The lack of "Canadian content" in Canadian public school textbooks can be more easily explained by changing national educational goals than by foreign ownership of the publishing industry. Science textbooks are used to illustrate. (SB)

Replies are given to students' complaints about their physics textbook, "PHYSICS, Principles and Problems" (Merrill, Bell & Howell). Indicates wrong answers to some of the problems in the book. Discusses several topics identified by the students. (YP)

This article analyzes how science classes carry ideological elements and how that has ethical and deontological consequences with respect to science teaching. Provided are some examples of ideologizing, presenting a worldview, biased contents, and biased image of science. (YP)

Applies the concept of entropy to aging, evolving systems, inanimate systems such as corporations, and structural complexity for classroom teaching. Presents many mathematical expressions as well as explanations. Lists 37 references. (YP)

Examined are ways in which beliefs and values arise in science education specifically, though not exclusively, involving Christian connections. The nature of science is discussed and one textbook's treatment of the Galileo Affair is considered. (Author/CW)

Reports on an investigation of 31 introductory geology textbooks indicating that the concept of contact between bodies of rock is only rarely discussed. Data collected pertaining to 15 related terms demonstrated that many are either omitted or inadequately covered. (TW)

Indicates and describes items that are incorrect in textbooks and a teacher edition of Discover SCIENCE for K-6. (YP)

Describes the potential health hazards of using thioacetamide in introductory courses where students are involved in qualitative inorganic analysis. Describes the chemical as possessing carcinogenic, hepatotoxic, and mutagenic properties. Cautions that thioacetamide has caused various biochemical changes in the liver, and recommends limited uses…

Indicates the inadequacies and limitations of traditionally written elementary science textbooks. Offers suggestions and provides examples for teaching more accurately and experientially the nature and process of science. Identifies several sources for enrichment of the textbook. (ML)

Offers a definition of science which emphasizes methodology. Notes that authors of books can encourage scientific thinking by developing imagery, unfolding stories using critical thinking, building stories around science subjects, and developing books that unfold a story while informing the child. (TW)

The improvement in student attitudes as the result of the use of videomicroscopy in the science classroom at the elementary, secondary, and college levels is discussed. The results of published research studies are reviewed. (CW)

Provides reviews of four computer software packages designed for use in science education. Describes courseware dealing with a variety of tips for teaching physics concepts, chemical reactions in an aqueous solution, mitosis and meiosis, and photosynthesis. (TW)

Discusses the need to develop national guidelines in Great Britain pertaining to the level of funding necessary both to establish and to maintain science courses. Proposes five categories of guidelines and illustrates the use of such guidelines using the Nuffield chemistry courses as examples. (TW)

Investigates superintendents' needs in mathematics and science instruction. Used was a Likert-type questionnaire covering teacher quality, teacher supply, minority access, materials and equipment, and curriculum for non-academic students. A follow-up telephone survey examined the types of materials and equipment most needed. (YP)