PAR status and physical activity was stronger among male students (PAR: 46.7%, without: 43.2%; 95% HDI [1.6, 5.4]) compared to female students (PAR: 39.9%, without: 37.9%; 95% HCI [0.2, 3.8]), and among students with underweight (PAR: 39.2%, without: 35.5%; 95% HDI [1.2, 6.3]) or obesity (PAR: 37.1%, without: 33.7%; 95% HDI [1.4, 5.3]) compared to normal weight (PAR: 49.3%, without: 47.4%; 95% HDI [0.1, 3.7]) or overweight (PAR: 47.5%, without: 45.5%; 95% HDI [0.1, 4.0]). Conclusions: PAR are associated with meeting physical activity guidelines, particularly among college/university students with underweight or obesity.

Prevalence of Physical Activity Requirements Among US Colleges/Universities Participating in the American College Health Association-National College Health Assessment II.

Physical activity requirements (PAR; ie, courses required for graduation) have been proposed as a policy solution for increasing undergraduate physical activity. This study aimed to report prevalence of PAR among US colleges/universities participating in the American College Health Association-National College Health Assessment (ACHA-NCHA) and to understand whether these requirements were associated with campus characteristics. Data from the American College Health Association-National College Health Assessment II serial cross-sectional survey (2015-2019) were merged with researcher coded variables (2019): binary PAR status, nature of PAR (activity-based, conceptual, or combination), and number of courses required to fulfill the PAR. Logistic regression determined whether campus characteristics were associated with PAR in 2019. Nonparametric tests examined differences in nature and number of PAR courses. Of 379 schools, 59 (15.6%) had PAR, with 36 (61.0%) having activity-based PAR and 23 (39.0%) having a combination. Compared to public and four-year schools, private (OR=3.47 [1.77, 6.80]) and two-year schools (OR=6.55 [2.21, 19.45]) had significantly increased odds of having PAR. Private schools required significantly more PAR courses compared to public schools (2.42 vs. 1.73, P=.005). PAR were less prevalent in this sample than reported historically, indicating need for campus leadership attention to this issue. Research is needed to understand what barriers exist to implementing and maintaining PAR on college/university campuses, particularly among public and four-year schools. Understanding health promotion practices among ACHA member schools, which have made leadership commitments to promote student health, can provide greater knowledge of PAR barriers and best practices in schools across the United States and globally.

Associations between college/university campus characteristics and student body mass index.

BACKGROUND: Campus environments are associated with undergraduate weight. However, few studies have examined campus type and geographic location in relation to student weight. This article aimed to identify college/university students with elevated BMIs by campus type and region. METHODS: Linear mixed effects regression models were fit to data from the American College Health Association-National College Health Assessment II. Analyses tested associations between campus type/region and student self-reported BMI. RESULTS: The sample included 404,987 students from 445 schools with mean BMI 24.9 ± 5.8. Across all school types/regions, BMI confidence intervals included overweight values. Two-year and public school students had higher BMIs compared to four-year and private school students, respectively. Students in the Midwest had higher BMIs compared to students in the Northeast. In the South only, Minority Serving Institution (MSI) students had higher BMIs compared to non-MSI students. CONCLUSION: Healthy weight maintenance programs should be made available to undergraduate students.