| Session |
Abstract |
Author(s) |
| S5 |
Feder, M.E. |
Plant and animal comparative physiology/biochemistry, evolutionary physiology, ecological physiology, and physiological ecology: opportunities for synergy
|
| S5 |
Ehleringer, J.*; Cerling, T. |
Possible relationships between atmospheric carbon dioxide and mammalian grazers
|
| S5 |
Porter, W.* P.; Budaraju, S.; Stewart, W.E.; Ramankutty, N. |
Physiology on a landscape scale: applications in ecological theory and conservation practice
|
| S5 |
SCHULTZ, J.C. |
Shared signals and the potential for phylogenetic espionage between plants and animals
|
| S5 |
Lutz, P.* L Lutz; Prentice, H. |
Sensing and responding to hypoxia, molecular and physiological mechanisms
|
| S5 |
Sage, R.F. |
How Plants Sense, Signal, and Respond to Carbon Dioxide
|
| S5 |
Hairston, Jr., N.G. |
Temporal dispersal: ecological and evolutionary implications of prolonged egg diapause
|
| S5 |
HUEY, R.B. |
Behavior as a buffer of environmental change
|
| S5 |
HOLBROOK, N.M.*; ZWIENIECKI, M.A.; MELCHER, P.J. |
The dynamics of “dead” wood: Hydrogel-mediated changes in xylem hydraulic properties
|
| S5 |
Crowe, J.H.*; Crowe, L.M. |
Anhydrobiosis: A Unique Biological State
|
| S6 |
ASHLEY-ROSS, M.A.*; GILLIS, G.B. |
A brief history of functional morphology
|
| S6 |
COUGHLIN, D. J. |
A Molecular Mechanism for Variations in Muscle Function in Rainbow Trout
|
| S6 |
Gibb, A. C.; Dickson, K. A. |
Functional morphology and biochemistry: Is there a correlation between metabolic enzyme activity and swimming performance?
|
| S6 |
FARMER, C.G. |
Myocardial Oxygenation and the Evolution of the Vertebrate Cardiopulmonary System
|
| S6 |
KELLY, D. A. |
The Functional Morphology of Penile Erection: Tissue Designs That Make the Floppy Stiff
|
| S6 |
HERNANDEZ, L.P. |
Functional morphology and developmental biology of zebrafish: Reciprocal illumination from an unlikely couple
|
| S6 |
WALKER, J.A. |
Swimming in air, flying under water: Physical constraints on the design of oscillating wings, fins, legs, and feet at intermediate Reynolds numbers
|
| S6 |
DRUCKER, E.G. |
Experimental hydrodynamics of fish locomotion: functional insights from wake visualization
|
| S6 |
MEAD, K. S. |
An Interdisciplinary, Multilevel Approach To Olfaction In Stomatopods
|
| S6 |
FERRY-GRAHAM, L.A.*; WAINWRIGHT, P.C. |
Using Functional Morphology to test General Ecological Theory
|
| S6 |
IRSCHICK, D.J. |
Evolutionary approaches for studying functional morphology: Examples from studies of performance capacity
|
| S7 |
GAREY, J.R. |
The Lesser Known Protostome Taxa
|
| S7 |
HIGGINS, R.P.; NEUHAUS, B.* |
Kinorhyncha
|
| S7 |
SCHMIDT-RHAESA, A. |
The two dimensions of biodiversity research exemplified by Nematomorpha and Gastrotricha
|
| S7 |
SHIRLEY,T.C. |
Priapulida
|
| S7 |
KRISTENSEN, R.M. |
An Introduction to Loricifera, Cycliophora, and Gnathometazoa
|
| S7 |
NELSON, D.R. |
Current status of the Tardigrada
|
| S7 |
GRENIER, J.K. |
Minor Phyla Fill the Gaps: Priapulida and Onychophora
|
| S7 |
WALLACE, R.L. |
Rotifers: exquisite metazoans
|
| S7 |
Near, T.J. |
Phylogeny of the Acanthocephala and insights to the evolution of parasitism
|
| S7 |
HALANYCH, K.M.*; McHUGH, D.; Dahlgren, T.G. |
Evidence that some lesser-known “phyla” are annelids
|
| S7 |
ARP, A.J. |
The Ecology and Physiology of the Marine Echiuran Worm, Urechis Caupo: a model animal for demonstration of physiological principles.
|
| S7 |
NIELSEN, C. |
The phylogenetic position of Entoprocta, Ectoprocta, Phoronida and Brachiopoda
|
| S7 |
Turbeville, J. M. |
Recent Progress in Nemertean Biology: Phylogeny, Development, Ecology
|
| S8 |
Full, R.J. |
Bestowing biological inspiration and getting novel insight from engineering and entertainment.
|
| S8 |
POLCYN, D.M. |
From Creepy Crawlies to Cuddly Critters: Can Arthropods Really Be Tweaked Enough to Capture the Nation’s Attention?
|
| S8 |
SUMIDA, S.S. |
Biological Principals that Drive Digital Effects and Strategies of Animation: Trading Lessons between Vertebrate Mechanics and Commercial Entertainment
|
| S8 |
REDD, J. |
Modeling Fur and Feathers and the Need to Balance Perception, Science, and Entertainment
|
| S8 |
BROCHU, C. A. |
Beyond Mere Morphology: Reflections of a Computed Tomography Addict
|
| S8 |
GATESY, S.M. |
Dinosaur Feet, Pigeon Wings, and 3-D Animation: Entertaining Science?
|
| S8 |
HALLETT, M. |
Anatomical Principles of Reconstructing Extinct Organisms and Their Uses in Entertainment Art
|
| S8 |
KRENTZ, D. |
Design of Digitally Animated Characters: Biological Solutions for Fantastic Situations
|
| S8 |
REGA, E.A. |
The “dynamic digital human” in research, entertainment and education
|
| S8 |
HYNEMAN, W. |
Creation of an animated human musculo-skeletal system
|
| S9 |
Stefano, G.B. |
The Beginnings of the Stress Response: Opioid Modulation in Invertebrates
|
| S9 |
BARTON, B.A. |
Stress in Fishes: A Diversity of Responses
|
| S9 |
Hayes, T. B. |
EVOLUTIONARY DEVELOPMENTAL ENDOCRINOLOGY AND BEHAVIORIAL ECOLOGY: AN INTEGRATIVE APPROACH TO UNDERSTANDING THE STRESS RESPONSE IN WESTERN TOADS (BUFO BOREAS)
|
| S9 |
GREENBERG, N. B. |
Causes and Consequences of The Stress Response in Reptiles
|
| S9 |
WINGFIELD, J.C. |
Endocrine Responses to Unpredictable Environmental Events: Stress or Anti-stress Hormones?
|
| S9 |
Herman, J.P.*; Ziegler, D.R.; Cullinan, W.E. |
Neurocircuit Regulation of the Hypothalamo-Pituitary-Adrenocortical Axis
|
| S9 |
PERRIN, M.H.; LEE, K-F.; BALE, T.*; LEWIS, K.; VAUGHAN, J.; VALE, W. |
Diverse Roles of Corticotropin Releasing Factor Receptors and Their Ligands
|
| S9 |
Orchinik, M.*; Breuner, C.; Gasser, P.; Jennings, D. |
Diversity and Plasticity in Corticosteroid Action.
|
| S9 |
MOORE, F.L.* |
Ultimate and proximate mechanisms that control the stress-induced inhibition of reproductive behaviors.
|
| S9 |
DENVER, R.J. |
Evolution of the Corticotropin-Releasing Hormone Signaling System and its Role in Stress-Induced Developmental Plasticity
|
