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Biology: Exploring the Diversity of Life, 5th Edition |

Brock Fenton, Denis Maxwell, Tom Haffie, Bill Milsom, Todd Nickle, Shona Ellis, Shelby Riskin, Peter Russell, Paul E. Hertz, Beverly McMillan, Joel H. Benington

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Starting At $77.95 See pricing and ISBN options
Biology: Exploring the Diversity of Life 5th Edition by Brock Fenton/Denis Maxwell/Tom Haffie/Bill Milsom/Todd Nickle/Shona Ellis/Shelby Riskin/Peter Russell/Paul E. Hertz/Beverly McMillan/Joel H. Benington

Overview

Biology: Exploring the Diversity of Life, Fifth Canadian Edition, is uniquely designed for today’s Canadian biology students. This introductory biology text captures students’ imaginations and evokes a sense of curiosity about the vast world of biology. In the middle of the book, students will find The Purple Pages, which contains basic scientific information on the chemical, physical, and environmental foundations of biology. This section immediately immerses students in the subject and can be easily referenced when needed. The authors have taken great care to encourage critical thinking and learning with engaging visuals and by integrating the material across the book’s chapters. Biology: Exploring the Diversity of Life conveys the principles of biology while helping students unravel their own misconceptions (Concept Fix features) and explore the topical relevance (Why It Matters features) and dynamic nature of biology (Research Method and Experimental Research figures), all within a uniquely Canadian and international context. This edition has been extensively updated to include context from Indigenous researchers to provide a more open, decolonized, ”multi-science” perspective that acknowledges all Indigenous Peoples as having scientific knowledge of the natural world through their own cultural lens.

Brock Fenton

M.B. (Brock) Fenton received his Ph.D. in 1969 for work in the ecology and behaviour of bats. Since then he has held academic positions at Carleton University (Ottawa, Canada 1969 to 1986), York University (Toronto, Canada 1986 to 2003) and the University of Western Ontario (2003 to present). He has published over 200 papers in refereed journals (most of them about bats), as well as numerous nontechnical contributions. He has written three books about bats intended for a general audience (Just bats 1983, University of Toronto Press; Bats 1992 - revised edition 2001 Facts On File Inc; and The bat: wings in the night sky 1998, Key Porter Press). He has supervised the work of 46 M.Sc. Students and 22 Ph.D. students who have completed their degrees. He currently supervises 5 M.Sc. students and 2 Ph.D. students. He continues his research on the ecology and behaviour of bats, with special emphasis on echolocation. He currently is an Emeritus Professor of Biology, University of Western Ontario, London, Ontario, Canada.

Denis Maxwell

(Ph.D., University of Western Ontario) teaches in the Department ofBiology at the University of Western Ontario. Following his doctorate, he was awarded a Natural Sciences and Engineering Research Council of Canada post-doctoral fellowship. He undertook post-doctoral training at the Department of Energy—Plant Research Laboratory at Michigan State University, where he studied the function of the mitochondrial alternative oxidase. His research program, which is supported by the Natural Sciences and Engineering Research Council of Canada, is focused on understanding the role of the mitochondrion in intracellular stress sensing and signalling.

Tom Haffie

Tom Haffie is a graduate of the University of Guelph and the University of Saskatchewan in the area of microbial genetics. Newly retired, he devoted his 33-year career at Western University to teaching large biology classes in lecture, laboratory, and tutorial settings. He led the development of the innovative core laboratory course in the Biology program; he was an early adopter of computer animation in lectures; and, most recently, he led a deep blended redevelopment of introductory biology informed by a students-as-partners approach to collaborative course design. Tom was a founding force in the Western Biology Undergraduate Society (BUGS), the Open Consortium for Undergraduate Biology Educators (oCUBE), and the Western Conference on Science Education (WCSE). Tom’s educational practice was honoured with several awards, including a Western University Students’ Council Award for Excellence in Teaching, a Western University Edward G. Pleva Award for Excellence in Teaching, a Western University Fellowship in Teaching Innovation, a Western University Teaching Fellowship for Science, a Province of Ontario Award for Leadership in Faculty Teaching (LIFT), and a 3M National Teaching Fellowship for excellence in teaching.

Bill Milsom

Bill Milsom (Ph.D., University of British Columbia) is currently the Head of the Department of Zoology at the University of British Columbia where he has taught a variety of courses, including first year biology, for over 30 years. His research interests include the evolutionary origins of respiratory processes and the adaptive changes in these processes that allow animals to exploit diverse environments. He examines respiratory and cardiovascular adaptations in vertebrate animals in rest, sleep, exercise, altitude, dormancy, hibernation, diving, etc. This contributes to our understanding of the mechanistic basis of biodiversity and the physiological costs of habitat selection. His research has been funded by the Natural Sciences and Engineering Research Council of Canada. He has received several academic awards and distinctions including the Fry Medal of the Canadian Society of Zoologists, the August Krogh Award of the American Physiological Society, and the Izaak Walton Killam Award for Excellence in Mentoring. He has served as the President of the Canadian Society of Zoologists and as President of the International Congress of Comparative Physiology and Biochemistry.

Todd Nickle

Todd received his PhD from Oklahoma State University in 1998 and taught Biology at Mount Royal University, advocating active learning: students come to class prepared to work with material rather than just hear about it. Student preparation involves reading the text and applying the concepts to online exercises, the results of which inform what the next lecture will be about. Class time focuses on exploring connections between concepts and ideas in biology and how they relate to other disciplines, which inspired him to coauthor a handbook for first-year science students (Science3). A compelling candidate for the 3M National Fellowship, Todd’s work put him in the first cohort of full professors at Mount Royal University in 2012 and garnered him the 2015 ACIFA Innovation in Teaching Award and the Distinguished Faculty Award from MRU in 2016. His interest in promoting best teaching practices among educators beyond his home campus saw him expand and lead the Alberta Introductory Biology Association (AIBA) to official society status in Alberta as the Undergraduate Biology Educators of Alberta (UBEA).

Shona Ellis

Shona Ellis (M.Sc., University of British Columbia) is a professor of teaching in the Botany Department and Associate Head of Biology at the University of British Columbia. She developed a keen interest in forests and the ocean and growing up on the central coast of British Columbia. As an undergraduate, Professor Ellis pursued her interests in botany and entomology. Her MSc research incorporated tissue culture, phytochemistry, and plant anatomy. As a teaching assistant, she realized a passion for teaching and joined the teaching faculty at the University of British Columbia in 1998. She teaches botany courses that have included nonvascular and vascular plants, economic botany, bryology, and plant systematics, as well as introductory biology. Professor Ellis has taught in a number of settings: large and small lectures, laboratories, and fieldtrips. While she feels the best classroom is outdoors, she integrates online technologies into all of her courses; she is an early adopter of online teaching and learning resources. Professor Ellis has received two Killam Teaching Awards and a Charles Bessey Teaching Award (Botanical Society of America).

Shelby Riskin

Shelby Riskin received her BA from Grinnell College in Iowa, where she was first exposed to the wonderful world of biological research. She received her PhD from Brown University in a joint program with the Marine Biological Laboratory in Woods Hole, Massachusetts. Her dissertation focused on ecosystem-level biogeochemical consequences of conversion to agriculture in the Brazilian Amazon, the region of the world where deforestation and conversion to large-scale farming are happening most rapidly. Shelby then joined the University of Toronto as Assistant Professor in the teaching stream in the Ecology and Evolutionary Biology Department. She teaches a variety of undergraduate courses exploring ecosystem ecology and conservation biology and is Director of the U of T National Biology Competition, an international competition for high-school students. She is also passionate about mentoring undergraduates through independent research projects and about teaching biology and ecology to students outside the life sciences—understanding the diversity of life is for everyone.

Peter Russell

Paul E. Hertz

Beverly McMillan

Beverly McMillan holds undergraduate and graduate degrees from the University of California, Berkeley. She has worked extensively in educational and commercial publishing as an author, science writer, project manager, and multimedia content developer. In addition to her contributions to college textbooks, Beverly has written or coauthored multiple popular books on topics in natural history and human health and biology, as well as field guides to the flora and fauna of more than 20 US states. She has also created Web and print content for such clients as the US National Park Service, the Science Museum of Virginia, The Mariners’ Museum, the San Francisco Exploratorium, the University of California system, and the Virginia Institute of Marine Science/College of William and Mary.

Joel H. Benington

Joel H. Benington received his BA from St. John’s College in Annapolis, Maryland, in 1985 and his PhD in biology from Stanford University in 1992. He performed postdoctoral research at the University of Los Angeles and Stanford University until 1996. Since then, he has been a member of the Biology faculty of St. Bonaventure University, where he is currently Professor of Biology and Director of the Bioinformatics and Health and Society programs. He has twice served as Chair of the Department of Biology. During his entire time at St. Bonaventure University, he has taught one or both semesters of the general biology sequence for first-year life science majors. He also teaches upper-level Neurobiology, Genomics, and Evolution courses and has led a variety of seminar courses in the university’s Honors Program. He has published his research in journals such as Progress in Neurobiology, Brain Research, The American Journal of Physiology, and The Scientist. In addition to laboratory research, he has published hypotheses concerning the role of sleep in brain energy metabolism, the functional relationship between REM sleep and non-REM sleep, and connections between sleep and learning. Joel’s research has been funded by the National Institutes of Health, and he has served as Principal Investigator of a National Grid grant to support K–12 STEM education in Cattaraugus County, New York.
  • This edition has been updated to provide a more open, decolonized, ”multi-science” perspective that acknowledges all Indigenous Peoples as having scientific knowledge of the natural world through their own cultural lens. Specific examples from First Nations, Inuit, and Métis communities have been included, using the traditional terms and languages of Indigenous groups.
  • Knowledge from Indigenous researchers; research where Indigenous communities have partnered with non-Indigenous researchers; and research where Indigenous knowledge has informed, enhanced, or changed our understanding of a particular phenomenon has been cited.
  • This edition has been reorganized to more closely link related topics and preferred teaching sequences.
  • Unit 5: The Diversity of Life opens with a two-page spread with the Tree of Life, emphasizing the richness and tremendous variability among living organisms explored in the chapters of The Green Pages. With their green borders, these pages identify chapters that introduce and explore the diversity of life.
  • Chapter 45 - Defences Against Disease. Reintroduced into the book by popular demand, this chapter covers innate and adaptive immunity, vaccines, convalescent plasma and antibody therapies, malfunction and failures of the immune system, and defence systems in other organisms.
  • Observational Research Figures Observational Research Figures describe specific studies in which biologists have tested hypotheses by comparing systems under varying natural circumstances.
  • Chapter Roadmaps provide a visual overview to show the connections between topics within the chapters and to other chapters in the book.
  • Why It Matters provides an engaging vignette that is linked to the concepts discussed within the chapter.
  • Study Break features located at the end of each major section provide students the opportunity to pause and review what was learned before moving on to the next topic.
  • Concept Fix features focus on misconceptions commonly held by biology students, points them out, and corrects them strategically throughout.
  • Research Method figures provide examples of important techniques, lead students through the purpose and protocol of the technique, and describe how scientists interpret the data generated.
  • A Summary Illustration is located at the end of each chapter to help students visualize the main concepts covered in an engaging way.
  • Self-Test Questions are found at the end of each chapter, provided in a strategic order from basic to more challenging.
Volume 1: Origins and Organization
Chapter 1: Defining Life and Its Origins
Unit One: Systems and Processes: The Cell
Chapter 2: The Cell: An Overview
Chapter 3: Energy and Enzymes
Chapter 4: Cell Membranes and Signaling
Chapter 5: Cellular Respiration
Chapter 6: Photosynthesis
Unit Two: Genes
Chapter 7: Cell Cycles
Chapter 8: Genetic Recombination
Chapter 9: The Chromosomal Basis of Inheritance
Chapter 10: Genetic Linkage, Sex Linkage, and Other Extensions to Basic Inheritance Mechanisms
Unit Three: DNA and Gene Expression
Chapter 11: DNA Structure, Replication, and Repair
Chapter 12: Gene Structure, Expression, and Mutation
Chapter 13: Regulation of Gene Expression
Chapter 14: DNA Technologies
Chapter 15: Genomes
Volume 2: Evolution, Ecology, and the Diversity of Life
Unit Four: Evolution and Classification
Chapter 16: Evolution: The Development of the Theory
Chapter 17: Microevolution: Changes within Populations
Chapter 18: Speciation and Macroevolution
Chapter 19: Systematics and Phylogenetics: Revealing the Tree of Life
Unit Five: The Diversity of Life
Chapter 20: Bacteria and Archaea
Chapter 21: Protists
Chapter 22: Fungi
Chapter 23: Plants
Chapter 24: Animals
Chapter 25: Viruses, Viroids, and Prions: Infectious Biological Particles
Unit Six: Ecology and Behaviour
Chapter 26: Population Ecology
Chapter 27: Species Interactions and Community Ecology
Chapter 28: Ecosystems
Chapter 29: Conservation of Biodiversity
The Chemical and Physical Foundations of Biology
(The Purple Pages)
Volume 3: Systems and Processes
Unit Seven: Systems and Processes: Plants
Chapter 30: Organization of the Plant Body
Chapter 31: Transport in Plants
Chapter 32: Reproduction and Development in Flowering Plants
Chapter 33: Plant Nutrition
Chapter 34: Plant Signals and Responses to the Environment
Unit Eight: Systems and Processes: Animals
Chapter 35: Introduction to Animal Organization and Physiology
Chapter 36: Animal Nutrition
Chapter 37: Gas Exchange: The Respiratory System
Chapter 38: Internal Transport: The Circulatory System
Chapter 39: Regulation of the Internal Environment: Water, Solutes, and Temperature
Chapter 40: Control of Animal Processes: Endocrine Control
Chapter 41: Animal Reproduction and Development
Chapter 42: Control of Animal Processes: Neural Control
Chapter 43: Muscles, Skeletons, and Body Movements
Chapter 44: Animal Behaviour and Responses to the Environment
Chapter 45: Defences against Disease
Appendix A: Answers to Self-Test Questions
Glossary
Index
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