On Regulation and the Work Beneath It
This essay examines what makes regulation possible. It suggests that regulation is not only a psychological skill, but an ecological process supported by rhythm, sensory experience, and sustained relationship with environment.
Developmental research increasingly describes self-regulation as foundational across cognitive, emotional, social, and motivational domains. It is difficult to find a contemporary strand of developmental psychology that does not position regulation as integrative infrastructure.
What receives less attention is what makes regulation possible.
Regulation does not emerge in isolation. It rests on conditions.
Long before it is conceptualized as a skill, regulation is organized environmentally. Attention settles through rhythm. Orientation stabilizes through repeated relationship with place. Sensory systems coordinate through embodied participation long before conscious self-management develops.
Conversations with Michael Cohen helped articulate this more explicitly. His integration of Guy Murchie’s articulation of the “54 senses” widened the sensory field beyond the familiar five. Vestibular orientation, proprioceptive awareness, and spatial perception, often confined to clinical language, are ordinary dimensions of ecological engagement.
In Our Classroom Is Wild America, learning was embedded in watershed, soil, seasonal cycles, and the knowledge of local trades. Knowledge began with region rather than abstraction. Immersion produced effects described as restorative and, at times, rehabilitative.
What becomes visible over time is not only restoration, but prevention.
When ecological participation structures daily life through rhythm, movement, relational steadiness, and sustained engagement with place, regulatory strain often decreases before it requires repair. Participation precedes abstraction.
Across multiple educational and observational contexts, a consistent pattern emerges. When regulatory conditions stabilize through embodied rhythm and environmental orientation, academic capacities strengthen without force. When regulatory strain increases, abstraction narrows first.
Literacy, mathematical reasoning, and scientific thinking are often presented as disembodied skills. Yet narrative sequencing, spatial reasoning, pattern recognition, and sustained attention emerge from a body that knows where it is.
Regulation, in this sense, is not merely psychological. It is ecological.
If regulation is foundational, what lies beneath it is participation: repeated, embodied relationship with environment that organizes the nervous system before conscious strategies are required.
The research increasingly names what sustained observation has long suggested.
The work now is to articulate this more clearly.