To advance ongoing efforts to diversify the healthcare field and promote inclusion in physiology education, the present study investigates the potential for an evidence-based intervention, Scientist Spotlight assignments, to highlight counterstereotypical representations of scientists in the context of majors and nonmajors physiology courses.…

Examines Texas adoption process, described by author as having an inordinate impact on textbook market. Creationist opposition to evolution content in biological textbooks is well organized. Author presents 10 arguments made at hearing by creationists that he describes as a monument to scientific illiteracy. Asserts that creationists' confusion of…

Six physics teachers describe their experiences in selecting physics textbooks. Issues addressed include fitting text to students, involving more people in the selection process, need for periodic text changes, text change resulting from physics curriculum study, making text fill student needs, and problems faced when asking for a new text. (JN)

How content analysis schemes which focus on inquiry can be used by science teachers in the selection of science textbooks is discussed. The meanings of the concept inquiry are clarified, and why inquiry should be a major concern of science educators is explained. (RM)

Reports a review of 13 genetics textbooks published from 1975 to 1979. Six tables present summaries of the significant data about the books, specific topics covered in the texts, and the number of pages devoted to each of 15 general topics in each textbook evaluated. (CS)

Readability formulas typically yield results stated as a number or grade equivalent. However, results of one formula may not be compared to another because formulas use different criteria to measure readability. A description of eight popular formulas illustrate this point. Suggests that other factors be considered when selecting reading…

Discusses reading levels of books in the sciences, and explains the use of the Readability Graph. Also reported are reading levels of selected high school physics texts. (GA)

Suggests that more attention be paid by biochemistry textbook authors to the breadth of contemporary learning strategies, given the fact that an increasing number of medical schools have adopted an integrated, self-paced, problem-based curriculum. Discusses the theoretical characteristics desirable in the ideal biochemistry textbook. (JJK)

Reports the results of an informal survey of instructors and students of astronomy and authors and editors of astronomy books. Finds that not a single instructor respondent reported being satisfied with the books themselves and not one author or editor reported being satisfied with the market. (DDR)

Provides a framework for objectively selecting a biology textbook based upon credible recommendations from the professional literature. This framework especially draws from recent research findings in science, learning theory, and instruction. (Contains 25 references.) (PR)

Reprints a biology textbook review that the author asserts to be representative of a review for most biology textbooks. Critiques the role of biology textbooks in the biology curriculum. (MDH)

Some of the problems concerning the selection of science textbooks are discussed. A specific procedure for evaluating textbooks which uses questioning levels as a criterion is presented. Textbooks are compared with simple statistical methods using this method. (CW)

The controversy between the Evolutionists and the Creationists is presented. The impact of the Creationists' activity on public school science teaching is discussed with particular emphasis on the selection of biology textbooks by school districts. (SA)

Reviews issues and events related to adopting high school biology textbooks in Texas. Specific reference is given to the viewpoints of Mel and Norma Gabler. It is argued that factors controlling textbook content should not result from past market forces, but from a permanent science constituency and an informed public. (DH)

During the late sixties and early seventies a new nontextbook, lab-centered approach was used in science instruction in elementary grades. With the arrival of the eighties, science curriculum has come full circle, and new science textbooks with corresponding curriculum guides are being adopted. (JN)