Biology of Plant Litter Decomposition, Volume I provides a comprehensive synthesis of research on the biological processes governing the breakdown of plant litter in terrestrial ecosystems. The volume focuses on types of plant litter, including leaves, roots, and woody debris, and examines how their chemical and structural properties influence decomposition rates. It emphasizes the roles of fun…
This book presents a comprehensive historical study of the debate over extraterrestrial life from ancient Greece through the Enlightenment. Steven J. Dick traces arguments from philosophers and scientists such as Democritus, Aristotle, Aquinas, Galileo, Kepler, Huygens, and Kant, showing how scientific reasoning, theological considerations, and philosophical speculation shaped evolving views on…
This volume presents the proceedings of an international seminar examining the environmental behavior of technetium, with particular emphasis on technetium‑99. It addresses sources and environmental distribution of technetium released from nuclear fuel cycles and medical applications, its chemical speciation and mobility in soils and aquatic systems, and its biochemical interactions in plants…
This concise volume introduces the structure and function of biological membranes, emphasizing their physical properties, experimental evidence, and theoretical models. It discusses how membrane architecture underlies essential biological processes such as transport, compartmentalization, and energy transduction. Designed for undergraduate and early postgraduate students, the book integrates ex…
This book provides a comprehensive and systematic introduction to biochemistry, covering both the chemical foundations of biomolecules and their biological and clinical significance. Topics include the chemistry and metabolism of carbohydrates, lipids, proteins, and nucleic acids; enzyme kinetics; biological oxidation; vitamins and minerals; hormones and neurotransmitters; membranes and muscle …
This book provides a comprehensive introduction to biosynthetic pathways and the integration of cellular metabolism in living systems. It examines how cells acquire and assimilate nutrients and how metabolic pathways for amino acids, nucleotides, lipids, and carbohydrates are interconnected and regulated. Special emphasis is placed on nitrogen and sulfur assimilation, energy coupling, metabolic…
The aim of Mathematics for Biologists is to provide a comprehensive introductory course for biologists who have limited formal training in mathematics. The book carefully develops essential mathematical concepts—such as logarithms, calculus, differential equations, and statistics—and consistently relates them to biological problems. Each topic is supported by worked examples and exercises d…