Heredity and Evolution: Foundational Biology for Science Olympiads

Demystify the laws of life and discover how traits are passed down through generations. This text-based course provides a clear, structured pathway to understanding the core mechanisms of genetics and evolutionary biology. By working through comprehensive written explanations and practice problems, you will transition from basic curiosity to a rigorous, exam-ready comprehension of inheritance patterns, DNA structure, natural selection, and modern genetic concepts. What you'll learn: - Understand the foundational laws of Mendelian genetics, monohybrid crosses, and dihybrid inheritance. - Explore the molecular basis of heredity, including DNA structure, replication, and sex determination. - Analyze the mechanisms of evolution, natural selection, speciation, and the tree of life. - Apply genetic principles to solve pedigree charts and predict phenotypic ratios. - Discover modern advancements in genetics, including basic concepts of epigenetics and gene-editing technologies. The curriculum begins with fundamental biological terminology and historical experiments before progressing to complex genetic crosses, evolutionary theories, and modern molecular biology applications. This course is designed for beginners, school students preparing for competitive science exams, and biology enthusiasts seeking a solid scientific foundation. No advanced prior knowledge of genetics is required. Read, practice with structured examples, and build a powerful foundation in evolutionary science today.