Sheryl Kataoka

COVID-19 disrupted early reading development, especially for under-resourced students. Few studies have evaluated early reading skill recovery after the return to in-person instruction. This study tracked reading achievement among 236,701 kindergarten through second-grade students from the academic year 2019–2020 to 2023–2024 (48.7% female; 69.8% Latine). Children had lower reading performance and less growth during remote instruction (2020–2021) compared with the pre-COVID cohort. Reading scores improved once in-person learning resumed. Kindergarten students who experienced remote instruction during COVID-19 demonstrated reading achievement recovery by the second grade. We also assessed if increased school-level (N = 467) support services were related to reading skill growth. Results demonstrated that early reading skill recovery is possible after mass disruptions.

Background: Youth in the United States are experiencing rising rates of anxiety, depression, and other mental health challenges, yet many remain underserved due to systemic barriers such as poverty, limited access to care, and shortages in the mental health workforce. Schools and primary care clinics are trusted, community-based settings that offer strategic opportunities for early identification, prevention, and intervention. As part of a public health approach, integrating digital mental health tools into these settings can support broad access, enhance mental health literacy, and promote help-seeking behaviors among all students. When co-designed with youth and embedded within existing care systems, these tools offer a scalable, proactive solution to support well-being across diverse school-aged populations. Objective: This protocol describes the design and implementation of a stepped-wedge clinical trial to evaluate the Connected for Wellness mobile app, a youth- and caregiver-facing digital mental health intervention. Developed using participatory informatics and human-centered design principles, the app provides culturally relevant content in English and Spanish. Features include self-guided wellness activities, well-being screeners, psychoeducational videos, and localized service directories. Machine learning algorithms personalize content recommendations based on user inputs and behavioral patterns. Methods: This trial uses a stepped-wedge cluster randomized design across 20 community-based sites (10 high schools and 10 primary care clinics) in 2 counties in California. These counties were selected for their high proportions of underserved youth populations. All youth aged 13 to 22 years and their caregivers will be invited to access the app. Sites are randomized into 2 implementation waves. The app is introduced site-wide as a universal public health intervention supported by on-site navigators and peer ambassadors. The primary outcomes are derived from a cascade-of-care framework, including identification of mental health need, referral to services, initiation of services, and engagement (defined as ≥3 treatment visits). Data will be collected via anonymous in-app analytics, monthly World Health Organization–Five Well-Being Index assessments, and deidentified electronic health and administrative records. Generalized linear mixed models will be used to evaluate differences in cascade outcomes between pre- and postimplementation phases while accounting for clustering and site-level variability. Results: As of May 2025, the mobile app has been finalized, institutional review board approvals have been secured, and all study sites have been recruited. Participant recruitment is projected to begin in August 2025. Data collection and initial analyses will begin in early 2026, with preliminary findings expected by October 2026. Conclusions: This study tests a novel digital health intervention integrated into trusted care systems. If effective, the Connected for Wellness mobile app may serve as a scalable strategy to reduce disparities in mental health care access and engagement for youth across the United States. Trial Registration: ClinicalTrials.gov NCT06122688; https://clinicaltrials.gov/study/NCT06122688 International Registered Report Identifier (IRRID): PRR1-10.2196/73721

BACKGROUND Youth in the United States are experiencing rising rates of anxiety, depression, and other mental health challenges, yet many remain underserved due to systemic barriers such as poverty, limited access to care, and shortages in the mental health workforce. Schools and primary care clinics are trusted, community-based settings that offer strategic opportunities for early identification, prevention, and intervention. As part of a public health approach, integrating digital mental health tools into these settings can support broad access, enhance mental health literacy, and promote help-seeking behaviors among all students. When co-designed with youth and embedded within existing care systems, these tools offer a scalable, proactive solution to support well-being across diverse school-aged populations. OBJECTIVE This protocol describes the design and implementation of a stepped-wedge clinical trial to evaluate the Connected for Wellness mobile app, a youth- and caregiver-facing digital mental health intervention. Developed using participatory informatics and human-centered design principles, the app provides culturally relevant content in English and Spanish. Features include self-guided wellness activities, well-being screeners, psychoeducational videos, and localized service directories. Machine learning algorithms personalize content recommendations based on user inputs and behavioral patterns. METHODS This trial uses a stepped-wedge cluster randomized design across 20 community-based sites (10 high schools and 10 primary care clinics) in 2 counties in California. These counties were selected for their high proportions of underserved youth populations. All youth aged 13 to 22 years and their caregivers will be invited to access the app. Sites are randomized into 2 implementation waves. The app is introduced site-wide as a universal public health intervention supported by on-site navigators and peer ambassadors. The primary outcomes are derived from a cascade-of-care framework, including identification of mental health need, referral to services, initiation of services, and engagement (defined as ≥3 treatment visits). Data will be collected via anonymous in-app analytics, monthly World Health Organization–Five Well-Being Index assessments, and deidentified electronic health and administrative records. Generalized linear mixed models will be used to evaluate differences in cascade outcomes between pre- and postimplementation phases while accounting for clustering and site-level variability. RESULTS As of May 2025, the mobile app has been finalized, institutional review board approvals have been secured, and all study sites have been recruited. Participant recruitment is projected to begin in August 2025. Data collection and initial analyses will begin in early 2026, with preliminary findings expected by October 2026. CONCLUSIONS This study tests a novel digital health intervention integrated into trusted care systems. If effective, the Connected for Wellness mobile app may serve as a scalable strategy to reduce disparities in mental health care access and engagement for youth across the United States. CLINICALTRIAL ClinicalTrials.gov NCT06122688; https://clinicaltrials.gov/study/NCT06122688 INTERNATIONAL REGISTERED REPORT PRR1-10.2196/73721

New school transitions can be challenging for students on the autism spectrum. No published, evidence-based interventions exist to support families and teachers of students transitioning to elementary and secondary school during this critical period. Using Community Partnered Participatory Research, we developed Building Better Bridges (BBB), a caregiver coaching intervention that includes training on effective school communication, educational rights, advocacy, and child preparation strategies. We compared BBB (n = 83) to a module/resources-only comparison (n = 87) in a four-site randomized controlled trial in racially and ethnically diverse, under-resourced communities. In our intent-to-treat analysis, caregivers and teachers in BBB rated students’ transitions to the new classroom as more positive, relative to the comparison group. Results suggest this low-cost intervention can improve the transition process for families and students at high risk of poor transitions.

Minoritized students experience high trauma rates which can impact academic outcomes, and experiences may differ between males and females. We investigated the relationship between traumatic stress and academic outcomes by gender among predominantly minoritized students, and whether resilience-building assets can mediate the relationship between traumatic stress and academic outcomes. School administrative data were linked to survey data from 9th graders in 2016-2018 across 37 West Coast schools. We examined the association between traumatic stress risk and academic outcomes by gender. Where significant associations were found, mixed effects regression models accounting for school-level variation were fit to assess the role of resilience-building assets as potential mediators of the relationship between traumatic stress risk and academic outcomes. Among 1,750 female and 2,036 male students, we found no significant association between traumatic stress risk and low attendance (OR = 1.46, 95% CI [1.16, 1.84]), with no association among males. In models controlling for resilience-building assets, the magnitude of the association between traumatic stress risk and GPA p < .05), school support (18.97%; p < .05), and total internal assets (27.84%; p < .01). Resilience-building assets may partially mediate the effect of traumatic stress on GPA among females. Resilience initiatives, especially among minoritized female students, may protect against the effect of trauma on academics. (PsycInfo Database Record (c) 2022 APA, all rights reserved).