This book is part of the “Advances in Microbial Ecology” series, which presents in-depth reviews of current research in microbial ecology. Volume 8 includes contributions from various scientists, covering topics such as microbial interactions in natural environments, ecological roles of microorganisms, and advances in research techniques. It is mainly used by graduate students, researche…
This book provides a foundational introduction to the principles of biological evolution. It explains key concepts such as natural selection, adaptation, genetic variation, and speciation. The text is designed for undergraduate students and presents evolutionary theory in a clear and structured way, often integrating examples from animal biology. The markings “For Donation Only – Not for…
This book contains scientific papers from an international symposium focused on interferons, discussing their biological functions, role in immune defense, and importance in viral infections.
This work presents a comprehensive analysis of interactions between vegetation and the atmosphere, including energy exchange, water cycles, and micrometeorological processes. Volume 1 focuses on theoretical principles, while Volume 2 provides case studies across different ecosystems and crops.
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).
Patterns in Plant Development provides a comprehensive exploration of how plants grow, differentiate, and organize their structures throughout their life cycle. The book examines fundamental processes such as cell division, tissue differentiation, and organ formation, integrating concepts from Plant Morphology and Plant Physiology. It emphasizes the dynamic nature of plant development, highligh…
This book introduces the fundamentals of projective plane geometry, covering key concepts such as points at infinity, projective transformations, and invariants. It is intended for undergraduate mathematics students.