Vol 1, No 1 (2014)

Journal of Introductory Biology Investigations

This journal displays the manuscripts submitted by students enrolled in honors BIOL1114 for Fall 2014.

Table of Contents

Articles

Heat Retention vs. Shape: Using Clay Models to Test if Surface Area to Volume Ratios Truly Makes a Difference in Heat Retention
Blake Bulard, Jackson Ball, Jordan Cash, Michael Cobbs
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Badger Surface Area-to-Volume Ratio in Relation to Climate
Cailey Shaw, Taryn Valentine, Lauren Schmidt, Michael Cobbs
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The Effect of Animal Size on Suitable Climate
Katy Ewing, Lauren Flynn, John Brennan Garner, Michael Cobbs
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Keeping the Heat: Surface Area to Volume Ratio's Effect on a Badger's Ability to Maintain Internal Temperature as Tested on Clay Spheres
Katelyn Robinson, Cade Morris, Jenica Lee, Michael Cobbs
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The Effects of Surface Area to Volume Ratio on the Rate of Heat Loss
Thomas Hess, Caleb Jones, Dallas Hayes, Kaytlyn Goodwin
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Bergmann’s Rule in Relation to Badger (Taxidea taxus) Sizes in Different Climates
Gage Calhoon, Addy Brongo, Kaytlyn Goodwin, Rachel Beam
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Badgering Time and Temperature: The Effect of Surface Area to Volume Ratio on Heat Retention
Caitlyn Gilbert, Zoe Hamby, Leslie DeRossi, Kaytlyn Goodwin
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The Effects of Surface Area to Volume Ratio on Thermoregulation
Nicolas Smith, Jonah Sloup, Kenny Robinson, Kaytlyn Goodwin
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Exploring the Relationship between Body Size and Thermoregulation in Objects
Amber Laferriere, Kayla King, Mercedes Mace, Kaytlyn Goodwin
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Bulky Badger Heat Retention: the Relationship between Surface Area to Volume Ratios and Thermoregulation
Grayson Kuehny, Bailey Hendrickson, Sam Kimbrough, Jeremy Kaplan
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Big Badgers Retain Heat More Efficiently Compared to Small Badgers
Carly Suttle, Palar Williams, Katie Thorne, Jeremy Kaplan
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Does Size Really Matter: How Natural Selection Has Shaped Badgers
Lawrence Schaeffer, Tristen Lee, Jeremy Kaplan
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Cubes Under Heat: Heat Retention In Relation To Mass
Ashlyn Steedman, Kyle Lucas Stappert, Jeremy Kaplan
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Getting Warmer: Surface Area to Volume Ratio Impact on Homeostasis
Christina Eyman, Matt Chamberlin, Brya D'Abrosca, Jeremy Kaplan
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“Coldclay”: How Surface Area to Volume Ratio Affects Thermoregulation
Emily Wilkinson, Molly Sughroue, Jenna Tarrant, Traci Richardson
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The Effect of SA/V Ratio on Heat Retention of Animals in Different Climates
Austin Mefford, Paige Foster, Traci Richardson
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Surface Area to Volume Ratio and its Effect on the Rate at Which Badgers Lose Body Heat
Alicia Johns, Aubrey Hicks, Cameron Jackson, Traci Richardson
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A “Badgering” Question: How Do Animal’s Surface Area to Volume Ratio Affect Ability to Thermoregulate?
Thomas Ayres, Benton Miller BIshop, Jordan Gauss, Traci Richardson
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The effect of temperature on the evolution of an animal’s surface area to volume ratio
Maeghan Rush, Marlie Nightengale, Rendi Rogers, Traci Richardshon
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