Statechanged's nervous system resources for self-regulation and trauma healing

resources

  1. Hands resting on heart in grief, signaling co-regulation and safety through nervous system awareness.
  2. Person gently settling into restful posture with calming sensory environment, illustrating nervous system restoration.
  3. statechanged abstract digital artwork showing nervous system balance with social media use
  4. statechanged illustration mapping how attachment styles shape nervous system patterns—secure supports regulation, anxious triggers Activation, avoidant cues shutdown or dissociation, disorganized shifts between freeze and fight responses
  5. statechanged illustration showing how co‑regulation provides safety through presence—steady relational cues that calm Activation, gently revive Depletion, soothe Freeze, and deepen shared Regulation
  6. statechanged illustration showing how to hold space without dysregulation: state‑specific co‑regulation in Activation, Depletion, and Overload—with orientation, calm presence, and boundaries
  7. statechanged illustration offering state‑specific strategies for social settings when dysregulated: orientation and breath in activation; grounding object and quiet space in depletion; intention and sensory anchor in overload.
  8. statechanged illustration mapping how connection language shifts across Regulation (attuned), Activation (urgent), Depletion (withdrawn), and Overload (muted or flooded communication)
  9. statechanged illustration showing how repair in conflict begins in the body first—support for each nervous system state: Regulation, Activation, Depletion, Overload
  10. statechanged illustration mapping how connection feels across Regulation (open, attuned), Activation (urgent or defensive communication), Depletion (withdrawn, minimal expression), and Overload (flooded or shut‑down relationships)
  11. statechanged illustration about the importance of connection for nervous system wellness
  12. statechanged illustration showing guidance for managing complex relationships during dysregulated nervous system states