Biology Reference
In-Depth Information
A CKNOWLEDGMENTS
We thank the trainers at the Pittsburgh zoo, especially S. Schreib and K. Kello, who
helped us immensely with the simultaneous filming sessions. We are also grateful to J.R.
Wible and S.B. McLaren of the Carnegie Museum of Natural History (Pittsburgh, PA, USA)
for access to odontocete skeletal specimens and photographic equipment.
R EFERENCES
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geoffrensis in the Amazon and Orinoco river basins. In W. F. Perrin, R. L. Brownell, K.
Zhou, & J. Liu (Eds). Biology and Conservation of the River Dolphins Occasional
Papers of the IUCN Species Survival Commission (No. 3, pp 23-34). Gland,
Switzerland: International Union for the Conservation of Nature (IUCN).
[2] Bonar, C.J., & Wagner, R.A., (2003). A third report of "golf ball disease" in an Amazon
River dolphin ( Inia geoffrensis ) associated with Streptococcus iniae . Journal of Zoo
Wildlife Medicine, 34, 296-301.
[3] Buchholtz, E.A., (1998). Implications of vertebral morphology for locomotor evolution
in early Cetacea. In J. G. M. Thewissen (Ed.), The Emergence of Whales (pp. 325-351).
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[5] Fish, F.E., (1994). Association of propulsive swimming mode with behavior in river
otters ( Lutracanadensis ). Journal of Mammalogy, 75, 989-997.
[6] Fish, F.E., (1997). Biological designs for enhanced maneuverability: Analysis of marine
mammal performance. In: Tenth International Symposium on Unmanned Untethered
SubmersibleTechnology: Special Section on Bio-Engineering research Related to
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[7] Fish, F.E., (1998). Biomechanical perspectives on the origin of cetacean flukes. In J. G.
M. Thewissen (Ed.), The Emergence of Whales ( pp. 303-324). Plenum, New York:
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[8] Fish, F.E., (2002). Balancing Requirements for Stability and Maneuverability in
Cetaceans. Integrative and Comparative Biology, 42, 85-93.
[9] Flower, W.H., (1869). Description of the skeleton of Inia geoffrensis and the skull of
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[10] Klima, M., Oelschläger, H.A., & Wünsch, D, (1980). Morphology of the pectoral girdle
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