Survey the diversity of contemporary life on earth and trace the evolution of the diversity, e.g., the origin of prokaryotes, evolution of the eukaryotic cell, the genesis of multicellular life, and the adaptive radiations of plants, fungi and animals. Delve into laboratory investigations as a contemporary researcher, following the Scientific Method with regard to experimentation itself and scientific writing. Foster technology in the classroom and laboratory by utilizing computer software, CD ROMs and the World Wide Web. Lecture topics are outlined in the attached schedule. An integral part of this course is the development of critical thinking skills.
Science is a dynamic process that requires more than mere acquisition and memorization of facts.
It requires integration of those facts to understand the interrelationships of all life from the subcellular level to the whole organism. The lectures will guide you in the development of critical thinking, and the laboratories will stimulate and support this goal. I strongly suggest that you participate in a study group of some type and use the group to assess your comprehension of the course material. Laboratories will commence on the third week of classes and will meet every week. The laboratory exercises are designed to give you an opportunity to learn experimental biology, and use your developing critical thinking skills.