Feeling, Seeing, and Liking: How Bodily Resources Inform Perception and Emotion

Clore, Gerald L.; Proffítt, Dennis R.; Zadra, Jonathan R.

doi:10.1007/978-3-030-78471-3_3

Cited by 4 publications

(4 citation statements)

References 64 publications

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“…Ultimately, our results are consistent with the existing literature on the link between emotion, cognition and perception (Clore, Proffitt, & Zadra, 2021) and show that the interactions between these concepts, and the specificity of emotions in the link with behavior, merit further investigation in future studies. On the other hand, they do not shed light on potential alternative non-perceptual biases that could explain certain results, nor do they prove that these effects are indeed due to the theory of paternalistic vision.…”

Section: Discussionsupporting

confidence: 90%

When feeling is for seeing: comparing the effects of motivated perception between fear and anger on ambiguous threatening stimuli

Graton,

Fezzi,

Le Jeune

2023

Psychological Research

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The data and material (pictures) are available on the following link : https://osf.io/tr24h/ that will be included in the final version of the article. This research was not pre-registered. Funding declaration This research has not received any funding Author contributionAurélien GRATON conceived the study, developed the theory, verified the analytical method and statistics, conducted the second study and wrote the article. Noémie LE JEUNE and Hélène FEZZI fabricated the material, conducted the first study and did preliminary statistics.

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Section: Discussionsupporting

confidence: 90%

When feeling is for seeing: comparing the effects of motivated perception between fear and anger on ambiguous threatening stimuli

Graton,

Fezzi,

Le Jeune

2023

Psychological Research

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“…Across affective concerns, algorithms reflecting arousal assess the quality of intensity in affective experience, often described as low to high, marking the extent of excitation, activation, or mobilization of processes serving a particular concern ( Duffy, 1957 ; Anderson and Adolphs, 2014 ; Clore et al, 2021 ). Given that many processes can be implicated in an affective concern, there are many dimensions of arousal (e.g., wakefulness, emotional arousal, sexual arousal, physical activity, attention) ( Duffy, 1957 ; Zuckerman, 1971 ; Pribram and McGuinness, 1975 ; Thayer, 1978 ; Robbins and Everitt, 1995 ; Robbins, 1997 ; Cahill and McGaugh, 1998 ; Jones, 2003 ; Eysenck, 2012 ; Satpute et al, 2019 ; Dolcos et al, 2020 , this issue).…”

Section: The Human Affectome: What Are Human Affective Phen...mentioning

confidence: 99%

The Human Affectome

Schiller,

Yu,

Alia-Klein

et al. 2024

Neuroscience & Biobehavioral Reviews

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“…For most animal species that have been observed in detail, the cost-benefit decisions employed to solve the problems of acquisition, defense, and reproduction integrate internal state, sensory input, and memory. This holds for vertebrates, insects, and gastropod mollusks (see Gillette et al, 2000;Clore et al, 2021). The dynamic changes in internal state for motivation, in varying sensory input, and in memory plasticity may lead to a broad spectrum of costbenefit responses tailored to each situation.…”

Section: Reproductionmentioning

confidence: 99%

A common modular design of nervous systems originating in soft-bodied invertebrates

Gribkova,

Lee,

Brown

et al. 2023

Front. Physiol.

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Nervous systems of vertebrates and invertebrates show a common modular theme in the flow of information for cost-benefit decisions. Sensory inputs are incentivized by integrating stimulus qualities with motivation and memory to affect appetitive state, a system of homeostatic drives, and labelled for directionality. Appetitive state determines action responses from a repertory of possibles and transmits the decision to a premotor system that frames the selected action in motor arousal and appropriate postural and locomotion commands. These commands are then sent to the primary motor pattern generators controlling the motorneurons, with feedback at each stage. In the vertebrates, these stages are mediated by forebrain pallial derivatives for incentive and directionality (olfactory bulb, cerebral cortex, pallial amygdala, etc.) interacting with hypothalamus (homeostasis, motivation, and reward) for action selection in the forebrain basal ganglia, the mid/hindbrain reticular formation as a premotor translator for posture, locomotion, and arousal state, and the spinal cord and cranial nuclei as primary motor pattern generators. Gastropods, like the predatory sea slug Pleurobranchaea californica, show a similar organization but with differences that suggest how complex brains evolved from an ancestral soft-bodied bilaterian along with segmentation, jointed skeletons, and complex exteroceptors. Their premotor feeding network combines functions of hypothalamus and basal ganglia for homeostasis, motivation, presumed reward, and action selection for stimulus approach or avoidance. In Pleurobranchaea, the premotor analogy to the vertebrate reticular formation is the bilateral “A-cluster” of cerebral ganglion neurons that controls posture, locomotion, and serotonergic motor arousal. The A-cluster transmits motor commands to the pedal ganglia analogs of the spinal cord, for primary patterned motor output. Apparent pallial precursors are not immediately evident in Pleurobranchaea’s central nervous system, but a notable candidate is a subepithelial nerve net in the peripheral head region that integrates chemotactile stimuli for incentive and directionality. Evolutionary centralization of its computational functions may have led to the olfaction-derived pallial forebrain in the ancestor’s vertebrate descendants and their analogs in arthropods and annelids.

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Feeling, Seeing, and Liking: How Bodily Resources Inform Perception and Emotion

Cited by 4 publications

References 64 publications

When feeling is for seeing: comparing the effects of motivated perception between fear and anger on ambiguous threatening stimuli

When feeling is for seeing: comparing the effects of motivated perception between fear and anger on ambiguous threatening stimuli

The Human Affectome

A common modular design of nervous systems originating in soft-bodied invertebrates

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