Titlebook: Comparative Neurology of the Telencephalon; Sven O. E. Ebbesson Book 1980 Plenum Press, New York 1980 Evolution.Nervous System.brain.neuro

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,Kultur, Kulturen und Ethnizit?t,s evolved rapidly in Devonian times and continued their expansion through the Carboniferous and Permian periods. The available data suggest that the group was successful early and that relatively few selective pressures for structural modification have taken place since those early days.

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Soziologische Erkenntnis und Geschichte sensory and motor areas in echidnas by means of retrograde degeneration studies of thalamocortical connections. Striking features of the echidna brain are its relatively large size and fissural complexity, two characteristics which, among others, make these animals of special interest to comparative neurologists (Abbie, 1938).

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On The Organization of the Telencephalon in Elasmobranchs,s evolved rapidly in Devonian times and continued their expansion through the Carboniferous and Permian periods. The available data suggest that the group was successful early and that relatively few selective pressures for structural modification have taken place since those early days.

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Telencephalic Function in Elasmobranchs,ttempted to correlate the behavior patterns of different existing animal species with known structural differences in their central nervous systems. Others have chosen to compare the behavioral effects of similar types of selective brain damage among various related animal groups. In either case, the choice of subjects is critical.

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New Observations on the Organization and Evolution of the Telencephalon of Actinopterygian Fishes,66; Gardiner, 1973) or that the three have been distinct groups since their earliest appearance (Schaeffer, 1969; Miles in Moy-Thomas, 1971). Jarvik (1968), however, has favored a closer affinity between the Crossopterygii and the Actinopterygii than between either of these groups and the Dipnoi.