IndietroGeneral Biology I: Course Syllabus and Study Guide
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General Biology I: Course Syllabus and Study Guide
Course Overview
This course provides an introduction to the structure and function of plant and animal organ systems, as well as fundamental concepts in animal and plant phylogeny, ecology, and evolution. Students will engage in both lecture and laboratory experiences to develop a comprehensive understanding of biological systems.
Lecture: 3 hours per week
Laboratory: 3 hours per week (includes 14 laboratory exercises)
Instructor: Shao-Ying Hua
Required Text: Urry et al. 2021. Campbell Biology plus Mastering Biology, 12th Ed.
Course Description
Study of the origin, structure, and function of plant and animal organ systems
Exploration of animal and plant phylogeny, ecology, and evolution
Experimental study of biological systems
Desired Learning Objectives
Describe the process of evolution and understand its importance in biology
Identify the characteristics of the diverse phyla of the animal kingdom
Demonstrate a knowledge of basic plant physiology
Learn the basic principles of ecology
Gain an understanding of the evolutionary significance of animal and plant diversity
Required Materials
Textbook: Urry et al. 2021. Campbell Biology plus Mastering Biology, 12th Ed.
Mastering Biology Access Code: Required for online assignments
Evaluation and Grading
3 Exams: 35%
Mastering Biology Exercises: 10%
Lab: 30% (quizzes, lab project, midterm exam, and final exam)
Attendance: 15%
Grading Scale:
A: 90.0-92.9% and above
A-: 87.0-89.9%
B+: 83.0-86.9%
B: 80.0-82.9%
B-: 77.0-79.9%
C+: 73.0-76.9%
C: 70.0-72.9%
Lecture Schedule and Topics
The following is a summary of the main topics covered throughout the semester, along with associated textbook readings and assignment due dates.
Lecture Date | Topic | Reading | Assignment Due |
|---|---|---|---|
Aug 26 | Course orientation, Theory of evolution | Chapter 22 | Assignment 1: Sep 2 |
Sep 2 | Basic genetics, Evolution of Populations | 14.1, 23 | Assignment 2: Sep 6 |
Sep 9 | Evolution of Populations, Origin of Species, Prokaryotic and Eukaryotic Cells | 23, 24, Figures 6.5 & 6.8 | Assignment 3: Sep 13, Assignment 4: Sep 16 |
Sep 16 | EXAM I (CH 22, 14.1, 23, 24), Cell, History of Life | 25 | |
Sep 23 | History of Life | 25 | |
Sep 30 | History of Life, Plant diversity I | 26, 29 | Assignment 5: Oct 6 |
Oct 7 | Plant diversity I, Plant diversity II, Introduction to Animal Diversity | 30, 32 | Assignment 7: Oct 15 |
Oct 14 | Monday schedule, no class | ||
Oct 21 | EXAM II (CH 25, 26, 29, 30), Introduction to Animal Diversity, Invertebrates | 32, 33 | |
Oct 28 | Introduction to Animal Diversity, Invertebrates | 33 | Assignment 9: Nov 10 |
Nov 4 | Vertebrates | 34 | Assignment 11: Nov 11 |
Nov 11 | Animal Behavior | 51 | Assignment 12: Nov 18 |
Nov 18 | EXAM III (CH 32, 33, 34) | ||
Dec 2 | Community Ecology, Ecosystem Ecology | 54, 55 | Assignment 14: Dec 6 |
Dec 9 | Ecosystem Ecology, Conservation Biology and Global Change | 55, 56 | Assignment 15: Dec 15, Assignment 16: Dec 17 |
Final Exam | Date to be determined. The final exam will be cumulative. |
Academic Integrity
Students are expected to act with honesty and integrity.
Cheating, plagiarism, and other forms of academic dishonesty are strictly prohibited and may result in severe penalties.
Refer to the York College Academic Integrity Policy for details.
Student Responsibilities
Attend all lectures and take notes.
Arrive on time and minimize disruption.
Participate in class and complete all assignments on time.
Use electronic devices only for course-related activities.
Laboratory Component
14 laboratory exercises are included in the course.
Directions for each lab are provided in the study guide posted on the course website.
Accommodations and Support
Students with disabilities should contact the appropriate college office for accommodations.
York College Student Support Services offers counseling, tutoring, and academic skills workshops.
Key Topics Covered
Evolution: Theory, mechanisms, and evidence for evolution
Genetics: Basic principles of inheritance and genetic variation
Cell Biology: Structure and function of prokaryotic and eukaryotic cells
Plant and Animal Diversity: Classification, structure, and function of major groups
Ecology: Principles of population, community, and ecosystem ecology
Behavior: Animal behavior and its ecological significance
Conservation Biology: Biodiversity, threats, and global change
Additional info: This syllabus provides a comprehensive overview of the course structure, expectations, and main biological topics, serving as a foundational guide for students preparing for General Biology I.