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Snowbird : Integrative Biology and Evolutionary Diversity in the Junco /

At birdfeeders and in backyards across North America, the dark-eyed junco, or snowbird, can be found foraging for its next meal. With an estimated population of at least 630 million, juncos inhabit forests, parks, and even suburban habitats, making them one of the continent's most abundant and...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Aleixandre, Pau (Contribuidor), Alvarez-Nordström, Sofía (Contribuidor), Atwell, Jonathan W. (Contribuidor, Editor ), Bergeon Burns, Christine M. (Contribuidor), Cain, Kristal (Contribuidor), Cardoso, Gonçalo C. (Contribuidor), Gerlach, Nicole M. (Contribuidor), Hooper, Daniel M. (Contribuidor), Jawor, Jodie M. (Contribuidor), Ketterson, Ellen D. (Contribuidor, Editor ), McCormack, John (Contribuidor), McGlothlin, Joel W. (Contribuidor), Milá, Borja (Contribuidor), O'Neal, Dawn M. (Contribuidor), Peterson, Mark P. (Contribuidor), Price, Trevor D. (Contribuidor), Reichard, Dustin G. (Contribuidor), Rosvall, Kimberly A. (Contribuidor), Whittaker, Danielle J. (Contribuidor)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Chicago : University of Chicago Press, [2016]
Temas:
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Frontmatter
  • Contents
  • Preface
  • Chapter One. Introduction
  • Part I. Opportunities and Challenges in Evolutionary and Integrative Biology Presented by the Avian Genus Junco
  • Chapter Two. The Junco: A Common Bird and a Classic Subject for Descriptive and Experimental Studies in Evolutionary and Integrative Biology
  • Chapter Three. Axes of Biogeographic Variation in the Avian Genus Junco: Habitat, Morphology, Migration, and Seasonal Timing, with Implications for Diversification under Heteropatry
  • Part II. Hormones, Phenotypic Integration, and Life Histories: An Endocrine Approach
  • Chapter Four. Phenotypic Engineering: A Long-Term Study Using Hormones to Study Life-History Trade-Offs and Sexual Conflict
  • Chapter Five. Hormonal Pleiotropy and the Evolution of Correlated Traits
  • Chapter Six. Individual Variation and Selection on Hormone-Mediated Phenotypes in Male and Female Dark-Eyed Juncos
  • Chapter Seven. Diving Deeper into Mechanism: Individual and Sex Differences in Testosterone Production, Sensitivity, and Genomic Responses
  • Part III. Evolutionary Diversification in the Avian Genus Junco: Pattern and Process
  • Chapter Eight. More than Meets the Eye: Lineage Diversity and Evolutionary History of Dark-Eyed and Yellow-Eyed Juncos
  • Chapter Nine. The Potential Role of Parapatric and Alloparapatric Divergence in Junco Speciation
  • Part IV. Mechanisms of Divergence among Populations
  • Chapter Ten. Shifts in Hormonal, Morphological, and Behavioral Traits in a Novel Environment: Comparing Recently Diverged Junco Populations
  • Chapter Eleven. A Physiological View of Population Divergence: Comparing Hormone Production and Response Mechanisms
  • Chapter Twelve. Mate Choice in Dark-Eyed Juncos Using Visual, Acoustic, and Chemical Cues
  • Chapter Thirteen. Dark-Eyed Junco Song: Linking Ontogeny and Function with a Potential Role in Reproductive Isolation
  • Chapter Fourteen. Standing on the Shoulders: Agendas for Future Research Addressing Evolutionary and Integrative Biology in a Rapidly Evolving Songbird
  • Glossary
  • Contributors
  • Index