Industrial Ecology is a foundational textbook that introduced and formalized the field of industrial ecology. The book presents a systems-based approach to industrial activity, drawing analogies from biological ecosystems to redesign industrial processes so that material and energy flows are optimized and environmental impacts are minimized. Graedel and Allenby examine topics such as life‑cyc…
This book provides an analytical introduction to ecological relationships, emphasizing interactions among organisms such as predation, competition, and plant–herbivore systems. It integrates empirical data with mathematical and conceptual models to explain population dynamics and ecosystem structure, making it suitable for students and researchers in ecology and related life sciences.
The Ecology of the Seas is a comprehensive academic volume that examines the structure and function of marine ecosystems. Edited by D. H. Cushing and J. J. Walsh, the book integrates physical, chemical, and biological processes governing life in the oceans. Topics include primary production, plankton dynamics, trophic relationships, nutrient cycling, population regulation, and the interaction b…
Ecology of European Rivers is a comprehensive, scholarly volume examining the biological, chemical, and physical processes that shape river ecosystems across Europe. Edited by B. A. Whitton, the book brings together contributions from leading European ecologists and hydrobiologists. The text systematically explores river structure and function, primary production, algal and macrophyte communit…
Ecology presents modern ecology as a collection of distinct yet interconnected approaches rather than a single unified science. Written by leading ecologists, the book introduces six major subdisciplines—landscape, physiological, ecosystem, population, community, and behavioral ecology—focusing on the types of questions ecologists ask and the methods they use. Each chapter explores theory, …
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…
Introduction to Ecology by Paul A. Colinvaux provides a comprehensive and accessible foundation in ecological science. Written for undergraduate students and general readers, the book explains how plants and animals interact with their physical environment, how energy flows through ecosystems, and how populations are regulated in nature. Colinvaux emphasizes real-world ecological systems, minim…
This book introduces behavioural ecology, explaining how natural selection shapes animal behaviour in ecological and evolutionary contexts.
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…