Ecology

Chapter 1 The Web of Life

Unit 1 Organisms and Their Environment
Chapter 2 The Physical Environment
Chapter 3 The Biosphere
Chapter 4 Coping with Environmental Variation: Temperature and Water
Chapter 5 Coping with Environmental Variation: Energy

Unit 2 Evolutionary Ecology
Chapter 6 Evolution and Ecology
Chapter 7 Life History
Chapter 8 Behavioral Ecology

Unit 3 Populations
Chapter 9 Population Distribution and Abundance
Chapter 10 Population Dynamics
Chapter 11 Population Growth and Regulation

Unit 4 Species Interactions
Chapter 12 Predation
Chapter 13 Parasitism
Chapter 14 Competition
Chapter 15 Mutualism and Commensalism

Unit 5 Communities
Chapter 16 The Nature of Communities
Chapter 17 Change in Communities
Chapter 18 Biogeography
Chapter 19 Species Diversity in Communities

Unit 6 Ecosystems
Chapter 20 Production
Chapter 21 Energy Flow and Food Webs
Chapter 22 Nutrient Supply and Cycling

Unit 7 Applied and Large-Scale Ecology
Chapter 23 Conservation Biology
Chapter 24 Landscape Ecology and Ecosystem Management
Chapter 25 Global Ecology

There are no Instructor/Student Resources available at this time.

William D. Bowman is a Professor Emeritus at the University of Colorado at Boulder, affiliated with the Department of Ecology and Evolutionary Biology, Mountain Research Station, and the Institute of Arctic and Alpine Research. He earned his Ph.D. from Duke University. Dr. Bowman has taught courses in introductory ecology, plant ecology, plant-soil interactions, and ecosystems ecology, and for over three decades he directed undergraduate summer field courses and research programs. His research focuses on the intersections of physiological ecology, community dynamics, and ecosystem function, particularly in the context of environmental change.

Sally D. Hacker is a Professor at Oregon State University, Corvallis, where she has been a faculty member since 2004. She has taught courses in introductory ecology, community ecology, and marine biology. She is particularly interested in promoting active and experiential learning for students interested in ecology and field experiences. Dr. Hacker's research explores the structure, function, and services of natural and managed ecosystems under varying contexts of species interactions and global change. She has conducted research with plants and animals in rocky intertidal, estuarine, and coastal dune ecosystems. Her work has most recently focused on the protective role of coastal ecosystems in mitigating the vulnerability from climate change.

Environmental DNA - Pierre Taberlet, Aurelie Bonin, Lucie Zinger and Eric Coissac
Ecology: A Very Short Introduction - Jaboury Ghazoul

Special Features

• Pedagogical Excellence - Students taking their first course in ecology are exposed to a great deal of material. To help them manage this content, each chapter of Ecology is organized around a small number of Key Concepts and Learning Objectives that provide up-to-date summaries of fundamental ecological principles.
• Links to Ecological Applications - Many students taking introductory ecology are interested in use-inspired aspects of ecology. Thus, ecological applications (including conservation biology) are featured and woven into each chapter.
• Links to Evolution - Evolution is a central, unifying theme of all biology, and its connections with ecology are strong. Thus, we incorporate evolution throughout the book and make it the focus of some chapters.
• Case Studies - Each chapter opens with an interesting vignette. By presenting an engaging story or interesting application, the Case Study captures the reader's attention while introducing the topic of the chapter.
• Connections in Nature - In most ecology textbooks, connections among levels of the ecological hierarchy are discussed briefly, perhaps only in the opening chapter.
• Climate Change Connections - Recognizing the increasing evidence for and effects of climate change on ecological systems, Climate Change Connection examples are included for each chapter topic of the book.
• Ecological Inquiry - Our understanding of ecology is constantly changing due to new observations, experiments, and models. All chapters of the book emphasize the active, inquiry-based nature of what is known about ecology. This occurs throughout the narrative and is further highlighted by the quantitative and applied Analyzing Data exercises, Hone Your Problem-Solving Skills exercises, and Figure Legend Questions described later.
• Analyzing Data Exercises - Our understanding of ecology is constantly changing due to new observations, experiments, and models. Thus, all chapters of the book emphasize active, inquiry-based exercises.
• Hone Your Problem-Solving Skills - The Hone Your Problem-Solving Skills exercises in each chapter expose students to hypothetical situations or existing data sets and allow them to work through data analysis and interpretation to better understand key ecological concepts and relate these concepts to real-life situations.
• Figure Legend Questions - Each chapter includes 3-6 Figure Legend Questions that appear in the end of the legend. These questions encourage students to grapple with the concepts of the figure to increase learning comprehension. The questions range from testing whether students understand the axes or other simple aspects of the figure to asking students to develop or evaluate hypotheses.
• Ecological Toolkits - Nearly half of the chapters include an Ecological Toolkit, a box inset in the chapters that describes ecological "tools" such as experimental design, remote sensing, mark - recapture techniques, stable isotope analysis, DNA fingerprinting, or calculating of species - area curves.
• Best-in-class illustrations.
• Robust ancillary program for students and instructors.