"Marvel" at the neuroscientific reasons why smart teens make dumb decisions! "Behold" the mind-controlling power of executive function! "Thrill" to a vision of a better school for the teenage brain! Whether you're a parent interacting with one adolescent or a teacher interacting with many, you know teens can be hard…

This edition of Science and Creationism summarizes key aspects of several of the most important lines of evidence supporting evolution. It describes some of the positions taken by advocates of creation science and presents an analysis of these claims. This document lays out for a broader audience the case against presenting religious concepts in…

Describes an innovative model for improving the teaching of evolution in high school biology courses. Combines the teaching of evolution with both a modern view of the nature of science and the use of humans as the primary case study for understanding evolutionary concepts. Requires consistent use of student-centered activities. Contains 20…

Suggests ways for Catholic educators to teach about evolution; e.g., present evolution as widely accepted; note wide belief in God's creation of the world; do not present science and faith as mutually exclusive; present evolution as theory; and present both the evidence supporting and the problems accompanying evolutionary theory. (DMM)

Described are simulations that can be used to illustrate evolution by natural selection. Suggestions for simulating phenomena such as adaptive radiation, color match to background and vision of predators are offered. (BR)

Discusses mechanics of and experiences with an urban land use simulation game. Students were able to practice developing analytical skills, improve their capacity to collect thoughts and present them orally, and participate in a real life "adult" situation where they could apply concepts learned in the course of their education.…

Describes an activity that uses paper airplanes to demonstrate natural selection and is preceded by a lesson on the fossil record to supply a foundation for the concept of evolution. (JRH)

By providing religious grounding in favor of modern science and creating effective strategies for dealing with common creationism arguments, this book is a must-read for administrators and teachers alike. This important resource provides readers with an understanding of the nature of science and the relationship between science and religion. This…

Describes the development of casts that replicate fossil finds to help teach human evolution. (MKR)

Provides rules for a game which simulates selection pressures on a hominid group. Objectives include an appreciation of how selectivity works, an understanding of how abiotic factors are able to influence a population, and how interactions within the population can influence the group. (JM)

Discusses the problems of teaching time concepts to children. Suggests alternatives to the traditional time line. Describes the use of bottles and boxes as symbols of units of time when encouraging children to visualize and understand time. Provides information which will assist teachers in using these techniques. (KO)

Describes three episodes illustrating teacher's and preservice teacher's difficulties in teaching evolution. Presents a series of activities for teaching evolution using the conceptual change approach to teaching science. (PR)

Describes the following examples of natural selection for use in science instruction: sickle-cell anemia and human beings, clogged crabs, the rounding of the human head, shell color in land snails, pollinator behavior and flower color, copper tolerance in a grass, lizards and quick change, and Darwin's finches. (PR)

Presents experiments using wild birds as predators and pastry as prey and colored stones as background to demonstrate natural selection. Describes the exercise as an exercise in simulating natural selection. (Author/CW)

Presents the background and rationale for the Science as a Way of Knowing Project. Also offers suggestions for incorporating the teaching of science as a way of knowing into science classes in general and in the teaching of evolution in college courses in particular. (JN)