The Teen Sleep Crisis Nobody Saw Coming — And Why It Matters If You Have ADHD

The Short Version

A landmark study published in JAMA on March 2, 2026 tracked over 16 years of data from the national Youth Risk Behavior Survey and found that insufficient sleep among US high school students climbed from 68.9% in 2007 to 76.8% in 2023. The sharpest increase wasn’t in kids getting seven hours instead of eight. It was in teens sleeping five hours or less per night. This isn’t a phone problem. It’s a structural, biological, and systemic problem — and for anyone with ADHD, the implications are significant.

But here’s what most people miss:

• Sleep deprivation doesn’t just mimic ADHD — it actively worsens it. The prefrontal cortex, already under-resourced in the ADHD brain, is the first region to degrade under sleep loss. You’re not imagining that your focus, emotional regulation, and impulse control feel worse when you’re exhausted. Your neurology confirms it.
• The teens in this study are now the adults walking into therapy offices, burned out and wondering what’s wrong with them. If you were diagnosed with ADHD in adulthood, there’s a good chance your sleep architecture has been compromised since adolescence — and nobody ever connected those dots.
• Telling someone with ADHD to “just go to bed earlier” is like telling someone with a broken leg to “just walk normally.” The circadian biology, the dopamine-driven bedtime resistance, the screen-mediated melatonin disruption — these are neurological realities, not discipline failures. And as we’ve learned through our ADHD-adapted CBT-i work at SaskSleep, more effort doesn’t fix this cycle. A different approach does.

What the JAMA Study Actually Found

Bommersbach and colleagues analyzed data from the Youth Risk Behavior Survey — one of the largest ongoing surveillance systems tracking health behaviours in US adolescents — and the picture is stark. Between 2007 and 2023, the proportion of high school students reporting insufficient sleep (less than 8 hours on school nights) rose from 68.9% to 76.8%. That’s three out of every four teenagers not meeting the minimum sleep threshold recommended by the American Academy of Sleep Medicine and the American Academy of Pediatrics.

The increase was driven primarily by a rise in very short sleep durations — five hours or less per night. That’s not “a little tired.” That’s chronic, severe sleep deprivation in developing brains.

And the trend wasn’t isolated to any particular group. It was observed across all demographic categories and was generally consistent across subgroups characterized by different behavioural risk factors. As the accompanying JAMA editorial by Lieu and Bates (2026) noted, these sweeping patterns suggest structural and environmental factors are driving the crisis at a population level — not individual choices.

Here’s the part that should stop us cold: even teens who weren’t engaging in risky behaviours like substance use still showed significant sleep deficits. This isn’t a “bad kids staying up late” problem. It’s happening to nearly everyone.

Why Adolescent Brains Can’t Just “Go to Bed Earlier”

If you’ve ever tried to make a teenager fall asleep at 9:30 PM, you already know this intuitively. But the science behind it matters, especially for understanding ADHD presentations later in life.

During puberty, the brain undergoes a significant shift in melatonin secretion timing. The onset of melatonin production — the signal that tells your body it’s time for sleep — gets pushed later, often to around 11:00 PM. This isn’t laziness. It’s endocrinology. The adolescent circadian clock genuinely shifts toward a later schedule, making it physiologically difficult for most teens to fall asleep before 11 PM.

Now layer on what we know about ADHD neurology. People with ADHD often have an even more pronounced circadian delay. Research suggests the ADHD brain may have a smaller pineal gland, irregularities in the internal clock, and delayed melatonin release compared to neurotypical peers. Add in the dopamine-seeking behaviour that makes late-night screen use feel especially compelling to the ADHD brain, and you’ve got a perfect neurobiological storm.

This is exactly the mismatch we address in our ADHD and Sleep programs at SaskSleep. As we explain to both our adolescent clients and their parents: sleep problems in ADHD are not caused by laziness, poor motivation, or bad habits alone. They reflect differences in neurobiology, timing, and regulation. The nervous system can’t simply be told to shut down on demand.

The editorial in JAMA highlighted two major structural drivers that make this worse:

School start times. The American Academy of Pediatrics has recommended since 2014 that high schools start at 8:30 AM or later. Most still don’t. When your brain can’t produce melatonin until 11 PM and your alarm goes off at 6:15 AM, the math doesn’t work — and no amount of sleep hygiene education can fix a structural deficit of hours.

The design of digital media. A 2024 longitudinal cohort study found that adolescents’ media use within two hours of bedtime was associated with delayed sleep onset, and interactive screen use between bedtime and falling asleep was linked to reduced sleep duration (Brosnan et al., 2024, JAMA Pediatrics). Blue light suppresses melatonin, but the bigger issue may be the habit-forming, dopamine-triggering design of social media, games, and video platforms. For the ADHD brain, which is already seeking dopamine regulation, this creates an almost irresistible pull away from sleep.

Why This Matters for Adults with ADHD Right Now

Here’s where I want to connect this research to what I see in clinical practice every week.

The teenagers in this 2007–2023 dataset are now young adults. Many of them are sitting in therapy offices — including ours — wondering why they feel so burned out, so scattered, so emotionally reactive. Some of them are getting diagnosed with ADHD for the first time in their twenties or thirties. And almost all of them have deeply entrenched sleep patterns that were established during adolescence and never corrected.

The relationship between ADHD and sleep isn’t a side note. It’s central to the whole picture. Research consistently shows that sleep-deprived brains and ADHD brains look remarkably similar on functional neuroimaging. Both show reduced activity in the prefrontal cortex — the same region responsible for executive function, emotional regulation, working memory, and impulse control. When you’re sleep-deprived and you have ADHD, you’re essentially running that prefrontal cortex on fumes.

What this looks like day to day:

• Emotional reactions that feel disproportionate to the situation. Your amygdala is essentially disconnected from the braking system of your prefrontal cortex when you’re underslept.
• Task initiation feels impossible. Not because you’re lazy — because your executive function reserves are depleted before the day even starts.
• Sensory sensitivities increase. The noise, the lights, the textures that are manageable on a rested day become intolerable on a sleep-deprived one.
• Working memory shrinks. You walk into a room and forget why. You lose track of conversations mid-sentence. You re-read the same paragraph four times.
• The burnout feels unshakeable. Because it’s not just psychological exhaustion — it’s neurological depletion compounded by years of insufficient sleep.

The Sleep–ADHD–Burnout Triangle

This is something we talk about frequently at STG Health, and this new JAMA data reinforces it: sleep, ADHD, and burnout aren’t three separate problems. They’re a self-reinforcing triangle.

Poor sleep worsens ADHD symptoms. Worsened ADHD symptoms increase the cognitive and emotional load of getting through each day. That increased load accelerates burnout. Burnout disrupts sleep quality and duration. And the cycle tightens.

The JAMA editorial pointed to research showing that shorter sleep duration may mediate the depressive symptoms associated with greater screen time in early adolescence (Lima Santos et al., 2025, JAMA Pediatrics). What this tells us is that sleep isn’t just another factor in the mix. It may be the mechanism through which other risk factors actually produce their damage.

For high-performing adults with ADHD — the ones who mastered the art of pushing through during school, who built careers on hyperfocus and adrenaline — this triangle often doesn’t become visible until the system finally crashes. That crash looks like burnout. But underneath the burnout, there’s often a sleep deficit that’s been accumulating since high school.

This is why sleep is never treated as an afterthought in our clinical work. Whether we’re working with adults through our ADHD and Sleep program or adolescents through our CBT-i for ADHD service, the goal is the same: interrupt the cycle by addressing the regulation issue at its source — not by adding more rules or more pressure.

Is This You? A Self-Assessment Framework

This isn’t a diagnostic tool. But if you’re reading this and recognizing yourself, these questions can help you figure out whether sleep is a bigger part of your picture than you’ve been accounting for.

If you answered yes to three or more of these, sleep is almost certainly a meaningful variable in your ADHD and burnout picture. It’s worth a direct conversation with a clinician who understands the neurobiology of both.

What Actually Helps (And What Doesn’t)

Let me be honest about something that’s often glossed over: standard sleep hygiene advice — while technically accurate — often falls flat for people with ADHD. “Keep a consistent bedtime. Avoid screens before bed. Create a calming routine.” All reasonable. All incredibly hard to execute when your brain’s executive function is the very thing required to implement those strategies, and it’s the very thing that’s compromised.

This is exactly why traditional CBT-i often fails ADHD clients — it assumes consistency and self-regulation that ADHD makes difficult. Our approach at SaskSleep uses the SIESTA model, which adapts evidence-based sleep treatment specifically for ADHD patterns in attention, motivation, circadian rhythm, and executive functioning. The focus is on understanding sleep regulation, reducing evening friction, and supporting change in ways that fit the nervous system — not forcing compliance.

What the research and clinical experience suggest works better:

Address the biology first. Talk to your prescriber about whether melatonin supplementation makes sense for your circadian pattern. For some adults with ADHD, low-dose melatonin timed appropriately can shift the sleep window earlier. This isn’t about “knocking yourself out” — it’s about working with the clock your brain is actually running on.

Examine your medication timing. If you’re on stimulant medication, the timing of your last dose matters enormously. Stimulants taken too late can suppress adenosine buildup — the neurotransmitter that creates sleep pressure. A conversation with your prescriber about dose timing relative to your desired bedtime can sometimes make a significant difference.

Consider ADHD-adapted CBT-i. Standard CBT-i is the gold standard for chronic insomnia, but it needs to be adapted for ADHD. Unlike generic sleep hygiene tips, ADHD-adapted CBT-i addresses the cognitive patterns — the anxiety about not sleeping, the conditioned wakefulness, the evening arousal — while accounting for executive function challenges that make rigid protocols unrealistic. This is the core of what we offer through our ADHD and Sleep programs for both adults and adolescents at SaskSleep.

Work with your nervous system, not against it. If your system is stuck in sympathetic activation — the fight-or-flight mode that so many high-performing ADHD adults live in — telling your body to sleep is like asking a revving engine to idle. Practices that help transition your nervous system from activation to rest — like the STG RESET Protocol we use with clients — can create the physiological conditions where sleep becomes possible.

Reduce the shame. This might be the most important one. If you’ve spent years beating yourself up for not being able to “just go to sleep like a normal person,” that shame is part of the problem. The anxiety and self-criticism create arousal. Arousal prevents sleep. The JAMA study makes clear this isn’t about individual discipline. These are systemic and biological factors. Your struggle with sleep is not a character flaw.

A Note for Parents of Teenagers with ADHD

If you’re a parent reading this and recognizing your child in the data, I want to offer some reassurance: the fact that your teenager can’t fall asleep at a reasonable hour isn’t a reflection of your parenting. It’s not a discipline issue. The biology is working against them, and the systems they operate within — school schedules, digital environments, social pressures — are compounding the problem.

What does help is understanding when your child’s brain actually becomes ready for sleep and helping their system settle more naturally over time — rather than trying to force an earlier bedtime that their circadian clock won’t cooperate with. In our adolescent CBT-i program, we work directly with teens (and involve parents collaboratively) to understand their specific sleep patterns, adapt strategies for ADHD, and build a personalized plan focused on reduced exhaustion and improved daily regulation — not perfect sleep.

The aim is always less strain and better functioning. Not blame. Not pressure. And definitely not more rules that assume a nervous system capable of slowing down on demand.

Systemic Change Is Coming (Slowly)

The JAMA editorial made a strong case for systemic interventions rather than just individual behaviour change. This matters because, as the authors noted, adolescents may lack sufficient agency to overcome school or system barriers that limit sleep. Their self-regulatory and decision-making abilities are still developing.

Two studies referenced in the editorial found that when high schools moved start times from 7:30 or 7:45 AM to approximately one hour later, students experienced longer sleep duration and a measurable decrease in depression symptoms (Widome et al., 2020, JAMA Pediatrics; Sadikova et al., 2024). That’s not a wellness tip. That’s a structural change producing mental health outcomes.

The editorial also called for what it described as child-centred digital media designs, referencing a 2026 AAP policy statement on digital ecosystems for children and adolescents. This represents a recognition that the devices teenagers use are engineered to capture and hold attention — and that simply telling kids to put their phones down isn’t a sufficient intervention when the design itself is the problem.

For those of us working in ADHD and sleep, this broader systemic framing is validating. We’ve seen for years that telling individuals to “try harder” at sleep doesn’t work. This research confirms that the barriers are largely structural and environmental, and the most effective interventions will target systems, not just individuals.

What This Means for You

If you have ADHD and you’re struggling with burnout, emotional dysregulation, or a persistent feeling that something is just off — please don’t skip past sleep as a factor.

Sleep is not a soft skill. It’s not a luxury. For the ADHD brain, it’s the foundation that every other strategy — medication, therapy, executive function coaching, nervous system regulation — sits on top of. When the foundation is cracked, everything built on it becomes less stable.

The JAMA study is about teenagers. But the adults those teenagers become are the clients we work with every day. And the patterns that were set during adolescence — the delayed circadian rhythms, the screen-mediated dopamine cycles, the chronic sleep debt — don’t magically resolve when you turn eighteen or twenty-five or forty.

They follow you. Until someone helps you see them.

If you’re ready to address sleep as part of your ADHD picture, our ADHD and Sleep programs for adults and our CBT-i for ADHD program for adolescents are both available through SaskSleep. All appointments are virtual, Saskatchewan-wide. You can book an intake session here.

Sources & Further Reading

1. Bommersbach TJ, Olfson M, Rhee TG. Insufficient sleep among US adolescents across behavioral risk groups. JAMA. Published online March 2, 2026. doi:10.1001/jama.2026.1417
2. Lieu TA, Bates DW. Insufficient sleep in US high school students [Editorial]. JAMA. Published online March 2, 2026. doi:10.1001/jama.2026.1717
3. Paruthi S, Brooks LJ, D’Ambrosio C, et al. Recommended amount of sleep for pediatric populations: a consensus statement of the American Academy of Sleep Medicine. J Clin Sleep Med. 2016;12(6):785-786.
4. Adolescent Sleep Working Group; Committee on Adolescence; Council on School Health. School start times for adolescents. Pediatrics. 2014;134(3):642-649.
5. Widome R, Berger AT, Iber C, et al. Association of delaying school start time with sleep duration, timing, and quality among adolescents. JAMA Pediatr. 2020;174(7):697-704.
6. Sadikova E, Widome R, Robinson E, et al. Delaying high school start times impacts depressed mood among students. Soc Psychiatry Psychiatr Epidemiol. 2024;59(11):2073-2082.
7. Brosnan B, Haszard JJ, Meredith-Jones KA, et al. Screen use at bedtime and sleep duration and quality among youths. JAMA Pediatr. 2024;178(11):1147-1154.
8. Lima Santos JP, Soehner AM, Biernesser CL, et al. Role of sleep and white matter in the link between screen time and depression in childhood and early adolescence. JAMA Pediatr. 2025;179(9):1000-1008.
9. Holding BC, Sundelin T, Schiller M, et al. Vulnerability in executive functions to sleep deprivation is predicted by subclinical ADHD symptoms. Biol Psychiatry Cogn Neurosci Neuroimaging. 2021;6(3):290-298.
10. Munzer T, Parga-Belinkie J, Milkovich LM, et al; Council on Communications and Media. Digital ecosystems, children, and adolescents: policy statement. Pediatrics. 2026;157(2):e2025075320.

Methodology & Transparency Note: This article synthesizes the Bommersbach et al. (2026) JAMA study and accompanying editorial with existing peer-reviewed research on ADHD, sleep architecture, and adolescent neurodevelopment. Clinical observations are drawn from our work with adults and adolescents presenting with ADHD and sleep difficulties at STG Health and SaskSleep. The self-assessment framework is not a validated instrument and is intended for reflective purposes only. The relationship between adolescent sleep patterns and adult ADHD presentations is an evolving area of research, and individual experiences vary. If sleep is a concern, we always recommend a conversation with a qualified clinician.