In this chapter, we review and summarize the current body of knowledge on the anatomy, function, and evolution of the occipital lobes in humans, with reference to the brains of other key species. The anatomical landmarks that can be used to delineate the occipital lobe have been defined and explored in detail, and its functional significance in regard to visual processing has been elucidated. We give an overview of the current understanding about the evolution of the occipital lobe in primates from comparative perspective and present findings related to cortical reorganization, reduction, folding, and gyrification in the primate lineage over evolutionary time. Implications for further directions of inquiry that might shed light on less clea...
The evolutionary expansion of the brain is among the most distinctive morphological features of mamm...
The greater expansion of the frontal lobes along the phylogeny scale has been interpreted as the sig...
Understanding the evolutionary forces that produced the human brain is a central problem in neurosci...
Little is known about how occipital lobe asymmetry, width, and height interact to contribute to the ...
The temporal lobe is a morphological specialization of primates resulting from an expansion of highe...
Comparative studies of the brain in mammals suggest that there are general architectural principles ...
Throughout hominin evolution, the brain of our ancestors underwent a 3-fold increase in size and sub...
International audienceWhether brain networks underlying the multimodal processing of language in hum...
Comparative studies of the brain in mammals suggest that there are general architectural principles ...
If we aim to understand the acquisition of human cognitive organization during hominin evolution, tw...
The evolutionary expansion of the brain is among the most distinctive morphological features of anth...
The increase of brain size relative to body size-encephalization-is intimately linked with human evo...
International audienceAlthough the relative expansion of the frontal cortex in primate evolution is ...
The large size of the human brain imposes computational constraints that are reflected in its struct...
Primates, including humans, have great cognitive capability, can adapt to their environments, and ha...
The evolutionary expansion of the brain is among the most distinctive morphological features of mamm...
The greater expansion of the frontal lobes along the phylogeny scale has been interpreted as the sig...
Understanding the evolutionary forces that produced the human brain is a central problem in neurosci...
Little is known about how occipital lobe asymmetry, width, and height interact to contribute to the ...
The temporal lobe is a morphological specialization of primates resulting from an expansion of highe...
Comparative studies of the brain in mammals suggest that there are general architectural principles ...
Throughout hominin evolution, the brain of our ancestors underwent a 3-fold increase in size and sub...
International audienceWhether brain networks underlying the multimodal processing of language in hum...
Comparative studies of the brain in mammals suggest that there are general architectural principles ...
If we aim to understand the acquisition of human cognitive organization during hominin evolution, tw...
The evolutionary expansion of the brain is among the most distinctive morphological features of anth...
The increase of brain size relative to body size-encephalization-is intimately linked with human evo...
International audienceAlthough the relative expansion of the frontal cortex in primate evolution is ...
The large size of the human brain imposes computational constraints that are reflected in its struct...
Primates, including humans, have great cognitive capability, can adapt to their environments, and ha...
The evolutionary expansion of the brain is among the most distinctive morphological features of mamm...
The greater expansion of the frontal lobes along the phylogeny scale has been interpreted as the sig...
Understanding the evolutionary forces that produced the human brain is a central problem in neurosci...