http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Front Cover; Pine Bark Beetles; Copyright; Contents; Contributors; Preface; Chapter One: Host Selection by Bark Beetles: Playing the Odds in a High-Stakes Game; 1. Challenges and Trade-offs Posed by the Resource: The House Usually Wins; 1.1. Ecological and Socioeconomic Importance, Diversity, and Life History of Bark Beetles; 1.2. The Lethal Barrier of Tree Defence; 1.3. Trade-offs in Host Selection Affecting Beetle Fitness; 1.4. Some General Solutions to Winning a Game of Chance in an Uncertain Environment; 2. Mechanisms: Making the Most of the Hand You are Dealt
2.1. Multiple Senses in the Host Selection Sequence2.2. Attraction to Hosts; 2.3. Modulation by Antiattractive Signals and the Semiochemical Diversity Hypothesis; 2.4. Odour Coding Mechanisms: Recent Advances; 2.4.1. Pioneering Studies: Pheromone Responses; 2.4.2. Responses to Host- and Non-Host Volatiles; 2.4.3. Responses to Volatiles from Weakened vs Vigorous Hosts; 2.4.4. OSN Frequency and Antennal Distribution; 2.5. Integration of Odour Blends by Co-Localized Neurons: Bark Beetle Research Revealed Novel Coding Mechanisms; 2.6. Bark Beetle Chemosensory Genes and Proteins
3. Plasticity: Hedging Your Bets3.1. A Highly Variable, Largely Unpredictable, and Density-Dependent Host Resource; 3.2. The Value of Making Sequential Rather than Absolute Decisions (Why Card-Counters Win); 3.3. Sources and Modalities of Plasticity; 3.4. Why Not Cheat?; 4. Choosing Among Host Species in a Changing Landscape: Thereś More than One Game in Town; 4.1. Historical Ranges: Regional Variation and Experience; 4.2. Ranges Expanding with Climate Change; 4.3. New Geographic Ranges and Host Associations Arising from Human Transport
5. Integrating Mechanistic Knowledge of Host Selection Behaviour with the Landscape Ecology and Management of Bark Beetles5.1. Integrating Ecology and Physiology, Pattern, and Process; 5.2. Management Implications; 6. Conclusions; Acknowledgements; References; Chapter Two: The Role of Population Genetic Structure in Understanding and Managing Pine Beetles; 1. Introduction; 1.1. What is Population Genetic Structure?; 1.2. Biological Influences on Population Genetic Structure; 2. The Age of DNA-Based Methods; 2.1. Molecular Marker Choice; 3. Common Methods of Assessment
3.1. F-Statistics: The Original Method3.1.1. Case Study: F-Statistics Assess the Influence of Increasing Host Specialization; 3.1.2. Case Study: Assessing the Effects of Geographic Isolation with F-Statistics; 3.1.3. Case Study: F-Statistics and the Shift Towards Landscape Community Genetics; 3.2. Relatedness: The Extreme Similarity Assessment; 3.2.1. Case Study: Using Paternity and Relatedness to Infer Population Genetic Structure; 3.3. Bayesian Clustering Methods: One of These Is Not Like the Others; 3.3.1. Case Study: Beware the Scale of Population Genetic Structure
edited by Claus Tittiger and Gary J. Blomquist.
SCIENCE / Life Sciences / Zoology / General
Advances in insect physiology ; volume 50