num_pages: 208
description: Discover your bodys neural pathways to calmness safety and connection.An intense conversation a spat with a partner or even an obnoxious tweetthese situations arent life-or-death yet we often react as if they are. Thats because our bodies treat most perceived threats the same way. Yet one approach has proven to be incredibly effective in training our nervous system to stop overreacting and start responding to the world with greater safety and Polyvagal Theory.In Anchored  expert teacher Deb Dana shares a down-to-earth presentation of Polyvagal Theory then brings the science to life with practical everyday ways to transform your relationship with your body. Using field-tested techniques Dana helps you master the skills to become more aware of your nervous system moment to momentand change the way you respond to the great and small challenges of life.Here youll  Polyvagal Theoryget to know the biology and function of your vagus nerve the highway of the nervous system Befriending Your Nervous Systemattune to whats going on in your body by developing your neuroception Using Your Vagal Brakediscover key techniques to consciously regulate the intensity of your emotions Connection and Protectionlearn to recognize and influence your internal cues for safety and danger Your Social Engagement Systemfind ways to create nourishing relationships with others and the world around you Practices and guidance to gently shape your nervous system for greater resilience intuition safety and wonderThrough guided imagery meditation self-inquiry and more Anchored offers a practical users manual for moving from a place of fear and panic into a grounded space of balance and confidence. Once we know how our nervous system works we can work with it teaches Deb Dana. We can learn to access an embodied biological resource that is always present available and there to guide us toward well-being.
language: English
title: Anchored: How to Befriend Your Nervous System Using Polyvagal Theory
publisher: Sounds True