This collection of papers summarizes understanding about the extent of genetic variation within wild populations and the ways to monitor such variation. It proposes the idea that an objective of evolutionary ecology is necessary to predict organism, population, community, and ecosystem response.

Patterns of adaptation in the past and the genetic basis of traits likely to be under selection in a dynamically changing environment is discussed along with a wide variety of techniques to test for genetic variation and its consequences, ranging from classical demography to the use of molecular markers. This book is perfect for professionals and graduate students in genetics, biology, ecology, conservation biology, and evolution.

1. Quantitative Genetic Variation in Populations of Darwin's Finches
2. Adaptation, Natural Selection, and Optimal Life History Allocation
3. Natural Selection and the Evolution of Adaptive Genetic Variation in Northern Freshwater
4. Understanding Natural Selection on Traits that are Influenced by Environmental Conditions
5. Adaptive Evolution and Nuetral Variation in a Wild Leafminer Metapopulation
6. Reaching New Adaptive Peaks: Evolution of Alternative Adaptive Bill Forms in an African Finch
7. Geographic Variation in Flower Size in WIld Radish: The Potential Role of Pollinators in Population Differentiation
8. Detecting Inheritance with Inferred Relatedness in Nature
9. Laboratory and Field Heritabilities: Some Lessons From Drosophila
10. Intra- and Interpopulation Genetic Variation: Explaining the Past and Predicting the Future
11. Adaptive Genetic Variation in the Wild