The skills needed by future workers can be developed through Principles of Technology, a vehicle for reinforcing math, science, and communication skills. Understanding technology is important for all students. (SK)

Investigates a taxonomy of seven proposed responses to anomalous data. Concludes that one additional type of data is needed in the taxonomy. Suggests that the taxonomy can be used as a framework to guide classroom discussion. Contains 57 references. (DDR)

Suggests that modern science adopts materialist strategies toward relationships between empirical data and theory because of an elective affinity between such strategies and a certain outlook on the control of nature. Claims that, when the roles of social values and cognitive values are kept distinct, sound theory acceptance can still be…

Criticizes Hugh Lacey's use of the term "materialist" when describing materialist strategies used during structuralist explanation in scientific practice. Examines the grounds for supposing an affinity between these strategies and the growing subordination of human values to the attractions of technological transformations of nature.…

Suggests that Hugh Lacey's example of a clear-cut distinction between material and social constraints or possibilities in the Green Revolution is misleading. Proposes a material analysis of the control situation placed within the material framework of the social structure within which the control system is employed. (Author/WRM)

Lends further depth to arguments put forth by Hugh Lacey. Addresses the allegation made by the indigenous science movement that violence is evident in the control of nature because science is inherently violent--a charge which, if not refuted, undermines the claim that science is neutral. Considers the shortcomings of a school science curriculum…

Responds to criticisms of the previous article, "Scientific Understanding and the Control of Nature." Clarifies themes in the first article and reaffirms the significance of distinguishing between cognitive and social values to gain a better grasp of scientific understanding. (Author/WRM)

Critically reviews creationist ideas on the geology of the Grand Canyon, especially those found in "Grand Canyon: Monument to Catastrophe." Contains 27 references. (WRM)

Discusses the contributions of Arthur Jensen to the study of intelligence and considers his writings on the topic of racial differences in scores on tests of intelligence. Concludes with a discussion of his work on the correlates of the "g" vector (general intelligence factor). (Author/SLD)

Discusses recent science studies that focus on experimentation and the implications of these studies for the philosophy of science. Argues that the results of scientific experiments are practical productions that embody practical solutions to some of the key problems that have worried science philosophers. (Author/WRM)

Examines letters written by more than 700 participants in a citizen-science project conducted by the Cornell Laboratory of Ornithology. Finds that nearly eighty percent of the letters, which were unsolicited and not connected with a formal evaluation, revealed that participants had engaged in thinking processes similar to those that are part of…

Outlines a way for instructors to teach astronomy and the nature of scientific inquiry. Highlights a discussion with students during coverage of the Earth-Moon system. (CCM)

Describes a study on establishing the current status of and exploring the relationships among the variables of high school biology teachers' acceptance of evolutionary theory and teacher understanding of the nature of science. (Contains 23 references.) (ASK)

Provides an exercise to promote students' understanding of the commonality of certain basic questions to all of biology and demonstrate the power of using different approaches with very different assumptions. (Contains 15 references.) (ASK)

Describes a method for teaching advanced ecology to juniors and seniors at an independent high school. Uses questions as the primary organizational tool to organize the curriculum. Facilitates teaching science in a manner closer to how it is practiced by scientists and helps students understand and appreciate science itself. (SAH)