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208  Box B5   ognitive Abilities oo Marine Mammals

  VetBooks.ir  Communication: Comparative Perspectives   Dugongs and Manatees. Cambridge:
              (eds. H.L. Roitblat, L.M. Herman and P.E.
                                                       Cambridge University Press.
              Nachtigall), 403–442. Hillsdale: Erlbaum.
                                                       Supin, A.Y. (1997). Ganglion layer topography
            Herman, L.M., Peacock, M.F., Yunker, M.P.,   Mass, A.M., Odell, D.K., Ketten, D.R., and
              and Madsen, C.J. (1975). Double‐slit pupil   and retinal resolution of the Caribbean
              yields equivalent aerial and underwater   manatee Trichechus manatus latirostris.
              diurnal acuity. Science 189: 650–652.    Doklady Biological Sciences 355: 392–394.
            Gaspard III, J.C., Bauer, G.B., Reep, R.L. et al.   Mercado, E., Uyeyama, R.K., Pack, A.A., and
              (2013). Detection of hydrodynamic stimuli   Herman, L.M. (1999). Memory for action
              by the Florida manatee (Trichechus manatus   events in the bottlenose dolphin. Animal
              latirostris). Journal of Comparative     Cognition 2: 17–25.
              Physiology A 199: 441–450.             Nachtigall, P.E. and Hall, R.W. (1984). Taste
            Johnson, C.S. (1967). Sound detection      reception in the bottlenosed dolphin. Acta
              thresholds in marine mammals. In: Marine   Zoologica Fennica 172 (Supplement): 147–148.
              Bio‐Acoustics II (ed. W.N. Tavolga), 247–  Newman, L.A. and Robinson, P.R. (2005).
              260. New York: Pergamon.                 Cone visual pigments of aquatic mammals.
            Kuczaj, S.A. II (2010). Research with captive   Visual Neuroscience 22: 873–879.
              marine mammals is important, part I/part   Otto, T. and Eichenbaum, H. (1992). Olfactory
              II. International Journal of Comparative   learning and memory in the rat: a “model
              Psychology 23 (3,4): 225–226.            system” for studies of the neurobiology of
            Kuczaj, S.A. II and Walker, R.T. (2006). How   memory. In: The Science of Olfaction (eds.
              do dolphins solve problems? In:          M. Serby and K. Chobor), 213–244. New
              Comparative Cognition: Experimental      York: Springer‐Verlag.
              Explorations of Animal Intelligence (eds.   Pack, A.A. (2015). Experimental studies of
              E.A. Wasserman and T.R. Zentall), 580–601.   dolphin cognitive abilities. In: Dolphin
              New York: Oxford University Press.       Communication and Cognition: Past,
            Kusnetsov, V.B. (1990). Chemical sense in the   Present, and Future (eds. D.L. Herzing and
              dolphin (Tursiops truncatus): quasi      C.M. Johnson), 175–200. Cambridge: MIT
              olfaction. In: Sensory Abilities of Cetaceans:   Press.
              Laboratory and Field Evidence (eds. J.A.   Pack, A.A., Herman, L.M., and Hoffmann‐
              Thomas and R.A. Kastelein), 481–503. New   Kuhnt, M. (2004). Dolphin echolocation
              York: Plenum.                            shape perception: from sound to object. In:
            Madsen, C.M. and Herman, L.M. (1980).      Echolocation in Bats and Dolphins (eds. J.A.
              Social and ecological correlates of cetacean   Thomas, C. Moss and M. Vater), 288–308.
              vision and visual appearance. In: Cetacean   Chicago: University of Chicago Press.
              Behavior: Mechanisms and Functions (ed.   Pihlström, H. (2008). Comparative anatomy
              L.M. Herman), 101–147. Malabar: Krieger   and physiology of chemical senses in aquatic
              Publishing.                              mammals. In: Sensory Evolution on the
            Mann, D., Hill, M., Casper, B. et al. (2005).   Threshold: Adaptations in Secondarily
              Temporal resolution of the Florida manatee   Aquatic Vertebrates (eds. J.G.M. Thewissen
              (Trichechus manatus latirostris) auditory   and S. Nummela), 95–109. Berkeley:
              system. Journal of Comparative Physiology   University of California Press.
              191: 903–908.                          Pryor, K.W., Haag, R., and O’Reilly, J. (1969).
            Mann, J., Sargeant, B.L., Watson‐Capps, J.J.   The creative porpoise: training for novel
              et al. (2008). Why do dolphins carry     behavior. Journal of the Experimental
              sponges? PLoS One 3: e3868. https://doi.  Analysis of Behavior 12: 653–661.
              org/10.1371/journal.pone.0003868.      Reep, R.L. and Bonde, R.K. (2006). The Florida
            Marsh, H., O’Shea, T.J., and Reynolds, J.E. III   Manatee: Biology and Conservation.
              (2011). Ecology and Conservation of Sirenia:   University Press of Florida.
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