•Job loss increases risk for psychological and physical abuse during the pandemic.•Positive cognitive reframing mitigates risk of job loss on physical abuse.•Interventions targeting reframing may ...decrease risk for abuse during COVID-19.
Job loss resulting from the COVID-19 pandemic presents significant risk for child abuse. Protective factors, such as reframing coping, may mitigate the risk of job loss on child maltreatment.
The current study investigated factors associated with child maltreatment during the COVID-19 pandemic, including parental job loss, and whether cognitive reframing moderated associations between job loss and child maltreatment.
A community sample of 342 parents (62% mothers) of 4- to 10-year-olds (M = 7.38, SD = 2.01; 57.3% male) living in the United States completed online questionnaires regarding experiences with COVID-19, the Parent-Child Conflict Tactics Scale, and the Family Crisis Oriented Personal Evaluation Scales.
Two logistic regression analyses evaluated predictors of whether parents psychologically maltreated or physically abused their children during the pandemic controlling for maltreating history, parental depressive symptoms, financial stability, parent age, parent gender, child age, and child gender. Parents who lost their jobs (OR = 4.86, 95% CI 1.19, 19.91, p = .03), were more depressed (OR = 1.05, 95% CI 1.02, 1.08, p < .01), and previously psychologically maltreated their children (OR = 111.94, 95% CI 28.54, 439.01, p < .001) were more likely to psychologically maltreat during the pandemic. Regarding physical abuse, a significant interaction between job loss and reframing coping emerged (OR = 0.76, 95% CI 0.59, 0.99, p = .04). Among parents who lost their jobs, the probability of physical abuse decreased as reframing coping increased.
Job loss during the COVID-19 pandemic is a significant risk factor for child maltreatment. Reframing coping may be an important buffer of this association on physical abuse and presents implications for maltreatment prevention.
Colleges are increasingly recognizing the need for specialized supports to address the complex needs of students with a history of foster care. This study provides strengths and lessons learned in ...program development from a national sample of campus-based support program staff and administrators. Findings indicate the importance of enhancing professional knowledge of the population and existing campus and community supports, in addition to specialized services and staff to support student success.
Proton-transfer-reaction time-of-flight mass spectrometry (PTR-ToF-MS) is a technique commonly used to measure ambient volatile organic compounds (VOCs) in urban, rural, and remote environments. ...PTR-ToF-MS is known to produce artifacts from ion fragmentation, which complicates the interpretation and quantification of key atmospheric VOCs. This study evaluates the extent to which fragmentation and other ionization processes impact urban measurements of the PTR-ToF-MS ions typically assigned to isoprene (m/z 69, C5H8H+), acetaldehyde (m/z 45, CH3CHO+), and benzene (m/z 79, C6H6H+). Interferences from fragmentation are identified using gas chromatography (GC) pre-separation, and the impact of these interferences is quantified using ground-based and airborne measurements in a number of US cities, including Las Vegas, Los Angeles, New York City, and Detroit. In urban regions with low biogenic isoprene emissions (e.g., Las Vegas), fragmentation from higher-carbon aldehydes and cycloalkanes emitted from anthropogenic sources may contribute to m/z 69 by as much as 50 % during the day, while the majority of the signal at m/z 69 is attributed to fragmentation during the night. Interferences are a higher fraction of m/z 69 during airborne studies, which likely results from differences in the reactivity between isoprene and the interfering species along with the subsequent changes to the VOC mixture at higher altitudes. For other PTR masses, including m/z 45 and m/z 79, interferences are observed due to fragmentation and O2+ ionization of VOCs typically used in solvents, which are becoming a more important source of anthropogenic VOCs in urban areas. We present methods to correct these interferences, which provide better agreement with GC measurements of isomer-specific molecules. These observations show the utility of deploying GC pre-separation for the interpretation PTR-ToF-MS spectra.
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