There is a widespread, nearly complete consensus that the human and non-human primate
cerebellum is engaged in non-motor, cognitive functions. This body of research has …

Current studies are examining whether the cerebellum has a functional role in non-motor
tasks using both behavioral and physiological methods with animals, and computer …

This study examined a new hypothesis proposing that the lateral cerebellum is not activated
by motor control per se, as widely assumed, but is engaged during the acquisition and …

For most ofthe 20th century, the brain science community held the view that the cerebellum
was exclusively involved in motor control functions. Over the past 20 years, this has largely …

Although it has been known for half a century that unique structures evolved in the
cerebellum of anthropoid apes and became greatly enlarged in the human brain, the …

This review summarises the present evidence for the contribution of the cerebellum to
cognition. While a data base from both animal and human clinical research supports the …

Although the cerebellum has traditionally been regarded as a motor mechanism, recent
behavioral evidence indicates that the human cerebellum is involved in a wider range of …

There is emerging evidence that the cerebellum is involved in spatial and nonspatial
instrumental learning tasks. Cerebellar-lesioned animals have deficits in water maze …

Over the last 2 centuries, the predominant view of the cerebellum has been that it is part of a
motor control system. Evidence is now presented that the neocerebellum, the evolutionarily …

Anatomical studies in non‐human primates have shown that the cerebellum has prominent
connections with the dorsal, but not the ventral, visual pathways of the cerebral cortex …