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El. knyga: Animal Behavior and Parasitism

Edited by , Edited by (Interim Dean and UGA Athletic Association Professor of Ecology, Odum School of Ecology and College of Veterinary Med), Edited by (Professor of Ecology and Evolutionary Biology, Department of Ecology and Evolutionary Biology, Yale University, USA)

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We live in a world teeming with parasites. Many animal behaviors, including social interactions, mating displays, and decisions about where to move, nest, and forage are shaped by interactions with parasites. The same is true for humans, where our attraction to mates, hygienic behaviors, food choices, and decisions about when and where to gather in groups often depend on current and perceived infection risk. In turn, behaviors like social distancing and self-medication can alter the trajectories of parasite transmission and evolution, as vividly illustrated by the ongoing COVID-19 pandemic. The myriad connections between animal behavior and parasitism have been the subject of growing research interest since the 1970s and 80s, when fundamental theories linking the two fields of study emerged. Since then, a combination of conceptual and technological advances, and increased integration of ideas across disciplines, have helped to uncover fascinating new connections between animal
behavior and the ecology and evolution of infectious diseases. This accessible text surveys emerging research in this vibrant field. Chapters focus on fundamental topics at the interface of animal behavior and parasitism, and authors have been selected to provide a diverse and international perspective.

Animal Behavior and Parasitism is an upper-level text suitable for senior undergraduate and graduate level students as well as professional researchers in animal behavior/behavioral ecology, disease ecology, parasitology, and evolutionary biology.

Recenzijos

Given the myriad effects parasites exert on various facets of host biology and behavior, this scholarly, well-researched text will appeal to a broad range of biologists with widely varying interests. * Choice * This book gives a timely overview over the many aspects of how parasites can influence animal behaviour and vice versa. * ISBE Newsletter Vol 36 * The layout is generally pleasing and the text easy to read. Boxes and figure lighten up the text... everyone remotely interested in animal behaviour will be able to learn something from this book. * Arne Hegemann, ISBE Newsletter Vol 36 *

List of Contributors
ix
Abbreviations xiii
Foreword xv
Preface xvii
Part I Introduction
1(32)
1 Animal behavior and parasitism: Where have we been, where are we going?
3(12)
Vanessa O. Ezenwa
Sonia Altizer
Richard J. Hall
2 Parasites, host behavior, and their feedbacks
15(18)
Dana M. Hawley
Vanessa O. Ezenwa
Part II Social Behavior
33(56)
3 Parasites in a social world: Lessons from primates
35(18)
Baptiste Sadoughi
Simone Anza
Charlotte Defolie
Virgile Manin
Nadine Muller-Klein
Tatiana Murillo
Markus Ulrich
Doris Wu
4 Constructing animal networks for parasite transmission inference
53(18)
Janine Mistrick
Marie L.J. Gilbertson
Lauren A. White
Meggan E. Craft
5 Collective behavior and parasite transmission
71(18)
Carl N. Keiser
Part III Movement Behavior
89(60)
6 Movement data provides insight into feedbacks and heterogeneities in host-parasite interactions
91(20)
Orr Spiegel
Nili Anglister
Miranda M. Crafton
7 Animal migration and infection dynamics: Recent advances and future frontiers
111(22)
Richard J. Hall
Sonia Altizer
Stephanie J. Peacock
Allison K. Shaw
8 Seasonal human movement and the consequences for infectious disease transmission
133(16)
Hannah R. Meredith
Amy Wesolowski
Part IV Sexual Selection and Mating Behavior
149(56)
9 Parasite-mediated sexual selection: To mate or not to mate?
151(18)
Alistair Pirrie
Hettie Chapman
Ben Ashby
10 Shared biochemical pathways for ornamentation and immune function: Rethinking the mechanisms underlying honest signaling of parasite resistance
169(16)
Rebecca E. Koch
Geoffrey E. Hill
11 The genes of attraction: Mating behavior, immunogenetic variation, and parasite resistance
185(20)
Jamie C. Winternitz
Jessica L. Abbate
Part V Parasite Modification of Host Behavior
205(30)
12 Host manipulation by parasites: From individual to collective behavior
207(16)
Stephanie S. Godfrey
Robert Poulin
13 Altered feeding behaviors in disease vectors
223(12)
Lauren J. Cator
Part VI Behavioral Defenses
235(68)
14 Infection avoidance behaviors across vertebrate taxa: Patterns, processes, and future directions
237(20)
Patricia C. Lopes
Susannah S. French
Douglas C. Woodhams
Sandra A. Binning
15 Inter-individual variation in parasite avoidance behaviors and its epidemiological, ecological, and evolutionary consequences
257(14)
Clemence Poirotte
Marie J.E. Charpentier
16 Behavioral defenses against parasitoids: Genetic and neuronal mechanisms
271(16)
Shaun Davis
Todd Schlenke
17 The behavior of infected hosts: Behavioral tolerance, behavioral resilience, and their implications for behavioral competence
287(16)
Jessica F. Stephenson
James S. Adelman
Part VII Emerging Frontiers
303(30)
18 Emerging frontiers in animal behavior and parasitism: Integration across scales
305(16)
Sarah Guindre-Parker
Jenny Tung
Alexander T. Strauss
19 Parallels in parasite behavior: The other side of the host-parasite relationship
321(12)
Emlyn J. Resetarits
Lewis J. Bartlett
Cali A. Wilson
Anna R. Willoughby
Index 333
Vanessa Ezenwa is a Professor in the Department of Ecology and Evolutionary Biology at Yale University. She studies interactions between hosts and their parasites from physiological, behavioral, ecological perspectives. She is a senior editor at Ecology letters and President-Elect of the Animal Behavior Society.

Sonia Altizer is a Professor in the Odum School of Ecology at the University of Georgia. She studies infectious disease ecology and its interface with animal behavior, anthropogenic change, and evolution. Much of her empirical work focuses on monarch butterflies and a protozoan parasite to better understand the consequences of host movement for animal-pathogen interactions.

Richard Hall is an Associate Professor at the Odum School of Ecology and Department of Infectious Diseases at the University of Georgia. He uses mathematical models to study host-parasite interactions and their response to global environmental change, with particular application to migratory animals and behavioral changes associated with urbanization and resource subsidy. He is also an avid birder and wildlife gardener.