Immediate Psychological Effects of the COVID-19 Quarantine in Youth From Italy and Spain

If you try to remember the early spring of 2020, it's the details that come back first: empty playgrounds, kids peering out apartment windows, and parents juggling Zoom calls with school assignments that weren't designed to be done at the kitchen table. Italy and Spain went through that first, and fast. They were hit hard and locked down hard. In the middle of that, Orgilés and colleagues asked a straightforward question with big consequences: what was happening, right then, to kids' emotions and behavior? They didn't wait for long-term follow-ups or perfect lab measures. They went for immediacy. The team built a cross-national, parent-reported survey and reached one thousand one hundred and forty-three primary caregivers of children ages three to eighteen—about two-thirds in Italy, the rest in Spain—right in the first month of the lockdowns. Parents described what had changed in their children compared with before confinement, and they did it across a wide swath of daily life: mood and behavior, sleep and screen time, family coexistence, and the parents' own stress. They also captured the small domestic variables that matter more than we admit—like whether a child had access to outdoor space. This wasn't a perfect mirror of the child's inner world. It was a parent's view, taken in the heat of the moment. But for the kind of policy questions officials were facing—what helps, what hurts, where to look first—it's exactly the sort of snapshot you want. Let's talk about how they built it, because method matters when you're moving this fast. The instrument was an online questionnaire refined with input from six clinical psychologists, piloted with parents, and then deployed through social networks using snowball sampling. At its core was a thirty-one item symptom checklist: parents rated whether each item—things like difficulty concentrating, irritability, dependence on caregivers—was more, the same, or less than before quarantine, on a five-point scale. That symptom scale hung together well; statistically, its internal consistency was excellent, with a Cronbach's alpha of zero point ninety-five. They also asked about routines—screen time, physical activity, sleep—before and during quarantine, and computed simple change scores by subtracting "before" from "during." Analytically, they kept it conservative. Because many variables weren't normally distributed, they leaned on nonparametric comparisons like Mann–Whitney U and chi-square, tightened p-values with Bonferroni corrections when running many tests, and then used generalized linear models to adjust for baseline differences, parental age, and parent stress. Relationships among variables—say, stress and screen time—were summarized with Spearman correlations. All of this kicked off roughly two weeks after lockdown began in each country and ran for about two more weeks, hitting that window where the immediate effects would be most visible. What did parents see? Change. Eighty-five percent reported that their child's emotional state or behavior was different under quarantine. The single most frequent shift was a drop in concentration—three out of four parents noticed it. You can almost hear the scene: a child who normally zips through homework now drifting, fidgeting, bouncing between tasks. After that came the feelings you'd expect when routines crumble and peers vanish from daily life: boredom, irritability, and restlessness. Each of those cropped up in roughly a third to a half of reports. These aren't diagnoses. They're the texture of a day under confinement. There was also a clear cross-country signal. Spanish children were more affected on the whole than Italian children. When Orgilés and colleagues adjusted for sociodemographic differences, the share of parents saying "yes, my child has been affected by quarantine" ticked higher in Spain—about eighty-nine percent—than in Italy, which sat near eighty-four percent. Look at individual symptoms and the pattern holds. Restlessness was more common in Spain than in Italy, and dependence on caregivers rose more in Spain too. Even fear when a family member left the house, that little flash of panic that someone might not come back safe, appeared more often in Spanish reports. The same was true for sadness and loneliness; those were higher in Spain as well. Why would that be? The study wasn't designed to prove mechanisms, but the authors point to context. Spanish rules around leaving home were, at that time, tighter for children, and Spanish families in this sample were much less likely to have garden access than Italian families. In other words, two children are both "on lockdown," but one can kick a ball in a backyard while the other cannot step beyond a hallway. That difference might sound small. To a six-year-old, it's not. Habits shifted too, and in ways that track with what many families felt firsthand. Screen time went up. Physical activity went down. Sleep crept higher. The headline number here is striking: only about fifteen percent of kids hit the World Health Organization's recommendation of at least sixty minutes of daily physical activity during quarantine, down from just over half before. That is a cliff, not a slope. Sleep increased by roughly an hour and a bit across the week, which might reflect later bedtimes, fewer early alarms, or both. When the team compared countries, Spanish children spent more time on screens than Italian children during confinement. Differences in activity and sleep between the countries weren't statistically significant. Picture two parallel tracks: the same directions of change, similar in magnitude, with Spain's screen line sitting a little higher. Now comes the layer that ties the child's day to the parent's. This was a family experience, not an individual one. About a third of caregivers reported being stressed, and that stress traveled. In statistical terms, parent stress was associated with twenty-five of the thirty-one child symptoms. The correlations were small to moderate—the Spearman coefficients typically sat between zero point zero seven and zero point twenty-six—but they were consistent. More stressed parents tended to report more child irritability, more restlessness, and more worries. They also reported shifts in routines: higher stress linked to more child screen time, less physical activity, and fewer hours of sleep. In Spain, the connection between parent stress and reduced child activity was a bit stronger, with a correlation around zero point twenty-two. No one's saying this is cause and effect. But when the same pattern appears across symptoms and across the two countries, the message is clear: how the household is coping shows up in the child. Family climate mattered in gentler ways too. Parents who said coexistence was easier during quarantine tended to describe kids who were more active. Those who felt the situation was more serious tended to report more screen use. These weren't huge effects, but they fit the lived story of lockdown: when the household feels brittle and the threat feels larger, kids move less and reach for screens more; when the household finds some rhythm, it's a little easier to carve out play and sleep. And because the team created explicit "change" scores—during minus before—these links are about shifts, not absolute levels. That's a subtle but important point. It's not just that high-stress families always had more screen time. It's that when stress went up under quarantine, screens inched up too. One thing the authors did well was to keep the statistics honest. With thirty-one symptoms on the table, it's easy to find "differences" that are really just statistical noise. They clamped down the error rate by tightening the p-value threshold when running many tests and adjusted the models for differences in the two national samples and for parent age and stress. They also flagged the limitations right up front. This is a cross-sectional snapshot, not a longitudinal film. It's parent report only, which is essential when you're including preschoolers but imperfect for teasing apart internal states in teenagers. It's an online, snowball sample collected in an emergency, so it won't represent every neighborhood equally. None of that cancels the findings. It just tells you how to use them: as early signals to guide support, not as final verdicts. So, let's put those signals together. The most common change parents saw was trouble focusing, followed by boredom and a cluster of irritable, restless, worried states. Spanish children, living under tighter child-movement restrictions and with less access to outdoor space in this sample, showed more of these changes than Italian children. Daily routines tilted toward screens, away from movement, with sleep creeping up—and only a small fraction of kids hit recommended activity levels during lockdown. When parents felt more stressed or felt that family coexistence was harder, those same children were more likely to be reported as struggling emotionally and behaviorally and to be moving less, sleeping a bit less, and spending more time on screens. If you step back, there's a coherence to it all. Take away school structure and peer contact. Add uncertainty, worry about loved ones, and fewer places to run, shout, or just be away from adults. Concentration drops. Boredom rises. Feelings start bubbling. Screens become both school and solace. Sleep shifts. The whole machine—child and parent together—either finds a groove or gets a little sand in the gears. Orgilés and colleagues didn't claim to find a grand mechanism. They showed the pattern early and gave it numbers. What should we take from that now? First, the obvious interventions are not trivial. Keeping routines when everything else is chaotic—regular bedtimes, a daily block for movement, limits on endless scrolling—mapped onto better reports of child well-being. Helping parents manage their own stress isn't just kind to adults; it shows up in the kids. Those environmental details matter. If public health rules close playgrounds, think about how to open safe equivalents—a courtyard hour, a staggered park schedule—so the "no" doesn't swallow the day. As Chen and colleagues have shown in other emergency contexts, small, predictable anchors in routine can buffer stress for children. This study adds an important Western snapshot from the first wave of COVID-19 to that picture. There's a final note of humility in all of this. A survey like this can't tell you which child would have struggled anyway, or which family had resources we didn't measure. It doesn't follow these kids into the summer or the next school year. But it does what really good crisis science does. It takes the fog of anecdotes and gives it shape. During the first month of strict lockdown in Italy and Spain, most parents saw their children change. The most common change was a slip in concentration. Spanish families, under tighter rules and with less outdoor space, tended to report more difficulties. Routines skewed toward screens and away from movement, and parent stress was woven through the whole pattern. If you were there, it makes intuitive sense. If you weren't, now you can hear it clearly in the data. And that's the payoff here. Not just a list of symptoms, but a map of how a home under quarantine behaves. It's a map policymakers can use when the next emergency hits: protect movement, support parents, and keep kids connected. It's also a map families can hold onto when they feel like they're the only ones whose child can't sit still on a Tuesday afternoon. In that spring, across two countries, they were very much not alone.