Soft Matter in Plants 1st Edition

Soft Matter in Plants (1st Edition) by Kaare H. Jensen and Yoël Forterre unlocks the hidden physics of plant life, blending elegant theory with striking biological insight. If you’re curious about how leaves unfurl, roots probe soil, or stems withstand wind, this book puts soft matter physics at the heart of plant form and function.

Clear, authoritative and richly illustrated, the authors guide readers through the mechanics and materials that make plants resilient: elasticity, growth-driven stresses, fluid transport, and the role of cellular structure. Designed for graduate students, researchers and professionals in plant science, biophysics, agriculture and bioengineering, the text balances rigorous models with real-world examples and accessible explanations that illuminate experimental methods and contemporary research questions.

Reading this volume you’ll gain practical understanding of plant biomechanics, predictive tools for growth and morphogenesis, and fresh perspectives for innovation in agriculture, materials science and biomimetics. The book’s structured approach makes it ideal for course adoption, lab reference or as a thought-provoking gift for botanists and engineers alike.

Whether you’re in North America, Europe, Asia or beyond, Soft Matter in Plants is an essential resource for anyone exploring the intersection of soft matter physics and plant biology. Add this landmark 1st Edition to your collection to deepen your knowledge, inspire research, and apply cutting-edge concepts to real-world plant problems.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.