General Biology II: Biodiversity, Taxonomy, and the Science of Life

Course Introduction and Overview

Course Structure and Learning Goals

This course, General Biology II (BIOS 1073), focuses on the principles of biological diversity, evolutionary processes, and the hierarchical organization of living systems. Students will explore the origin of life, mechanisms of evolution, and survey the diversity of life across the three domains.

• Learning Goals:

  • Think like a scientist and understand scientific methodology.

  • Comprehend the origin of life and evolutionary processes.

  • Survey the diversity of life on Earth, including Bacteria, Archaea, and Eukarya.

• Course Topics:

  • Biological and Evolutionary Principles

  • Prokaryotes, Protists, Fungi, and Plants

  • Animal Diversity and Biology

  • Ecology

Study Skills and Success Strategies

Effective Study Habits

Success in biology requires active engagement, time management, and collaborative learning. The SQ3R method is recommended for textbook study.

• SQ3R Method:

  1. Survey the chapter for major topics.

  2. Question what you expect to learn.

  3. Read actively, taking notes and making diagrams.

  4. Recite material aloud to reinforce memory.

  5. Review by answering questions and summarizing topics.

• Spaced Retrieval Practice: Practice recalling information over time to build long-term memory.

• Time Management: Develop a weekly schedule for solo study, group meetings, and use of online resources.

Additional Info

• The first image depicts a large tree, likely an oak with Spanish moss, representing biodiversity and ecosystem complexity. Additional info: Trees are important components of ecosystems, providing habitat, oxygen, and contributing to energy flow and nutrient cycling.

• Some terms (e.g., "archegonium," "antheridia," "fern gametophyte") relate to plant reproduction and life cycles. Additional info: Archegonium and antheridia are reproductive structures in non-flowering plants; gametophyte is the haploid stage in plant life cycles.