Delivery included to the United States

Evolved to Move

Evolved to Move Using the Alexander Technique to Reduce Pain and Improve Fitness

Paperback (19 Jun 2025)

Save $1.72

  • RRP $34.68
  • $32.96
Add to basket

Includes delivery to the United States

10+ copies available online - Usually dispatched within two working days

Publisher's Synopsis

The human body is designed to move naturally and freely, without forced tension or conscious effort. But modern life is full of factors that push people out of sync with their bodies' natural balance.

Based on the pioneering work of Frederick Matthias Alexander, this book shows movement professionals how to use the Alexander Technique to free up clients' movement and reduce pain caused by unbalanced posture. Each exercise demonstrates how to become conscious of any bad postural habits that have developed over time, and allows you to bring your clients or yourself back into alignment.

An essential guide for somatic practitioners, manual therapists, movement and health professionals, and anyone who wants to reduce or avoid joint pain.

About the Publisher

Handspring Publishing

Jessica Kingsley Publishers is a wholly independent company, committed to publishing books that make a difference. The company was founded in 1987 by Jessica Kingsley and has grown since then to the point where we now publish over 200 books a year, which are available throughout the world. In 2004 we opened our US office, in Philadelphia. We publish books for professional and general readers in a range of subjects. We are well known for our long established lists on the autism spectrum, on social work, and on the arts therapies. More recently we have published extensively in the fields of mental health, counselling, palliative care, and practical theology.

Book information

ISBN: 9781805013921
Publisher: Jessica Kingsley Publishers
Imprint: Handspring Publishing
Pub date:
DEWEY: 615.82
DEWEY edition: 23
Language: English
Number of pages: 160
Weight: 320g
Height: 245mm
Width: 173mm
Spine width: 12mm