A

Ahlquist, Jon and Lightner, Jean K. (2018) Paradise Kingfishers (Tanysiptera Spp.), the Founder Effect, and Creation Research. Creation Research Society Quarterly, 55 (1): 1.

B

Bartlett, Jonathan (2008) Statistical and Philosophical Notions of Randomness in Creation Biology. Creation Research Society Quarterly, 45 (2): 2.

Bergman, Jerry R. (2004) The Unbridgeable Chasm Between Microevolution and Macroevolution. Creation Research Society Quarterly, 41 (1): 4.

Brown, Colin (1996) Devonian Fish and Amphibians and the Gene-Theme Model. Creation Research Society Quarterly, 33 (1): 2.

Brown, Colin (1987) The Law of Symmetric Variation and the Gene-Theme Model. Creation Research Society Quarterly, 24 (2): 4.

Brown, Colin (1982) Variation and the Fourth Law of Creation. Creation Research Society Quarterly, 19 (2): 3.

C

Culp, G. Richard (1991) The Limits of Variation. Creation Research Society Quarterly, 28 (3): 5.

D

Davidheiser, Bolton (1991) What Is a Species? Creation Research Society Quarterly, 27 (4): 5.

G

García-Pozuelo-Ramos, Celedonio (1999) Craniodental Variability in the Domestic Dog (Canis familiaris) and its Implications for the Variability in Primates. Creation Research Society Quarterly, 36 (3): 2.

García-Pozuelo-Ramos, Celedonio (1998) Dental Variability in the Domestic Dog (Canis familiaris) Implications for the Variability of Primates. Creation Research Society Quarterly, 35 (2): 2.

García-Pozuelo-Ramos, Celedonio (2002) Variability of Skull Shape in the Domestic Dog and its Implications for Variability in Other Mammals and Humans Since the Flood. Creation Research Society Quarterly, 39 (1): 2.

Gillen, Alan L. and Conrad, Jason and Cargill, Michael (2015) The Genesis and Emergence of Community-Associated Methicillin-Resistant Staphylococcus aureus (CA-MRSA): An Example of Evolution in Action? Answers Research Journal, 8: 29. pp. 391-401. ISSN 1937-9056

Guliuzza, Randy J. (2014) Does Natural Selection Exist?—Comment 1, Part I: Creatures' Adaptation Explained by the Design-Based, Organism-Driven Approach. Answers Research Journal, 7: 23. pp. 403-421. ISSN 1937-9056

Guliuzza, Randy J. (2014) Does Natural Selection Exist?—Comment 1, Part II: Creatures' Adaptation Explained by the Design-Based, Organism-Driven Approach. Answers Research Journal, 7: 24. pp. 421-437. ISSN 1937-9056

Guliuzza, Randy J. (2014) Does Natural Selection Exist?—Comment 1, Part III: Creatures' Adaptation Explained by the Design-Based, Organism-Driven Approach. Answers Research Journal, 7: 25. pp. 437-450. ISSN 1937-9056

H

Harper, G. H. (1981) Speciation or Irruption: the Significance of the Darwin Finches. Creation Research Society Quarterly, 18 (3): 6.

Harper, G. H. (1979) The Species Concept in Lyell's Principles of Geology. Creation Research Society Quarterly, 16 (2): 6.

Howard, Warren R. (1967) Reinterpretation of Facts Behind the Theory of Evolution. Creation Research Society Quarterly, 3 (4): 3.

Howe, George F. (1986) Yuccas of the Southwestern United States: A Study in Numerical Taxonomy and in Origins at the Species Level. Creation Research Society Quarterly, 23 (1): 1.

J

Jeanson, Nathaniel T. (2013) Does Natural Selection Exist? Answers Research Journal, 6: 19. pp. 285-292. ISSN 1937-9056

Jeanson, Nathaniel T. (2014) Does Natural Selection Exist?—Reply 1. Answers Research Journal, 7: 26. pp. 451-452. ISSN 1937-9056

Jeanson, Nathaniel T. (2015) Mitochondrial DNA Clocks Imply Linear Speciation Rates Within "Kinds". Answers Research Journal, 8: 20. pp. 273-304. ISSN 1937-9056

Jeanson, Nathaniel T. and Lisle, Jason (2016) On the Origin of Eukaryotic Species' Genotypic and Phenotypic Diversity. Answers Research Journal, 9: 5. pp. 81-122. ISSN 1937-9056

Jones, J. B. (1991) The Limits to Variation. Creation Research Society Quarterly, 28 (3): 4.

K

Kautz, Darrel (1991) The Limits of Biological Variation. Creation Research Society Quarterly, 28 (1): 5.

Klenck, Joel David (2010) A Genesis Model for the Origin, Variation, and Continuation of Human Populations. Creation Research Society Quarterly, 47 (2): 2.

L

Lammerts, Walter E. (1964) Discoveries Since 1859 Which Invalidate the Evolution Theory. Creation Research Society Quarterly, 1: 10.

Lammerts, Walter E. (1969) Does the Science of Genetic and Molecular Biology Really Give Evidence for Evolution? Creation Research Society Quarterly, 6 (1): 1.

Lammerts, Walter E. (1966) The Galapagos Island Finches. Creation Research Society Quarterly, 3 (1): 9.

Lammerts, Walter E. (1976) A Note on Speciation in Ceanothus and Adenostoma. Creation Research Society Quarterly, 12 (4): 3.

Lammerts, Walter E. (1965) Planned Induction of Commercially Desirable Variation in Roses by Neutron Radiation. Creation Research Society Quarterly, 2 (1): 7.

Lammerts, Walter E. (1984) Plant Succession Studies in Relation to Micro-Evolution and the Extinction of Species. Creation Research Society Quarterly, 21 (3): 1.

Lightner, Jean K. (2016) Adaptive Genetic Changes by Design: A Look at the DNA Editing by Activation-Induced Cytidine Deaminase (AID). Creation Research Society Quarterly, 52 (4): 3.

Lightner, Jean K. (2009) Gene Duplications and Nonrandom Mutations in the Family Cercopithecidae: Evidence for Designed Mechanisms Driving Adaptive Genomic Mutations. Creation Research Society Quarterly, 46 (1): 1.

Lightner, Jean K. (2008) Genetics of Coat Color—Part I. Answers Research Journal, 1: 11. pp. 109-116. ISSN 1937-9056

Lightner, Jean K. (2009) Genetics of Coat Color—Part II. Answers Research Journal, 2: 6. pp. 79-84. ISSN 1937-9056

Liu, Yingguang (2015) Cyclic Selection in HIV-1 Tropism: Microevolution That Is Going Nowhere. Answers Research Journal, 8: 16. pp. 199-202. ISSN 1937-9056

M

Marsh, Frank Lewis (1991) Biological Variation. Creation Research Society Quarterly, 28 (2): 3.

Marsh, Frank Lewis (1983) Genetic Variation, Limitless or Limited? Creation Research Society Quarterly, 19 (4): 2.

Marsh, Frank Lewis (1978) Variation and Fixity Among Living Things: A New Biological Principle. Creation Research Society Quarterly, 15 (2): 5.

Meyer, John R. (1985) Origin of the Kaibab Squirrel. Creation Research Society Quarterly, 22 (2): 3.

Moore, Ralph S. (1967) A Study of Moss and Miniature Roses. Creation Research Society Quarterly, 3 (4): 2.

P

Penrose, Eric (1998) Bacterial Resistance to Antibiotics: A Case of Un-Natural Selection. Creation Research Society Quarterly, 35 (2): 3.

S

Sanders III, Harry F. (2025) Original Polyploidy as a Contributor to Diversification. Creation Research Society Quarterly, 61 (3): 4.

Shaw, R. Daniel (1972) Why Genetic Variation Between New Guinea Communities? (Migration-Dispersion Model Applied). Creation Research Society Quarterly, 9 (3): 7.

Shute, Evan V. (1966) Further Highly Specialized Adaptations. Creation Research Society Quarterly, 3 (3): 4.

Shute, Evan V. (1965) More Extraordinary Adaptations. Creation Research Society Quarterly, 2 (3): 3.

Smith, E. Norbert (1985) The Role of Creation Research in Modern Biology. Creation Research Society Quarterly, 22 (3): 1.

Soltys, Mitchel (2011) Toward an Accurate Model of Variation in DNA. Answers Research Journal, 4: 2. pp. 11-23. ISSN 1937-9056

T

Tinkle, William J. (1974) Hybrid Corn: Man's Glory and Limitation. Creation Research Society Quarterly, 11 (1): 6.

Tinkle, William J. (1971) Pleiotropy: Extra Cotyledons in the Tomato. Creation Research Society Quarterly, 8 (3): 4.

Tomkins, Jeffrey P. and Arledge, Scott and Guliuzza, Randy J. (2022) Catching the Vision: Blind Cave Fish (Astyanax mexicanus) as a Model System for Continuous Environmental Tracking and Adaptive Engineering. Creation Research Society Quarterly, 58 (4): 2.

W

Williams, Emmett L. (1991) Possible Variability in Living Organisms: A Review of CRSQ Writings. Creation Research Society Quarterly, 27 (4): 4.