Rehkämper G, Haase E, Frahm H D
Anatomisches Institut, Universität Köln, BRD.
Brain Behav Evol. 1988;31(3):141-9. doi: 10.1159/000116581.
In three breeds of domestic pigeons (fantails, homing pigeons, and strassers) the volumes of fresh, i.e. unfixed tissue of 14 brain structures were determined (telencephalon, diencephalon, nervus opticus, tectum, cerebellum, tegmentum and hyperstriatum accessorium, hyperstriatum ventrale, neostriatum, paleostriatum, hippocampus, septum, regio praepiriformis, bulbus olfactorius). Allometric comparisons that take into account differences in body weight and size were made among these three breeds. The tectum, hippocampus, paleostriatum and especially the neostriatum and olfactory bulb are remarkably larger in homing pigeons. These data are discussed in a functional context, in which the homing ability of homing pigeons is considered.
在三种家鸽品种(扇尾鸽、信鸽和史特拉塞鸽)中,测定了14个脑结构的新鲜(即未固定)组织的体积(端脑、间脑、视神经、中脑顶盖、小脑、被盖和副新纹状体、腹侧新纹状体、新纹状体、旧纹状体、海马体、隔区、梨状前区、嗅球)。对这三个品种进行了考虑体重和体型差异的异速生长比较。中脑顶盖、海马体、旧纹状体,尤其是新纹状体和嗅球在信鸽中明显更大。这些数据在功能背景下进行了讨论,其中考虑了信鸽的归巢能力。