Ecology of Populations examines the fundamental principles governing the structure, growth, behavior, and evolution of biological populations. The book explores how environmental factors such as climate, nutrition, and habitat influence population size and stability, and how populations interact with one another within ecological communities. The second edition expands discussion on population…
This seminal work synthesizes results from the Hubbard Brook Ecosystem Study, presenting an integrated analysis of forest ecosystem structure and function. Bormann and Likens examine how disturbance, succession, and steady‑state conditions influence energy flow, nutrient cycling, hydrology, and biomass accumulation in northern hardwood forests of New England. The book played a foundational ro…
A Textbook of Histology (10th ed., 1975) by Bloom and Fawcett is a classic and authoritative reference work in the field of histology. The book provides a comprehensive examination of the microscopic structure of cells, tissues, and organs, integrating ultrastructural details from electron microscopy with functional and physiological interpretations. Unlike many earlier histology texts, this e…
This book is a comprehensive and authoritative textbook on biophysics, presenting an integrative treatment of biological systems using physical, chemical, and mathematical principles. It covers topics ranging from cell structure, macromolecular chemistry, biophysical methods, thermodynamics, membranes, photobiophysics, biomechanics, neurobiophysics, and evolution. The second edition is complet…
This volume presents the proceedings of the Thirty-Seventh Annual Biology Colloquium (1976, Oregon State University) and includes selected scholarly papers examining the relationships among plate tectonics, historical biogeography, and changing global environments. The book integrates geological and biological perspectives to explain patterns of species distribution, particularly in marine and …
Biological Oxidations is a comprehensive scholarly volume edited by Thomas P. Singer that examines the mechanisms of oxidation–reduction reactions in biological systems. The book emphasizes enzymatic oxidations, electron transport, and metabolic energy conversion, integrating biochemical, enzymological, and physiological perspectives. It includes extensive bibliographies and contributions fro…
This volume is a collection of peer‑reviewed research papers selected from the International Workshop on Biomathematics and Related Computational Problems, held in Naples and Anacapri, Italy, in May 1987. The book reflects the rapid development of biomathematics as an interdisciplinary field, integrating mathematics, biology, neuroscience, and computational modeling. Topics covered include n…
This volume of Structure and Bonding focuses on the role of metal ions in biological systems, highlighting structure–function relationships in key biochemical processes. Major topics include: The role of manganese in photosynthesis Structural and functional analysis of carbonic anhydrase via metal substitution Single‑electron transfer mechanisms in biological systems The book integrates…
This second edition of Textbook of Polymer Science is a comprehensive and foundational work covering the science of macromolecules. It introduces the fundamental principles of polymer chemistry and physics, including: Step‑reaction (condensation) and chain‑reaction polymerization Free‑radical, ionic, and coordination polymerization mechanisms Copolymerization and polymer reaction condi…
Biology in Action is a comprehensive introductory biology textbook designed primarily for beginning college students. The book emphasizes biological processes as dynamic and interconnected systems, integrating structure, function, and evolutionary principles throughout. Berrill presents biology as an active science, using clear explanations and extensive illustrations to link molecular, cellula…