How Trauma Lives in the Body: Nervous System Healing Without Remembering the Story
Winter asks something different of us.
Here in Minnesota, February is not just cold. It is long. The light is limited. The nervous system is already working harder to stay regulated, and when layered with world events, personal stress, and uncertainty, many people notice themselves feeling more reactive, shut down, anxious, or disconnected without fully understanding why.
This is not a personal failure. It is physiology.
Loving yourself in the middle of winter does not mean forcing positivity or pushing through. It means understanding what your nervous system is carrying and learning how to meet it with safety, patience, and compassion.
Why Winter Can Feel Harder on the Nervous System
Human nervous systems evolved to be deeply responsive to environment. Reduced daylight, colder temperatures, and prolonged stress all place increased demand on the autonomic nervous system, the system responsible for survival responses like fight, flight, freeze, and connection.
Research shows that seasonal changes in light exposure can affect mood regulation, stress hormones, and emotional resilience, especially in northern climates (NIMH, 2023). When your system is already stretched, it becomes more sensitive to perceived threat, conflict, and overwhelm.
This is often when old patterns resurface.
The Science of Trauma, Memory, and Why Words Sometimes Disappear
During overwhelming or threatening experiences, the brain does not prioritize storytelling or logic. It prioritizes survival.
Neuroscience research shows that under high stress, activity in areas of the brain responsible for language and narrative, including the prefrontal cortex and Broca’s area, can decrease. At the same time, survival-oriented regions become more active, particularly those involved in threat detection and reflexive response (van der Kolk, 2014).
What does this mean in real life?
It means that traumatic experiences are often not stored as clear, verbal memories. Instead, they are encoded as:
Body sensations
Reflexive reactions
Emotional surges
Impulses to move, freeze, or protect
A felt sense of danger without a story
This is why many people say, “I don’t know why I react this way,” or “Nothing bad is happening, but my body feels unsafe.”
From a nervous system perspective, this makes perfect sense.
Trauma is not defined by what you remember. It is defined by what your body learned it had to do to survive.
What This Looks Like in Everyday Life
Because these patterns live below conscious thought, they often show up in subtle, confusing ways:
Reacting strongly in conflict and later feeling ashamed or confused
Feeling unsafe or on edge even in calm environments
Shutting down emotionally without understanding why
Repeating relationship or coping patterns that do not “make sense” logically
Feeling exhausted by self-control and willpower
These are not character flaws. They are adaptive responses that once served a purpose.
Healing Does Not Require Remembering the Story
One of the most misunderstood aspects of trauma healing is the belief that you must remember or relive the original event in order to heal.
Current trauma research does not support this idea.
Somatic and nervous system–based approaches focus instead on building safety and capacity in the present moment, allowing the body to learn that it no longer needs to stay in survival mode (Porges, 2011; van der Kolk, 2014).
This work happens through:
Tracking sensations rather than analyzing thoughts
Supporting regulation before insight
Working with the body’s responses gently and incrementally
Allowing new experiences of safety to reshape old patterns
Over time, the nervous system learns something new: I can stay present without danger.
This is how change becomes sustainable.
Loving Yourself Through a Somatic Lens
From a body-centered perspective, loving yourself is not about fixing or improving who you are. It is about listening.
It looks like:
Pausing instead of pushing
Noticing instead of judging
Allowing rest without earning it
Responding to overwhelm with curiosity rather than criticism
In my own healing and in years of client work, I have seen again and again that people do not need to be pushed into healing. They need to feel safe enough to soften into it.
Safety is not created through force. It is created through relationship with the body.
A Gentle Somatic Practice (No Story Required)
This practice is designed to support regulation without recalling trauma or searching for meaning. It can be done anywhere and at any pace.
Settling and Orienting (2–3 minutes)
Sit or stand in a way that feels supportive.
Gently look around the space you are in. Let your eyes land on neutral or pleasant objects.
Name silently:
Three things you can see
Two things you can feel through touch (feet, chair, clothing)
One sound you can hear
Place one hand on your body where it feels most comforting.
Notice your breath without changing it. Simply observe where you feel it most easily.
If your mind wanders or nothing seems to happen, that is okay. The nervous system learns through repetition, not perfection.
This practice works by increasing cues of safety, not by forcing calm.
A Gentle Invitation
If winter feels heavy, if your reactions feel confusing, or if you are tired of trying to think your way out of what your body is holding, you are not broken.
Your nervous system has been doing its best.
Somatic therapy offers a space to slow down, build safety, and support healing even when words are hard to find.
Sources and Further Reading
National Institute of Mental Health. Seasonal Affective Disorder. Updated 2023.
https://www.nimh.nih.gov/health/publications/seasonal-affective-disorderBessel van der Kolk. The Body Keeps the Score. Viking, 2014.
Publisher overview: https://www.penguinrandomhouse.com/books/220701/the-body-keeps-the-score-by-bessel-van-der-kolk-md/Stephen Porges. The Polyvagal Theory. W.W. Norton & Company, 2011.
Publisher overview: https://wwnorton.com/books/The-Polyvagal-Theory/Bremner, J.D. “Traumatic Stress: Effects on the Brain.” Dialogues in Clinical Neuroscience, 2006.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3181836/