Vol 2, No 1 (2015)

Journal of Introductory Biology Investigations

This journal focuses on the publication of manuscripts from BIOL1114 during the spring 2015 semester.

Table of Contents

Articles

Hot Or Not? Size Does Matter in Animals' Ability to Thermoregulate
Sydney Liddell, Brooke Lorna King, Blake Kirk, Michael Cobbs
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Temperature and Size: Examining the Relationship in Endothermic Species
Bailee Hyslope, Austin Keel, Michael Cobbs
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Climate Change is here, Will Your Relative Mass Save You?
Jessica Tyler, Kendall Wilson-Henson, Owen Standish, Michael Cobbs
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Clay Creatures, Climate and Thermoregulation
Hannah Beene, Alexander Hanson, trey Booker, trey Booker, Michael Cobbs, Clayton Marshall, Clayton Marshall, Michael Cobbs
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How surface area to volume ratio effects the rate of heat exchange
Carly Raetz, Cesar A Sanchez, Alex Perry, Michael Cobbs
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Bigger isn’t always better: benefits of small surface area to volume ratio in thermoregulation
Erin Francis, Giovanni Penna, Jillian Wormington
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Why are Animals Larger in Colder Environments?
Madeleine Williams, Emily Waters, Meranda Golbek, Jillian Wormington
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Thermoregulation and Species Diversity Among Badgers
Mariah Nacke, Alex Kirkpatrick, Courtney Mickle-Dittrich
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The effect of an animal’s surface area to volume ratio in a cold climate environment
Trent Caldwell, Levi Craig
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Surface Area to Volume Ratio Affects the Rate of Thermal Heat Loss and Retention in Animals Found in Cooler Environments
Madeline West, Garrett Sill, Tommy York, Jeremy Kaplan
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Why Different Surface Area to Volume Ratios and Masses are Important and How They Relate to Thermoregulation.
Collin Freeman, Davis Frohrip, Ben Hyer, Jeremy Kaplan
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Is being smaller really all that: Core body temperature in relation to thermoregulation with SA:V ratio in comparison to each other.
Shelby Preece, Danci Johnston, Cameron Rowe, Jeremy Kaplan
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THE RELATION BETWEEN THE RATIO OF SURFACE ARE TO VOLUME AND RATE OF COOLING IN BADGERS
Holly Long, Chathurika Henpita, Nina Kazarian, Jacob May
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Evolutionary Correlation between Size and Temperature
Hannah Rook, Rachel Smith, Chathurika R. Henpita
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The Effect of Surface Area to Volume Ratios on the Thermoregulation of Badgers in Different Habitats
Allison Baker, Haley Camren, Jeremy Kaplan
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The Change of Core Body Temperature of Badgers of Different Surface Area-to-Volume Ratios When in a Cold Environment
Lane Driskill, Virgle Mincher
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How Badger Size Affects Which Environments They Can Survive In
Zachary Taylor, Kyle Taylor, Justin Agan
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Badgers and Their Environment: What Difference Does Surface Area to Volume Ratio Make on Badgers’ Internal Temperatures?
Kelsie Hoelscher, Mallory Dixon, Cody Duttry, Justin Agan
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Animals with a Smaller Surface Area to Volume Ratio Sustain Core Body Temperature Better in Cooler Climates
Jessica Kaple, Emaleigh Ann Pennington
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Surface Area to Volume Ratio and Badgers
Jazzmine Banks, Aron todd Birdsell, Thomas Ansolabehere, Justin Agan
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Why Do Badgers Around the World Look Different: The Correlation between Badgers’ Aurface Area to Volume Ratio and Environment
Maci Majors, Aylin Ozgul, Rachel Kane, Justin Agan
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Thermoregulation With Regard to Surface Area to Volume Ratios
Clara Emery, Kellie Baxter, Jillian Wormington
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How the Animals Got Their Shapes: Surface Area to Volume Ratio, Testing to Determine its Role in Thermoregulation.
Cody Brooks, caanan williams
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The Retention of Heat in Surface Area to Volume Ratios
Rachel Hawkins, Chandler Brett Rostochil, Jillian D. Wormington
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Surface Area to Volume Ratio: Factor of Thermoregulation or Irrelevant Trait?
Rebecca Black, Brett Carman, Cortnie Cox, Chathurika R. Henpita
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Size Matters: Temperature Change in Badgers
Nicholas Ballew, Jordan Books, Kelsey Bandy, Michael Cobbs
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On the relationship between body mass and heat loss within badger species
Melissa Givens, Wyatt Jones, Michael Cobbs, Courtney Lariscy
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Being Hefty Has Its Perks; Application of Bergmann's Rule and Allen's Rule
Austin Michael Foxworth, Margaret Elizabeth Gaston, Michael Cobbs
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Size vs. Heating & Cooling Dissipation: A Test of Bergmann’s Rule
Kenneth Wolgamott, James Teel, Bailey Weinsinger, Michael Cobbs
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Effects of Surface Area to Volume Ratio on Thermoregulation Abilities of Clay Badgers
Carlee Luttrell, Mark Matli, Perry Serna, Michael Cobbs
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Surface Area to Volume Ratio and Thermoregulation
Kelsie Dixon, Dally Clark, Chathurika Henpita
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Cooling Rate: Bring on the Heat!
Greg Mulholland, Jimmie Ryan Mileham, Chathurika Henpita
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Thermoregulation and Species' Adaptation
Andrew Mason, Paige Madison Malone
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Surface Area to Volume Ratio Impacts the Rate of Cooling Within Large and Small Animals
Lisa Le, Ivan Flores, Michaela Ellis, Chathurika Henpita
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When its Cold Outside is Bigger Better? A Study of Thermoregulation and Core Body Temperature.
Tiffany Vang, Trevor Wilson, Joseph Schumacher
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Who Heats Up Faster: Does Surface Area Really Matter?
Chrysanna Craig,, Kelly Easterling, Jordan Cunningham, Ryan Sherman
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Does Size Really Matter? : In Reference to an Organism’s Surface Area to Volume Ratio and the Temperature of Their Environments
Zachery Thomas Tunin, Paige Nicole Wilhite, Hannah Alette Wolf, Ryan Sherman
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How Core Body Temperature and Thermoregulation are affected by the Shape of an Object
Andrea Ford, Kate Guest, Alicia Flesher, Ryan Sherman
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Baby, It’s Cold Outside: Comparing Surface Area to Volume Ratios with Cooling Rates
Ty Smith, Carlie McArthur, Charlie Rogers, Ryan Sherman
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Thermoregulation and Surface Area to Volume Ratio in Animals
Brad Martin, Kyle Hesser, Rylee Kohn, Ryan Sherman
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How does surface area to volume ratio affect the retention of heat in animals in cooler climates?
Michelle Weinstein, Brooke Zimmer
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Do animals' shape and location depend on their surface area/ volume ratio
Christina Swaim, Isaac B Springwater, Justin Agan
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Animal's Surface Area: Does Size Really Matter?
Clark Crotty, Jennifer Dotson, Colin Currie, Justin Agan
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How Surface Area/Volume Affects Thermoregulation of Objects
Sean I. Brown, Cory O. Fenton, Justin Agan
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Thermoregulation and Internal Temperature Change
Emily Jarolim, Alexis McCray, Justin Agan
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Heat Retention with Varying Surface Area to Volume Ratios
Derek Rynd, Jeremy Kaplan, Jamie Samples, Andrew Schweighardt
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