Comparison of 3-Compartment Model Body Fat Predictions Via Bioimpedance Devices and the Influence of Hydration in Female Athletes, Ronald L. Snarr, Michael R. Esco, Jordan R. Moon, Chih-Yin Tai, Kristy Crowley, Brandon Spradley
Ronald Snarr

Comparison of 3-Compartment Model Body Fat Predictions Via Bioimpedance Devices and the Influence of Hydration in Female Athletes, Ronald L. Snarr, Michael R. Esco, Jordan R. Moon, Chih-Yin Tai, Kristy Crowley, Brandon Spradley
Ronald Snarr

Comparison of 3-Compartment Model Body Fat Predictions Via Bioimpedance Devices and the Influence of Hydration in Female Athletes, Ronald L. Snarr, Michael R. Esco, Jordan R. Moon, Chih-Yin Tai, Kristy Crowley, Brandon Spradley
Department of Health Sciences and Kinesiology Faculty Presentations

A Novel Method of Utilizing Skinfolds and Bioimpedance for Determining Body Fat Percentage via a Field-Based Three-Compartment Model, Michael R. Esco, Brett S. Nickerson, Michael V. Fedewa, Jordan R. Moon, Ronald L. Snarr Jr.
Ronald Snarr

Comparison of 3-Compartment Model Body Fat Predictions Via Bioimpedance Devices and the Influence of Hydration in Female Athletes, Ronald L. Snarr, Michael R. Esco, Jordan R. Moon, Chih-Yin Tai, Kristy Crowley, Brandon Spradley
Department of Health Sciences and Kinesiology Faculty Publications

Comparison of Total and Segmental Body Composition Using DXA and Multifrequency Bioimpedance in Collegiate Female Athletes, Michael R. Esco, Ronald L. Snarr Jr., Matthew D. Leatherwood, Nik Chamberlain, Melvenia L. Redding, Andrew A. Flatt, Jordan R. Moon, Henry N. Williford
Ronald Snarr