جزئیات کتاب
فرمت
جلد سخت
صفحات
428
زبان
انگلیسی
منتشر شده
Sep 1, 2010
ناشر
World Scientific Publishing Company
ISBN-10
9814293601
ISBN-13
9789814293600
توضیحات
Esra Galun delves into the intricate relationship between phytohormones and plant architecture in this comprehensive examination of plant development. The author combines decades of research expertise to unravel the mechanisms by which hormones influence various aspects of plant formation, growth, and structural integrity. This enlightening work presents a blend of scientific inquiry and practical understanding, appealing to both scholars and practitioners in the field.
Throughout the pages, Galun explores the dynamic roles played by different phytohormones in shaping not just individual plants but entire ecosystems. The text is enriched with case studies and real-world applications that illustrate how hormonal interactions contribute to the complexity of plant morphology. These insights can guide future studies and agricultural practices aimed at optimizing plant growth and resilience.
Readers will find themselves engaging with thorough analyses that bridge molecular biology with ecological considerations, painting a vivid picture of why understanding plant hormones is crucial for advancements in botany and environmental science. Overall, this work stands as a vital resource for anyone looking to enhance their knowledge of the vital forces that govern plant life.
Throughout the pages, Galun explores the dynamic roles played by different phytohormones in shaping not just individual plants but entire ecosystems. The text is enriched with case studies and real-world applications that illustrate how hormonal interactions contribute to the complexity of plant morphology. These insights can guide future studies and agricultural practices aimed at optimizing plant growth and resilience.
Readers will find themselves engaging with thorough analyses that bridge molecular biology with ecological considerations, painting a vivid picture of why understanding plant hormones is crucial for advancements in botany and environmental science. Overall, this work stands as a vital resource for anyone looking to enhance their knowledge of the vital forces that govern plant life.