| Session |
Author(s) |
Title |
107 |
Stupski, SD*; Schilder, RJ |
Thermal plasticity in a combustion impaired dragonfly phenotype |
107 |
Toxopeus, J*; Gadey, L; Andaloori, L; Sanaei, M; Ragland, GJ |
Costs of averting diapause associated with slow decline of metabolic rates at low temperature in the apple maggot fly Rhagoletis pomonella |
107 |
David, ZA*; Owen, MA; Durrant, B; Choun, V; Officer, K; Griego, M; Whiteman, J |
Metabolic rate of two co-existing Ursidae species: Asiatic black bears and sun bears |
107 |
Khudyakov, J*; Treat, M; Shanafelt, M; Deyarmin, J; van Breukelen, F |
Liver proteome responses to hibernation and body temperature variability in a basoendothermic mammal |
107 |
Breit, AM*; Levesque, DL |
Not all endotherms are homeotherms: the importance of high-quality, accurate thermoregulatory datasets |
107 |
Azzolini, JL*; DeNardo, DF |
Dehydrations suppresses digestion-induced thermophyly in Children’s pythons, Antaresia childreni |
107 |
Rummel, AD*; Swartz, SM; Marsh, RL |
Physiological adaptation to local temperature differences among bat wing muscles |
107 |
Glass, JR*; Harrison, JF |
Interactive effects of air temperature and density on flight physiology of honey bees |
107 |
Cubillos, CA*; Augustine, KE; Sinclair, BJ; Buckley, TR |
Temperature, nutrition and life history among New Zealand stick insects |
107 |
Skelton, ZR*; Wegner, NC; Prinzing, TS; Hastings, PA |
Comparison of temperature preference and metabolic thermal sensitivity between two juvenile coastal shark species |
107 |
Martin, BM*; Dudley, PN; Kashef, NS; Stafford, DM; Reeder, WJ; Tonina, D; Del Rio, AM; Foott, JS; Danner, EM |
The biophysical basis of thermal tolerance in fish eggs |
