📚 Official Curriculum & Master Syllabus
🌳 Evolutionary Biology: Syllabus & Course Map
Explain how populations change in genetic composition, how that change produces adaptation and species, and how the nested history of life is read from anatomy, fossils, geography, and molecules. Separate the fact that populations change from the several processes that cause the change, and separate a tested claim from a story told after the fact.
11
Syllabus Modules
44
Mapped Topics
11
Chapter Pages
CURRICULUM ROADMAP
Interactive Syllabus & Modular Structure
Official curriculum mapped to university degree syllabi and competitive examinations. Each module links directly to its dedicated study notes page and relevant subtopics.
11 Modules
Module 01
Notes →
History of the idea
Module 02
Notes →
Evidence for evolution
Module 03
Notes →
Natural selection
Module 04
Notes →
Variation and its fate
Module 05
Notes →
Drift, flow, and non-random mating
Module 06
Notes →
Selection in populations
Module 07
Notes →
Species and speciation
Module 10
Notes →
Macroevolution and evo-devo
Core Learning Outcomes & Competencies
Upon mastery of this comprehensive syllabus, students and researchers are expected to:
✓
Distinguish the fact of evolutionary change from the processes proposed to explain it, and place Lamarck, Darwin, Wallace, and the modern synthesis in that distinction.
✓
Use homology, fossils, biogeography, direct observation, and molecular comparisons as evidence, and state what each kind of evidence can and cannot show.
✓
State the conditions for natural selection, separate fitness from strength, and compare directional, stabilising, disruptive, balancing, sexual, and kin selection.
✓
Explain how mutation, drift, gene flow, non-random mating, and selection change, or fail to change, allele and genotype frequencies, using Hardy–Weinberg as the null.
✓
Compare species concepts and the geographic modes of speciation, and classify isolating mechanisms as prezygotic or postzygotic.
✓
Read a phylogenetic tree as a hypothesis of nested relationship, and distinguish monophyly, paraphyly, synapomorphy, and homoplasy.
✓
Place deep time at the right order of magnitude: the age of the Earth, early cellular life, endosymbiosis, the Cambrian diversification, the move onto land, and the five great mass extinctions, with causes only where they are established.
✓
Explain punctuated equilibrium, exaptation, and the comparative evolution of development, and describe human evolution without a ladder of progress or a racial typology.
CHAPTER DIRECTORY
Dedicated Chapter & Lecture Pages (11)
Browse every individual chapter, experimental protocol, and specialized topic module published in this discipline.
11 Pages
Evolutionary Biology: Chapter 1 — History of the idea
Evolutionary Biology: Chapter 2 — Evidence for evolution
Evolutionary Biology: Chapter 3 — Natural selection
Evolutionary Biology: Chapter 4 — Variation and its fate
Evolutionary Biology: Chapter 5 — Drift, flow, and non-random mating
Evolutionary Biology: Chapter 6 — Selection in populations
Evolutionary Biology: Chapter 7 — Species and speciation
Evolutionary Biology: Chapter 8 — Phylogeny
Evolutionary Biology: Chapter 9 — Deep history
Evolutionary Biology: Chapter 10 — Macroevolution and evo-devo
Evolutionary Biology: Chapter 11 — Human evolution