Material Science and Metallurgy

Material Science and Metallurgy

by Eileen Carter

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ISBN 9781836594109
Publisher Chapman Press
Copyright Year 2025
Price £172.00

About This Book

A General Textbook of Botany is a comprehensive resource that covers the essential principles of plant biology, from the basic structure and function of plants to their ecological roles and evolutionary history. This textbook is designed to provide students, researchers, and enthusiasts with a thorough understanding of the plant kingdom, which includes a vast array of organisms ranging from microscopic algae to towering trees. The book begins with an introduction to the fundamentals of plant biology, covering topics such as plant cells, tissues, and organ systems. It explores the biochemical processes that enable plants to produce energy, including photosynthesis and respiration. The textbook also delves into plant anatomy and morphology, examining how plants are structured to survive in diverse environments. In addition to the internal workings of plants, the textbook discusses plant reproductionboth sexual and asexual-and the formation of seeds and spores. It emphasizes the relationship between plants and their environments, covering topics such as plant ecology, adaptations, and the interactions between plants and other organisms. The book also addresses the economic and practical applications of plants, including their roles in agriculture, horticulture, medicine, and environmental conservation. With clear illustrations and real-world examples, A General Textbook of Botany provides an essential foundation for the study of plant life. A General Textbook of Botany offers a comprehensive exploration of plant biology, covering plant structure, function, reproduction, ecology, and their practical applications in various fields. Contents: 1. Introduction, 2. Scope of Botanical Studies and Their Relevance, 3. Forest Botany: Structural and Ecological Patterns, 4. Anatomical Features of Early Flowering Plants, 5. Study of Plant Functions and Processes, 6. Plant Cell Metabolism and Culture Mechanisms, 7. Botanical Architecture: Plant Structure and Design.