Pheromones and Animal Behavior: Chemical Signals and Signatures

Pheromones and Animal Behavior: Chemical Signals and Signatures

Tristram D. Wyatt

Language: English

Pages: 426

ISBN: 0521130190

Format: PDF / Kindle (mobi) / ePub

Pheromones and other kinds of chemical communication underlie the behavior of all animals. Building on the strengths of the first edition, widely recognized as the leading text in the subject, this is a comprehensive overview of how pheromones work. Extensively revised and expanded to cover advances made over the last ten years, the book offers a thorough exploration of the evolutionary and behavioral contexts of chemical communication along with a detailed introduction to the molecular and neural basis of signal perception through olfaction. At a time of ever increasing specialization, Wyatt offers a unique synthesis, integrating examples across the animal kingdom. A final chapter critically considers human pheromones and the importance of olfaction to human biology. Its breadth of coverage and readability make the book an unrivaled resource for students and researchers in a range of fields from chemistry, genetics, genomics, molecular biology and neuroscience to ecology, evolution and behavior.

Eugenics: A Reassessment (Praeger Studies of Foreign Policies of the Great Powers)

Applied Biophysics: A Molecular Approach for Physical Scientists

Gender Differences in Human Cognition (Counterpoints)

A Primate's Memoir: A Neuroscientist's Unconventional Life Among the Baboons

Und täglich grüßt die Evolution - Wie der Mensch wurde, was er ist













and an apical spiny dendrite that arborizes in the external plexiform layer, where they establish reciprocal dendrodendritic synapses with the secondary or lateral dendrites of mitral/tufted cells. See also Figure 9.14 for interactions between these cell types. Inputs from centrifugal axons bring top–down influence from other parts of the brain. The rostral migratory stream provides a continuous addition of new neuroblasts, which differentiate into granule and periglomerular cells. EPL, external

in journals such as the Journal of Chemical Ecology or Chemoecology. For advice on good practice, see the current versions of journal advice to authors (e.g., Anon 2008, 2009, 2010). See the International Society for Chemical Ecology for information about courses. For a stimulating and readable introduction to the importance of using well designed experiments with “fair tests” including “blinding” and randomization, and systematic review, see Evans et al. (2011)

Kin selection Sexual selection Competition between members of same sex Scramble Contest Mate choice by opposite sex Post-copulatory sperm competition For good genes For compatible genes For direct benefits The enormous variety of specialized secretory glands among male mammals and male Lepidoptera (moths and butterflies) is probably largely the result of sexual selection. In mammals there are secretory glands in species-specific positions such as the flanks, around the eye, around the

in the field and soap bubbles were used to track the path of pheromone plumes in the wind. Values above bars are the number of males of the 30 tested that activated. Figure redrawn from Linn and Roelofs (1989); data from Linn et al.(1987). the way pheromone plumes travel downwind as filaments of pheromone-rich air (Chapter 10), all the components are present in the ratio as released, even far downwind. A flying male would benefit from early rejection of a female not from his species. He would then

others only mark externally and some use both mechanisms (Godfray 1994; Nufio & Papaj 2001: note their definition of marking pheromone is wider than HMP). In many species the Dufour’s gland is the source of the mark and the variation in the chemical profile of gland secretion may allow distinction of self- vs. conspecific marks. Females of six out of nine parasitoid species could distinguish between hosts parasitized by themselves and those parasitized by conspecifics, perhaps by individual

Download sample