Why Students Can Cope at 9 am and Not at 1 pm
At 9:00 they can take the deep breaths or choose to take the break. At 1:45 pm on a Thursday in November, they stand up, sweep everything off the desk, and walk out of the room, about eight feet from the regulation poster with all the breathing techniques.
This post references tools and resources found in The Neurodivergent Toolkit.
Today
I explain why the coping-strategies poster on your wall fails at 1 pm, and what to do instead.
What We Did The Last Time We Were Together
A 2-minute break helps bodies and moods, but it doesn't boost focus.
In Howie's 2015 study, 5 minutes of movement didn't raise math scores. 10 and 20 minutes did.
Movement helped kids stop and wait. It didn't help them hold multi-step directions in mind.
This Post Will Answer
If you have taught the strategies, modeled the strategies, and posted the strategies, why does the student still not use the strategies when they need them most?
Regulation as a Capacity 🧠
Somewhere in your building there is a poster that reads "Stop and Think" or "Take Five Deep Breaths" or "Name It To Tame It." The Zones. The turtle. The stoplight.
The posters aren't wrong. Those strategies are real. They work. The research behind naming emotions, slowing breathing, and interrupting a thought cycle is legitimate. However, access to these types of strategies is gated. Keep reading 👇
There are two completely different things we call "regulation."
Regulation as a skill
✅ It is the thing you teach.
✅ It has steps.
✅ A student can name them, demonstrate them, and pass a check for understanding on them.
Regulation as a capacity
✅ It is whether the brain has the energy to use the strategy in the moment it needs it.
✅ It means mental energy.
✅ It works like a muscle: you use it and use it, it gets exhausted, and it needs time to recover.
Regulation as a skill lives inside of regulation as a capacity. Regulation strategies aren't going to give a mentally exhausted brain its energy back.
Think about what typical regulation strategies actually require:
- Notice your own internal state
- Pause the instinctual threat response
- Choose a different response (a regulation strategy)
- Hold a rule in mind during escalation
- Sequence the strategy
Every single one of those steps requires executive functioning, which is prefrontal cortex work. The prefrontal cortex (PFC), or as I like to call it, the PFC thinking brain 🤓, is the exact structure that goes offline first under stress. At 1:45 pm on a Thursday, a child's or adolescent's brain is exhausted. If we hand them the same strategies that work at 9 am, we are likely giving them instructions that can only be carried out by the part of the brain that has lost connection.
When Demand Exceeds Capacity
Threat spike → PFC thinking brain goes offline → the strategy becomes unreachable. Even though the strategies are only a few feet away.
Remember what Arnsten's team found in 2009: "Even quite mild acute uncontrollable stress can cause a rapid and dramatic loss of prefrontal cognitive abilities."
Mild. It doesn't take a crisis. Just the stress built up throughout the week.
Rapid. It hits rapidly, in the moment. The straw that broke the camel's back.
Uncontrollable. It's not how devastating the thing is. It's whether the student has any control or influence over it.
What That Looks Like at 1 pm 👇
This reframes half of what happens in a school day:
- A transition the brain is forced to initiate
- A partner they didn't pick
- An abrupt change to the schedule
- A question directed at them with no warning, in front of 28 other people
None of those are severe. All of them are uncontrollable from the student's side. And mild plus uncontrollable is the recipe for a "rapid and dramatic" loss of the PFC's cognitive abilities.
So the student who "was fine two minutes ago" probably was fine two minutes ago. But that's not evidence that they're choosing escalation in the moment.
I want you to mentally filter every behavior-related conversation you have for the rest of the year with this one question: could they do what you're asking at 9 am?
If yes, this is an access problem. The skill exists. The state of the brain is blocking it.
If they couldn't do it, even on their best day, then it is a skill problem, and practicing for automaticity is the right move.
A skill problem and an access problem have opposite solutions. Adding more steps to an access problem adds demand. Remember, if demand exceeds capacity, the threat response engages. Instruction, verbal directions, and suggestions all add to the cognitive load. We have to be careful that we aren't spending that capacity right before they need it, practicing a skill they don't need to practice, and risking their autonomy and competency.
This is not an argument against teaching regulation strategies. A strategy that isn't taught isn't learned. The argument is about when the brain has access, not whether it should be taught.
A student can want to stay in the room and still end up in the office at 1:47. Wanting the outcome and being able to act on it are two separate brain systems. That's what the next post is all about! For now, keep this in your noggin: a kid who wants to do it but can't is not a contradiction. It relies on two systems, and only one of them controls the skills needed to cope at 1:45 in the afternoon.
Every step I use for this is laid out in the Neurodivergent Toolkit. Get it [HERE].
Two Things You Can Do With This 👇
1) Run the skill-or-access filter on your top three behaviors.
Use the Behavior & Needs Detective and the 4 W's on the student behaviors you've lost the most sleep over this month. For each one, answer the 9 am question in writing: have I ever seen this student do this (or refrain from it) successfully?
The goal is not to build a behavior plan. The goal is to sort your list into two piles, teach it or make it reachable, because those two piles need opposite responses.
2) Increase predictability.
Use Predictability from the Instruction Kit on the block your Detective work flagged. Post the sequence. Name what's coming before it comes. Give a countdown. Give predictable choices inside the structure of your lesson. See Instruction Kit — Predictability, pg 20 in The Neurodivergent Toolkit.
If we can increase how predictable the day feels, we can increase the student's available capacity at 1 pm.
Predictability directly targets controllability, the variable Arnsten's work identifies as the trigger for the PFC thinking brain shutting down.
Closing Thought 🍃
You cannot teach a student out of a mental state. You can only change the mental state, and then instruction can be applied.
So yes, keep your regulation poster up. Keep practicing the strategies. What changes is when you expect the student to be able to access them, and what you do to keep the PFC thinking brain from shutting down.
Teachers are given strategies and systems that require more PFC power than an ADHD, Autistic, or traumatized brain can handle under stress. Learn how to increase capacity by meeting psychological needs with The Neurodivergent Toolkit [HERE].
Quick Note
The Neurodivergent Toolkit
100 strategies to meet psychological needs for every student in your classroom.
Get the Neurodivergent ToolkitThe Instruction Kit, the Classroom Environment Kit, and the Behavior & Needs Detective are all inside the Neurodivergent Toolkit.
Not ready for the full toolkit? Grab the free Student Needs Checklist and workshop [HERE]. It's a sample from the Neurodivergent Toolkit and it's where I'd start with any class that's struggling.
Coming Next
Why It's Not Refusal
I show you how to tell whether a student who stops working can't do the work, or is running low on the effort it takes to start. You'll leave with two changes you can make tomorrow to get that student working again, without a power struggle.
A Note on the Research
The state-gating framework is a synthesis, not a single finding. No one paper says "regulation is a capacity, not a skill." What the research supports is each link: that mild uncontrollable stress rapidly impairs PFC function, and that PFC function is what strategy use requires. I am connecting those links.
Citations
- Arnsten, A. F. T. (2009). Stress signalling pathways that impair prefrontal cortex structure and function. Nature Reviews Neuroscience, 10(6), 410–422.
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The Neurodivergent Toolkit
100 strategies to meet psychological needs for every student in your classroom.
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