Review by Choice Review
Kot (Univ. of Washington) offers a solid introduction to applied mathematical ecology, especially as it relates to population ecology. It is divided into two parts; the first treats simple unstructured populations covering density dependence, growth, time delay, and discrete time models. Separate chapters discuss models on classical predator-prey relationships, competition, and mutualism (a welcome addition). The book nicely covers harvest models and the dynamics of exploited populations. The second part discusses more complex spatially structured, age-structured, and sex-structured models. The book requires a good background in calculus. Unusual for such a work, this one is written clearly and much of the writing is accessible even to those without a strong math background. Each chapter has interesting supplementary boxes on mathematical and historical material and relevant problems for solving. Missing, however, are sorely needed solutions to the problems, which would greatly improve the pedagogical value of the book. Numerous line diagrams clarify the mathematics. Upper-division undergraduate and graduate students and researchers in population, applied population, and mathematical ecology will find this book highly useful. R. L. Smith emeritus, West Virginia University
Copyright American Library Association, used with permission.
Review by Choice Review
