Pheromone Communication in Moths: Evolution, Behavior, and Application

411 Pages·2016·91.006 MB·English

by  Jeremy D. Allison, Ring T. Carde

PHEROMONE COMMUNICATION IN MOTHS

University of California Press, one of the most distinguished Library of Congress Cataloging-in-Publication Data
university presses in the United States, enriches lives around the
Names: Allison, Jeremy D., 1973- editor. | Cardé, Ring T., editor.
world by advancing scholarship in the humanities, social sciences,
Title: Pheromone communication in moths : evolution, behavior,
and natural sciences. Its activities are supported by the UC Press
and application / edited by Jeremy D. Allison and Ring T. Cardé.
Foundation and by philanthropic contributions from individuals
Description: Oakland, California : University of California Press
and institutions. For more information, visit www.ucpress.edu.
[2016] | Includes bibliographical references and index.
University of California Press Identifi ers: LCCN 2016002213 (print) | LCCN 2016003460 (ebook) |
Oakland, California ISBN 9780520278561 (cloth : alk. paper) | ISBN 9780520964433
(pbk.) | ISBN 9780520964433 (ebook)
© 2016 by The Regents of the University of California
Subjects: LCSH: Moths. | Pheromones. | Animal communication.
Classifi cation: LCC QP572.P47 P437 2016 (print) | LCC QP572.P47
(ebook) | DDC 573.9/2—dc23
LC record available at http://lccn.loc.gov/2016002213
Manufactured in China
25 24 23 22 21 20 19 18 17 16
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The paper used in this publication meets the minimum requirements
of ANSI/NISO Z39.48-1992 (R 2002) (Permanence of Paper).∞
Cover illustration: [caption and credit].
CONTENTS
LIST OF CONTRIBUTORS vii 12 Male Pheromones in Moths: Reproductive Isolation,
Sexy Sons, and Good Genes / 191
PART ONE WILLIAM E. CONNER AND VIKRAM K. IYENGAR
1 Reminiscence of the Early Days / 3
PART TWO
WENDELL L. ROELOFS
13 Small Ermine Moths: Role of Pheromones in
2 Pheromones: Reproductive Isolation and Evolution in
Reproductive Isolation and Speciation / 211
Moths / 11
MARJORIE A. LIÉNARD AND CHRISTER LÖFSTEDT
JEREMY D. ALLISON AND RING T. CARDÉ
14 Possible Reproductive Character Displacement in
3 Variation in Moth Pheromones: Causes and
Saturniid Moths in the Genus Hemileuca / 225
Consequences / 25
J. STEVEN McELFRESH AND JOCELYN G. MILLAR
JEREMY D. ALLISON AND RING T. CARDÉ
15 The European Corn Borer Ostrinia nubilalis: Exotic
4 Evolutionary Patterns of Pheromone Diversity in
Pest and Model System to Study Pheromone Evolution
Lepidoptera / 43
and Speciation / 233
CHRISTER LÖFSTEDT, NIKLAS WAHLBERG, AND
JEAN-MARC LASSANCE
JOCELYN G. MILLAR
16 Divergence of the Sex Pheromone Systems in
5 Sexual Selection / 79
“Oriental” Ostrinia species / 245
MICHAEL D. GREENFIELD
JUN TABATA AND YUKIO ISHIKAWA
6 Genetic Control of Moth Sex Pheromone Signal and
17 Utetheisa ornatrix (Erebidae, Arctiinae): A Case Study
Response / 89
of Sexual Selection / 259
KENNETH F. HAYNES
VIKRAM K. IYENGAR AND WILLIAM E. CONNER
7 Contextual Modulation of Moth Pheromone Perception
18 Pheromone Communication, Behavior, and
by Plant Odors / 101
Ecology in the North American Choristoneura
TEUN DEKKER AND ROMINA B. BARROZO
genus / 265
8 Toward a Quantitative Paradigm for Sex Pheromone
PETER J. SILK AND ELDON S. EVELEIGH
Production in Moths / 113
19 The Endemic New Zealand Genera Ctenopseustis
STEPHEN P. FOSTER
and Planotortrix: A Down-Under Story of
9 Molecular Biology of Reception / 127 Leafroller Moth Sex Pheromone Evolution and
WALTER S. LEAL Speciation / 277
10 Moth Sex Pheromone Olfaction: Flux and Flexibility in RICHARD D. NEWCOMB, BERND STEINWENDER, JÉRÔME
the Coordinated Confl uences of Visual and Olfactory ALBRE, AND STEPHEN P. FOSTER
Pathways / 139 20 Evolution of Reproductive Isolation of Spodoptera
THOMAS C. BAKER AND BILL S. HANSSON frugiperda / 291
11 Moth Navigation along Pheromone Plumes / 173 ASTRID T. GROOT, MELANIE UNBEHEND, SABINE HÄNNIGER,
MARÍA LAURA JUÁREZ, SILVIA KOST, AND DAVID G. HECKEL
RING T. CARDÉ
21 Pheromones of Heliothine Moths / 301 24 Mating Disruption of Moth Pests in Integrated Pest
N. KIRK HILLIER AND THOMAS C. BAKER Management: A Mechanistic Approach / 365
MAYA EVENDEN
PART THREE
INDEX 395
22 Monitoring for Surveillance and Management / 337
D. M. SUCKLING
23 Pheromones as Management Tools: Mass Trapping
and Lure-and-Kill / 349
ALAN CORK
LIST OF CONTRIBUTORS
jérôme albre The New Zealand Institute for Plant & Food yukio ishikawa The University of Tokyo, Japan
Research, New Zealand vikram k. iyengar Villanova University
jeremy d. allison Canadian Forest Service, Canada maría laura juárez Estación Experimental Agroindustrial
thomas c. baker Pennsylvania State University Obispo Colombres, Argentina
romina b. barrozo University of Buenos Aires, silvia kost Max Planck Institute for Chemical Ecology,
Argentina Germany
ring t. cardé University of California, Riverside walter s. leal University of California, Davis
william e. conner Wake Forest University marjorie a. liénard Lund University, Sweden
alan cork University of Greenwich, United Kingdom christer löfstedt Lund University, Sweden
teun dekker Swedish University of Agricultural Sciences, jean-marc lassance Harvard University
Sweden j. steven mcelfresh University of California, Riverside
eldon s. eveleigh Canadian Forest Service Fredericton, jocelyn g. millar University of California, Riverside
Canada richard d. newcomb The New Zealand Institute for Plant
maya evenden University of Alberta, Canada & Food Research, New Zealand
stephen p. foster North Dakota State University wendell l. roelofs New York State Agricultural
michael d. greenfi eld Université François Rabelais Experiment Station
deTours, France peter j. silk Canadian Forest Service Fredericton,
astrid t. groot University of Amsterdam, The Canada
Netherlands bernd steinwender The New Zealand Institute for Plant
sabine hänniger Max Planck Institute for Chemical & Food Research, New Zealand
Ecology, Germany d.m. suckling The New Zealand Institute for Plant & Food
bill s. hansson Max Planck Institute for Chemical Research, New Zealand
Ecology, Germany jun tabata National Institute for Agro-Environmental
kenneth f. haynes University of Kentucky Sciences, Japan
david g. heckel Max Planck Institute for Chemical melanie unbehend Max Planck Institute for Chemical
Ecology, Germany Ecology, Germany
n. kirk hillier Acadia University, Canada niklas wahlberg University of Turku, Finland
vii

PART ONE