Publication | Closed Access
Field-Dependence—Independence as “Sensitivity” of the Nervous System: Supportive Evidence with Color and Weight Discrimination
22
Citations
6
References
1973
Year
Brain DevelopmentBrain MechanismAffective NeuroscienceNeuroendocrinologyIndividual DifferencesBrain ScienceSupportive EvidenceBrain OrganizationSensory SystemsPsychologyField-dependent SsSocial SciencesSensory NeuroscienceBiological PsychologyNeurologyCognitive NeuroscienceWeight DiscriminationNeurogeneticsCognitive ScienceBehavioral SciencesBehavioral NeuroscienceSensorimotor IntegrationGenetic FactorNervous SystemGenetic BasisNeural ScienceNeurophysiologyNeuroanatomyHuman NeuroscienceNeuroscienceBrain ElectrophysiologyCentral Nervous SystemMedicineField-independent Ss
Consistent with a conceptualization of field-dependence as a partially genetically based “sensitivity” of the nervous system, it was hypothesized that field-independent Ss would perform better than field-dependent Ss on tests of color and weight discrimination. 56 Ss selected as extreme on tests of both field-dependence—independence and introversion—extraversion performed color and weight discrimination tasks. The color discrimination results very strongly support the hypothesis. The weight data provide additional support, but weight discrimination appears to interact with introversion—extraversion in addition to being related to field-dependence.
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