Advocates ornithology as a second-year biology course to create interest and expose students to a variety of science concepts and skills. Recommended course projects include: species identification, habitat visits, population impact studies, migration patterns, and food preferences. Activities and suggestions are given for a January to June…

Describes secondary school interdisciplinary course which focuses on the integrating of natural forces and human intervention in the creation of an environment. Using a local green belt area in British Columbia, students receive lessons in biology, geography, and history. (KC)

The development of a curriculum that integrates laboratory, field, and nonlaboratory experiences in an undergraduate biology department is described. Some of the laboratory experiences provided students in a Principles of Biology course and how other parts of the upper division curriculum are structured around these key experiments are discussed.…

Describes in detail a program utilizing the study of marine biology to motivate students. (LS)

The major program components of the Biology 30 curriculum are outlined in this document. These key elements include: (1) process skills; (2) psychomotor skills; (3) attitudes; and (4) concepts (subject matter). Each of the components has been assigned an emphasis rating (expressed in a percentage) and a priority rating (designated by a ranking of…

This syllabus (which is not a teaching syllabus) is intended to be an essential minimum core syllabus in biology for children of all abilities. It consists of: (1) a foreword, which outlines how the syllabus was generated; (2) an introduction, which provides information about the use of the syllabus in biology teaching (for example, the local…

A Freshwater Winter ecology course for science teachers is described. Included are a description of the lectures, field activities, field techniques, sampling areas, and sampling methods. (DS)

Describes the reorganized introductory cell and molecular biology lecture course at the State University of New York at Binghamton that was designed to address the issues of lack of active student participation and the stress put on memorization rather than analytical skills. Emphasizes teaching the subject historically and empirically…

A college level introductory psychology course taught in conjunction with introductory biology and philosophy is described. This triad arrangement allows for an interdisciplinary treatment of various issues without diluting the presentation of content specific to the individual disciplines. Information on evaluation of the course is also…

Lists common misconceptions about menstruation and suggests a unit on menstrual education. Activities and guidelines are presented along with unit outline. The outline consists of six major areas: definition and purpose; history; anatomy and reproduction; physiology; protection and discomfort; and related topics. (DH)

Summarizes the experiences of a zoology professor attempting to construct a student-centered course in neurophysiology. Various aspects of the organization and conduct of the course are described, including the beginning experience, topics of interest, lecture, laboratory, computer simulation, examinations, student lectures. Evaluation of the…

Life Science AB is designed for students who do not plan to go to college. The course utilizes an investigative approach and emphasizes student involvement in the study of living organisms. This document contains the course outline and provides guidance to teachers in implementing the objectives and lessons of the course. Contents include: (1)…

A course in human biology was developed to increase course options for students of all abilities and interest levels who successfully completed 1 year of high school science. Major topic areas of the course include: general plan of the human body; causes, cures, and prevention of diseases; human body chemistry; structure and function of cells,…

Offers perspectives on approaching and teaching a biology course for nonmajors. Proposes that teaching less may better prepare students to become more scientifically literate. Identifies areas and priorities that may effectively contribute to students' understanding of science. (JM)

Biology teachers at Ithaca College have developed a course in experimental methodology and instrumentation that teaches beginning biology students the need for accuracy and precision in measurement. This course is described. (JN)