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Publications

Cerebral blood flow and immediate and sustained executive function benefits following single bouts of passive and active exercise

Tari B. et al, (2023), Brain and Cognition, 166, 105953 - 105953

Passive exercise increases cerebral blood flow velocity and supports a postexercise executive function benefit.

Shirzad M. et al, (2022), Psychophysiology, 59

The unidirectional prosaccade switch-cost: no evidence for the passive dissipation of an oculomotor task-set inertia

Tari B. et al, (2022), Experimental Brain Research, 240, 2061 - 2071

Distinct visual resolution supports aperture shaping in natural and pantomime-grasping.

Heath M. et al, (2022), Can J Exp Psychol, 76, 22 - 28

Evaluating the efficacy of an iPad® app in determining a single bout of exercise benefit to executive function

Tari B. and Heath M., (2021), Behavior Research Methods, 54, 2398 - 2408

'Delaying' a saccade: Preparatory phase cortical hemodynamics evince the neural cost of response inhibition.

Tari B. et al, (2021), Brain Cogn, 154

Exercise intensity-specific changes to cerebral blood velocity do not modulate a postexercise executive function benefit

Tari B. et al, (2021), Neuropsychologia, 161, 108018 - 108018

Visually guided saccades and acoustic distractors: no evidence for the remote distractor effect or global effect.

Tari B. et al, (2021), Exp Brain Res, 239, 59 - 66

Increased cerebral blood flow supports a single-bout postexercise benefit to executive function: evidence from hypercapnia.

Tari B. et al, (2020), J Neurophysiol, 124, 930 - 940

Pro- and antisaccade task-switching: response suppression-and not vector inversion-contributes to a task-set inertia.

Tari B. and Heath M., (2019), Exp Brain Res, 237, 3475 - 3484

Response suppression produces a switch-cost for spatially compatible saccades.

Tari B. et al, (2019), Exp Brain Res, 237, 1195 - 1203

Include forthcoming?