Evolutionary Genetics: From Heredity and Variation to Genomes, Populations and the Evolution of Complexity

This Treatise is an exceptionally comprehensive, mathematically rigorous, and elegantly written treatise on evolutionary genetics. Spanning 46 chapters, it connects the classical pop-gen foundations of Fisher, Wright, and Price with modern population genomics, ancient DNA analysis, computational simulation, and artificial intelligence. The work bridges the gap between biological intuition and formal derivation. It maintains an unusually high prose quality while providing complete mathematical derivations and fully resolved pedagogical exercises. Scope and Pedagogical ArchitectureThe structure follows a logical, cumulative progression: Foundations & Transmission (Ch. 1–8): Establishes the explanatory framework, molecular substrate, Mendelian inheritance, linkage, mutation, and genotype-to-phenotype maps.Population Dynamics (Ch. 9–16): Systematic derivations of selection, drift, migration, inbreeding, linkage disequilibrium, and coalescent theory. Trait, Genome & Evolutionary Mechanics (Ch. 17–28): Covers molecular/genome evolution, quantitative traits, plasticity, sexual selection, social evolution, adaptation, and coevolution.Speciation & Macroevolution (Ch. 29–36): Speciation genetics, phylogenetics, macroevolution, major transitions, and specialized taxon genetics (microbial, plant, animal, human). Modern Frontiers & Methodologies (Ch. 37–46): Sample preservation, population genomics, ancient DNA, AI/simulation modeling, conservation, domestication, disease genetics, and epidemiology. Every chapter adheres to a predictable structure: an opening presentation page, a continuous argumentative essay, derivations from explicit assumptions, worked examples, exercises with full step-by-step resolutions, references, and a "Direction Check" bridging to the next chapter. Conceptual Rigor & Analytical FoundationClarity of Assumptions: Mathematical derivations explicitly name biological assumptions prior to algebraic operations. Equations are numbered logically per chapter. Methodological Discipline: The author maintains strict conceptual boundaries throughout: Distinguishing mutation from substitution. Distinguishing physical linkage from linkage disequilibrium. Distinguishing statistical association from causal mechanism in quantitative and epidemiological scans. Distinguishing incomplete lineage sorting (ILS) from introgression/HGT. Highlighting how data generation (sampling frames, preservation, library prep, sequencing depth) shapes inferential outcomes. Prose Style and Writing Quality: The prose is remarkable for an upper-level biological textbook—literate, aphoristic, and precise. "Life persists by copying, but it evolves because copying is neither perfectly faithful nor equally rewarded.";"Evolution occupies the narrow constitutional settlement between memory and error." "A narrow interval obtained after ignoring four of these is not precision; it is bookkeeping with a confident accent."Technical terms are fully defined before abbreviations are adopted. Visual figures utilize a deliberate palette across the work (Teal = inherited variation/transmission; Burgundy = differential persistence/conflict; Gold = environment/contingency; Navy = population/system being explained). This stability aids visual retention across complex multi-panel diagrams. Key Strengths: Self-Contained Problem Solutions: Unlike many textbooks that relegate exercise solutions to an online instructor manual, complete step-by-step resolutions are included at the end of every chapter.