Annotated bibliography
Where the claims come from
Start with reviews; use primary papers for detail. DOI links are persistent identifiers, though some publisher pages may be paywalled. Each entry identifies a source for a specific claim, not a final word on every case.
Accessible foundations
- National Academies (2008), Science, Evolution, and CreationismConsensus-level, plain-language foundation.
- UC Museum of Paleontology, Understanding Evolution 101Well-scaffolded reference for selection, drift, and phylogeny.
- OpenStax, Biology 2e, evolution unitsFree textbook refresher at the intended prerequisite level.
Population genetics and molecular evolution
- Kimura (1968), neutral molecular evolutionFoundational theory.
- Ohta (1973), slightly deleterious substitutionsNearly-neutral extension.
- Charlesworth (2009), effective population sizeExpert review.
- Eyre-Walker & Keightley (2007), fitness effects of new mutationsExpert review.
- Kern & Hahn (2018), neutrality in light of selectionModern interpretation and critique.
- Sella & Barton (2019), “Thinking About the Evolution of Complex Traits in the Era of Genome-Wide Association Studies”Why genomic selection inference requires caution.
Genomics, ancestry, and networks
- Green et al. (2010), Neanderthal genomePrimary ancient-DNA landmark.
- Reich et al. (2010), Denisova genomePrimary discovery and ancestry analysis.
- Huerta-Sánchez et al. (2014), adaptive introgression at EPAS1Primary study.
- Human Pangenome Reference Consortium (2023)Diverse draft pangenome.
- Soucy, Huang & Gogarten (2015), HGTReview of the “web of life,” with microbial scope.
- Degnan & Rosenberg (2009), gene-tree discordanceMultispecies coalescent review.
- Good et al. (2017), 60,000 generations of E. coliPrimary long-term evolution experiment.
Regulation, development, and inheritance
- Wray (2007), cis-regulatory mutationsReview of regulatory evolution.
- ENCODE Project (2012)Primary biochemical activity map; read with the definitional critiques.
- Graur et al. (2013), function and ENCODEEvolutionary-function critique.
- Müller (2007), evo-devo and synthesisExpert review.
- Uller et al. (2018), developmental biasRegulatory-network review.
- Levis & Pfennig (2016), plasticity-first criteriaCritical empirical framework.
- Heard & Martienssen (2014), epigenetic inheritanceAuthoritative myths-and-mechanisms review.
- Laland, Odling-Smee & Feldman (1999), niche constructionFoundational evolutionary model.
Levels, symbiosis, and culture
- Price (1970), selection and covarianceFormal basis for multilevel partitioning.
- Queller (2000), relatedness and major transitionsExpert theory/review.
- Sagan [later Margulis] (1967), “On the origin of mitosing cells”Historically foundational endosymbiotic hypothesis; later genomic evidence established organelle bacterial ancestry.
- Bordenstein & Theis (2015), holobiont caseStrong position.
- Moran & Sloan (2015), hologenome critiqueCritical companion.
- Laland, Odling-Smee & Myles (2010), culture and the human genomeGene–culture synthesis.
- Tishkoff et al. (2006), “Convergent adaptation of human lactase persistence in Africa and Europe”Primary case of convergent gene–culture coevolution.
The synthesis debate
- Laland et al. (2015), EES structure and predictionsProgrammatic affirmative case.
- Futuyma (2017), evolutionary biology and the EES callCritical/bridging assessment.
- Müller (2017), why an EES is necessaryDirect affirmative position.
Editorial rule: a citation supports only the claim it tested. One taxon or mechanism does not establish universality. When a lesson says “debated,” the paired sources are an invitation to inspect assumptions rather than vote by authority.