Education
- PhD Cell and Developmental Biology, Harvard University
- BS Molecular Biology and Bioinformatics, University of Wisconsin-Parkside
Biography
Nathaniel T. Jeanson is actively involved in research on natural and human history, especially the pre-European history of the Americas. Jeanson is the author of “Replacing Darwin: The New Origin of Species”, “Replacing Darwin Made Simple”, “Traced: Human DNA’s Big Surprise”, and “They Had Names: Tracing the History of the North American Indigenous People.”
Selected Publications & Presentations
- Nathaniel T. Jeanson. (2025). Y-chromosome-guided analysis of mitochondrial DNA lineages in the Americas: New evidence for a mitochondrial DNA root, for a mitochondrial DNA clock, and for at least one migration from Asia into the Americas in the 1st millennium B.C. Answers Research Journal 18: 347–375.
- Nathaniel T. Jeanson. (2020). Young-Earth Y Chromosome Clocks Confirm Known Post-Columbian Amerindian Population History and Suggest Pre-Columbian Population Replacement in the Americas. Answers Research Journal 13:23-33.
- Nathaniel T. Jeanson. (2019). Testing the Predictions of the Young-Earth Y Chromosome Molecular Clock: Population Growth Curves Confirm the Recent Origin of Human Y Chromosome Differences. Answers Research Journal 12:405-423.
- Nathaniel T. Jeanson, Ashley D. Holland. (2019). Evidence for a Human Y Chromosome Molecular Clock: Pedigree-Based Mutation Rates Suggest a 4,500-Year History for Human Paternal Inheritance. Answers Research Journal 12:393-404.
- Nathaniel T. Jeanson. (2016). On the Origin of Human Mitochondrial DNA Differences, New Generation Time Data Both Suggest a Unified Young-Earth Creation Model and Challenge the Evolutionary Out-of-Africa Model. Answers Research Journal 9:123-130.
- Nathaniel T. Jeanson, Jason Lisle. (2016). On the Origin of Eukaryotic Species’ Genotypic and Phenotypic Diversity: Genetic Clocks, Population Growth Curves, and Comparative Nuclear Genome Analyses Suggest Created Heterozygosity in Combination with Natural Processes as a Major Mechanism. Answers Research Journal 9:81-122.
- Nathaniel T. Jeanson. (2015). A young-earth creation human mitochondrial DNA “clock”: Whole mitochondrial genome mutation rate confirms D-loop results. Answers Research Journal 8:375-378.
- Nathaniel T. Jeanson. (2015). Mitochondrial DNA clocks imply linear speciation rates within “kinds.” Answers Research Journal, 8:273-304.
