Environmental Physiology

📘 Book Details

• Author: A. Hemantaranjan

• Publisher: Scientific Publishers

• Language: English

• Edition: 1st Edition (2016)

• Binding: Paper Back

• Pages: 824

• ISBN: 9788172337209

• Dimensions: 7.5 x 9.75 inches

• Weight: 1570 Gms

📖 About the Book (English)

The Environmental Physiology book is a deep dive into the molecular physiology of abiotic stress responses in plants. This comprehensive resource has been specifically designed for use by planners, scientists, researchers, academicians, and postgraduate students working in the field of environmental science and plant physiology.

Key aspects of the book:

• Global Collaboration: The book is a collective effort from over 19 Indian and 29 foreign intellectuals who have contributed their knowledge and expertise on this highly specialized topic, making this a global compilation of insights.

• Abiotic Stress Research: The book focuses on the impact of abiotic stress on plant growth and development, covering various environmental factors such as drought, temperature extremes, salinity, flooding, mineral stress, and heavy metals. The editors emphasize the importance of applying acquired knowledge to enhance the yield of crops under these challenging conditions.

• Innovative Methods: A significant section of the book is dedicated to discussing destructive and non-destructive techniques used for studying plant responses to environmental stresses. These techniques are vital for advancing research in both basic and applied plant sciences.

• In-depth Coverage: The book contains 21 chapters that cover a wide range of topics, providing valuable insights into plant responses to stress. The focus is on both basic research and the development of new cultivars capable of thriving in adverse environmental conditions.

• Practical Relevance: Aimed at young researchers, this book serves as an important guide for advanced studies in plant science, with its practical reviews offering a comprehensive understanding of plant physiology in relation to environmental stresses.