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The Neuroscience of Human Tool Use

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

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The Neuroscience of Human Tool Use. / Valyear, Kenneth.
Evolution of Nervous Systems: Second Edition. ed. / J Kaas. 2. ed. Oxford: Academic Press, 2016. p. 341-353.

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

HarvardHarvard

Valyear, K 2016, The Neuroscience of Human Tool Use. in J Kaas (ed.), Evolution of Nervous Systems: Second Edition. 2 edn, Academic Press, Oxford, pp. 341-353.

APA

Valyear, K. (2016). The Neuroscience of Human Tool Use. In J. Kaas (Ed.), Evolution of Nervous Systems: Second Edition (2 ed., pp. 341-353). Academic Press.

CBE

Valyear K. 2016. The Neuroscience of Human Tool Use. Kaas J, editor. In Evolution of Nervous Systems: Second Edition. 2 ed. Oxford: Academic Press. pp. 341-353.

MLA

Valyear, Kenneth "The Neuroscience of Human Tool Use". Kaas, J (ed.). Evolution of Nervous Systems: Second Edition. 2 udg., Oxford: Academic Press. 2016, 341-353.

VancouverVancouver

Valyear K. The Neuroscience of Human Tool Use. In Kaas J, editor, Evolution of Nervous Systems: Second Edition. 2 ed. Oxford: Academic Press. 2016. p. 341-353

Author

Valyear, Kenneth. / The Neuroscience of Human Tool Use. Evolution of Nervous Systems: Second Edition. editor / J Kaas. 2. ed. Oxford : Academic Press, 2016. pp. 341-353

RIS

TY - CHAP

T1 - The Neuroscience of Human Tool Use

AU - Valyear, Kenneth

PY - 2016/12/16

Y1 - 2016/12/16

N2 - In this chapter we review evidence for two complementary theories of the neural organization of human tool use. First, it is likely that experience-dependent modifications to preexisting neural substrates devoted to hand control and common to other living primates are essential. These mechanisms are highly and acutely plastic, and this acute plasticity is essential for learning new sensorimotor control mappings between tools and the body, and for adaptively changing between them. Second, the evidence also suggests that more complex human tool use behavior relies on additional cortical substrates, some of which may be uniquely human. A core network of predominately left-lateralized and highly functionally fractionated brain areas including inferior parietal, middle frontal, and posterior middle temporal cortex appear to be essential. Inferior parietal and posterior middle temporal areas may have undergone disproportionate expansion throughout the course of human evolution, and the connective properties that link these areas with frontal cortex may be uniquely human.

AB - In this chapter we review evidence for two complementary theories of the neural organization of human tool use. First, it is likely that experience-dependent modifications to preexisting neural substrates devoted to hand control and common to other living primates are essential. These mechanisms are highly and acutely plastic, and this acute plasticity is essential for learning new sensorimotor control mappings between tools and the body, and for adaptively changing between them. Second, the evidence also suggests that more complex human tool use behavior relies on additional cortical substrates, some of which may be uniquely human. A core network of predominately left-lateralized and highly functionally fractionated brain areas including inferior parietal, middle frontal, and posterior middle temporal cortex appear to be essential. Inferior parietal and posterior middle temporal areas may have undergone disproportionate expansion throughout the course of human evolution, and the connective properties that link these areas with frontal cortex may be uniquely human.

M3 - Chapter

SN - 978-0128040423

SP - 341

EP - 353

BT - Evolution of Nervous Systems

A2 - Kaas, J

PB - Academic Press

CY - Oxford

ER -