This book provides a comprehensive overview of terpenoids in plants, including their chemical structure, biosynthesis pathways, ecological roles, and economic importance. It is a key reference in plant biochemistry and natural products research.
This book presents a quantitative approach to plant physiology using mathematical models to describe processes such as photosynthesis, respiration, growth, and nutrient allocation. It is widely used in theoretical plant biology and crop modeling studies.
This book examines the relationship between plant taxonomy and ecology, emphasizing how environmental factors influence classification and distribution. It is an important reference in biosystematics and ecological botany.
Comprehensive survey of the plant species in lowland regions of Iraq, including taxonomic descriptions and contributions from multiple botanists.
This book explores the important role of plants in the development of modern medicine, highlighting bioactive compounds, traditional uses, and their transformation into pharmaceutical drugs. It is widely used in pharmacognosy and plant science studies.
A comprehensive botanical text detailing the external morphology of vascular plants, covering structures such as roots, stems, leaves, reproductive organs, and comparative features across major plant groups. It includes illustrations and a bibliography (p. 529–545).
A classic and widely used textbook in mineralogy, providing detailed descriptions of minerals, their properties, classification, and identification methods.
This book is intended for undergraduate students studying botany. It explains basic concepts of plant biology, including structure, function, classification, and physiology, using clear language and illustrations.