James L. Hayward

This collection of 447 annotated references provides an overview of the literature addressing the creation/evolution controversy for students, teachers, lawyers, writers, historians, scientists, sociologists, clerics, and other interested persons. Fifty-four annotations in the chapter on historical references highlight influential volumes published between 1543 and 1980-classic works that inform the views of later writers. These historical works are listed chronologically in order of publication. The remaining 393 entries feature books published from 1981 (the year of the "Scopes II" trial in Arkansas) to 1996, and include works that address historical, sociological, philosophical, religious, cosmological, geological, biological, and anthropological issues surrounding the creation/evolution controversy. The annotations are written in an informative, impartial style. Except for references in the chapter containing historical sources and in the chapter featuring works on the history of the creation/evolution controversy, references are grouped under "theistic" and "non-theistic" headings. An introductory essay describes the history of evolutionary theory and creationism, and defines the distinguishing features of each thought system. An annotated list of periodicals featuring articles on creationism and evolutionism is also provided. With author, title, and subject indexes.

An Annotated Bibliography

The Creation/Evolution Controversy

Jim M. Cushing

Shandelle M. Henson

This monograph summarizes several decades of collaborations between ecologists and mathematicians, presenting novel applications in biological modeling. The authors are among the first researchers to pioneer the use of dynamical systems models to successfully describe and predict animal behavior in relation to environmental changes. The text highlights the biological and mathematical techniques used in the research, including three main components: 1) large data sets on natural populations in the field; 2) mathematical models rigorously tied to data, which describe, explain, and predict behavioral dynamics in relation to environmental variables; and 3) simplified, proof-of-concept models to probe dynamic mechanisms, suggest testable hypotheses, and allow study of the consequences of environmental change and evolving traits. It is a suitable text for field ecologists interested in the modeling procedures and conclusions addressed therein, as well as mathematicians interested in applications to population, ecological, and evolutionary dynamics.

James L. Hayward

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