Marino Lori, Butti Camilla, Connor Richard C, Fordyce R Ewan, Herman Louis M, Hof Patrick R, Lefebvre Louis, Lusseau David, McCowan Brenda, Nimchinsky Esther A, Pack Adam A, Reidenberg Joy S, Reiss Diana, Rendell Luke, Uhen Mark D, Van der Gucht Estelle, Whitehead Hal
Neuroscience and Behavioural Biology Program, Emory University, Atlanta, GA, USA.
Biol Rev Camb Philos Soc. 2008 Nov;83(4):417-40. doi: 10.1111/j.1469-185X.2008.00049.x. Epub 2008 Sep 9.
In a recent publication in Biological Reviews, Manger (2006) made the controversial claim that the large brains of cetaceans evolved to generate heat during oceanic cooling in the Oligocene epoch and not, as is the currently accepted view, as a basis for an increase in cognitive or information-processing capabilities in response to ecological or social pressures. Manger further argued that dolphins and other cetaceans are considerably less intelligent than generally thought. In this review we challenge Manger's arguments and provide abundant evidence that modern cetacean brains are large in order to support complex cognitive abilities driven by social and ecological forces.
在最近发表于《生物学评论》的一篇文章中,曼格(2006年)提出了一个有争议的观点,即鲸类动物的大脑之所以进化得很大,是为了在渐新世海洋冷却期间产生热量,而不是像目前被广泛接受的观点那样,是为了应对生态或社会压力,作为提高认知或信息处理能力的基础。曼格进一步指出,海豚和其他鲸类动物的智力远低于普遍认知。在这篇综述中,我们对曼格的观点提出质疑,并提供大量证据表明,现代鲸类动物的大脑很大,是为了支持由社会和生态力量驱动的复杂认知能力。