A

Anderson, Kevin L. (2005) Is Bacterial Resistance to Antibiotics an Appropriate Example of Evolutionary Change? Creation Research Society Quarterly, 41 (4): 4.

B

Barnhart, Walter R. (2014) Anomalous Impressions in Tapeats Sandstone. Creation Research Society Quarterly, 51 (1): 4.

Barnhart, Walter R. (2012) Hydrodynamic Interpretation of the Tapeats Sandstone—Part I: Basal Tapeats. Creation Research Society Quarterly, 48 (4): 3.

Burdick, Clifford L. (1966) Microflora of the Grand Canyon. Creation Research Society Quarterly, 3 (1): 3.

Burdick, Clifford L. (1972) Progress Report on Grand Canyon Palynology. Creation Research Society Quarterly, 9 (1): 5.

H

Howe, George F. (1984) A Trip to the Grand Canyon Experiment Station. Creation Research Society Quarterly, 21 (1): 2.

Howe, George F. (1981) Which Woody Plants Grow Where at the Grand Canyon. Creation Research Society Quarterly, 17 (4): 7.

Howe, George F. and Williams, Emmett L. and Matzko, George T. and Lammerts, Walter E. (1988) Creation Research Society Studies on Precambrian Pollen—Part Ill: A Pollen Analysis of Hakatai Shale and Other Grand Canyon Rocks. Creation Research Society Quarterly, 24 (4): 2.

L

Lightner, Jean K. (2014) Adaptation of Endotherms to High Altitudes. Creation Research Society Quarterly, 50 (3): 1.

Lumsden, Richard D. and Armitage, Mark H. (1999) A New Species of Fluke, Ascocotyle howei, in the Context of Sibling Speciation. Creation Research Society Quarterly, 35 (4): 1.

M

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

Meyer, John R. (1987) Shiva Temple: Island in the Sky? Creation Research Society Quarterly, 24 (3): 3.

Meyer, John R. and Howe, George F. (1988) The Biological Isolation of Shiva Temple. Creation Research Society Quarterly, 24 (4): 1.

O

Oard, Michael J. (1993) Comment on the Breached Dam Theory for the Formation of the Grand Canyon. Creation Research Society Quarterly, 30 (1): 6.

Oard, Michael J. (2021) A Dam Breach Unlikely for the Origin of Grand Canyon. Creation Research Society Quarterly, 57 (3): 1.

Oard, Michael J. (2011) The Origin of Grand Canyon Part V: Carved by Late Flood Channelized Erosion. Creation Research Society Quarterly, 47 (4): 2.

Oard, Michael J. (2010) The Origin of Grand Canyon—Part I: Uniformitarianism Fails to Explain Grand Canyon. Creation Research Society Quarterly, 46 (3): 4.

Oard, Michael J. (2010) The Origin of Grand Canyon—Part II: Fatal Problems with the Dam-Breach Hypothesis. Creation Research Society Quarterly, 46 (4): 5.

Oard, Michael J. (2010) The Origin of Grand Canyon—Part III: A Geomorphological Problem. Creation Research Society Quarterly, 47 (1): 4.

Oard, Michael J. (2010) The Origin of Grand Canyon—Part IV: The Great Denudation. Creation Research Society Quarterly, 47 (2): 4.

W

Waisgerber, William and Howe, George F. and Williams, Emmett L. (1987) Mississippian and Cambrian Strata Interbedding: 200 Million Years Hiatus in Question. Creation Research Society Quarterly, 23 (4): 5.

Whitmore, John H. (2005) Origin and Significance of Sand-Filled Cracks and Other Features Near the Base of the Coconino Sandstone, Grand Canyon, Arizona, USA. Creation Research Society Quarterly, 42 (3): 2.

Williams, Emmett L. and Meyer, John R. and Wolfrom, Glen W. (1991) Erosion of the Grand Canyon of the Colorado River—Part I: Review of Antecedent River Hypothesis and the Postulation of Large Quantities of Rapidly Flowing Water as the Primary Agent of Erosion. Creation Research Society Quarterly, 28 (3): 2.

Williams, Emmett L. and Meyer, John R. and Wolfrom, Glen W. (1992) Erosion of the Grand Canyon of the Colorado River—Part II: Review of River Capture, Piping and Ancestral River Hypotheses and the Possible Formation of Vast Lakes. Creation Research Society Quarterly, 28 (4): 1.

Williams, Emmett L. and Meyer, John R. and Wolfrom, Glen W. (1992) Erosion of the Grand Canyon of the Colorado River—Part III: Review of the Possible Formation of Basins and And Lakes on Colorado Plateau and Different Climatic Conditions in the Past. Creation Research Society Quarterly, 29 (1): 3.