In the past few years, there has been an explosion of eye movement research in cognitive science and neuroscience. The Oxford Handbook of Eye Movements provides the first comprehensive review of the entire field of eye movement research. This book is the definitive reference work in this field.
In the past few years, there has been an explosion of eye movement research in cognitive science and neuroscience. The Oxford Handbook of Eye Movements provides the first comprehensive review of the entire field of eye movement research. This book is the definitive reference work in this field.
Simon Liversedge, University of Southampton, UK, Iain Gilchrist, Department of Experimental Psychology, University of Bristol, UK, Stefan Everling, Centre for Brain and Mind, Robarts Research Institute, Ontario, Canada
Inhaltsangabe
* The eye movement repertoire * 1: Land: Oculomotor behaviour in vertebrates and invertebrates * 2: Wade and Tatler: Origins and Applications * 3: Hess: Vestibular response * 4: Distler and Hoffman: Optokinetic Reflex * 5: Gilchrist: Saccades * 6: Martinez-Conde and Macknik: Microsaccades * 7: Barnes: Ocular pursuit movements * Neural basis of eye movements * 8: Angelaki: Oculomotor plant and its role in 3D eye orientation * 9: Cullen and van Horn: Brainstem pathways and premotor control * 10: Thier: Oculomotor cerebellum * 11: White and Munoz: Superior colliculus * 12: Vokoun, Mahamed, and Basso: Saccadic eye movements and the basal ganglia * 13: Tanaka and Kunimatsu: Thalamic roles in eye movements * 14: Pare and Dorris: Role of Posterior Parietal Cortex in the Regulation of Saccadic Eye Movements * 15: Johnston and Everling: Frontal cortex and saccadic control * 16: Corneil: Eye-head gaze shifts * 17: Ghandi and Katnani: Interactions of eye and eyelid movements * 18: Crawford and Klier: Neural Control of Three-Dimensional Gaze Shifts * 19: Schall and Cohen: Neural basis of saccade target selection * 20: Curtis: Testing animal models of human oculomotor control with neuroimaging * 21: Muri and Nyffeler: Eye movements and TMS * 22: Sumner: Determinants of saccade latency * 23: Ludwig: Saccadic decision making * 24: Geisler and Cormack: Models of overt attention * 25: Kristjansson: Covert attention * 26: Klein: Inhibition of return * 27: Amlôt and Walker: Multisensory saccade generation * Visual cognition and eye movements * 28: Bridgeman: Visual stability * 29: Reingold and Sheridan: Expertise * 30: Spivey and Dale: Problem solving * 31: Brockmole and Matsukura: Change detection * 32: Peterson and Beck: Memory * 33: Henderson: Scene perception * 34: Hayhoe and Ballard: Natural vision * Eye movement pathology and development * 35: Luna and Velanova: Development of eye movement control * 36: Blythe and Joseph: Children's eye movements during reading * 37: Harris: Evo-devo perspective * 38: McDowell, Clementz, and Sweeney: Psychiatric patients * 39: Benson and Fletcher-Watson: Autism * Eye movement control during reading * 40: Vitu: Visual influences in reading * 41: Rayner and Liversedge: Cognitive and linguistic influences in reading * 42: Engbert and Reichle: Serial models: E-Z Reader * 43: Engbert: Parallel models: SWIFT * 44: Kirkby, White, and Blythe: Binocular coordination during reading * 45: Hyona: Parafoveal processing * 46: Drieghe: Parafoveal on foveal effects * 47: Baccino: Eye movements and concurrent ERP's: EFRPs investigations in reading * Language processing and eye movements * 48: Juhasz and Pollatsek: Lexical processing * 49: Clifton and Staub: Syntactic processing * 50: Warren: Plausibility effects * 51: Filik, Paterson, and Sauermann: Focus effects * 52: Kreysa and Pickering: Dialogue * 53: Zang, Liversedge, Bai, and Yan: Chinese reading * 54: Altmann: Visual world
* The eye movement repertoire * 1: Land: Oculomotor behaviour in vertebrates and invertebrates * 2: Wade and Tatler: Origins and Applications * 3: Hess: Vestibular response * 4: Distler and Hoffman: Optokinetic Reflex * 5: Gilchrist: Saccades * 6: Martinez-Conde and Macknik: Microsaccades * 7: Barnes: Ocular pursuit movements * Neural basis of eye movements * 8: Angelaki: Oculomotor plant and its role in 3D eye orientation * 9: Cullen and van Horn: Brainstem pathways and premotor control * 10: Thier: Oculomotor cerebellum * 11: White and Munoz: Superior colliculus * 12: Vokoun, Mahamed, and Basso: Saccadic eye movements and the basal ganglia * 13: Tanaka and Kunimatsu: Thalamic roles in eye movements * 14: Pare and Dorris: Role of Posterior Parietal Cortex in the Regulation of Saccadic Eye Movements * 15: Johnston and Everling: Frontal cortex and saccadic control * 16: Corneil: Eye-head gaze shifts * 17: Ghandi and Katnani: Interactions of eye and eyelid movements * 18: Crawford and Klier: Neural Control of Three-Dimensional Gaze Shifts * 19: Schall and Cohen: Neural basis of saccade target selection * 20: Curtis: Testing animal models of human oculomotor control with neuroimaging * 21: Muri and Nyffeler: Eye movements and TMS * 22: Sumner: Determinants of saccade latency * 23: Ludwig: Saccadic decision making * 24: Geisler and Cormack: Models of overt attention * 25: Kristjansson: Covert attention * 26: Klein: Inhibition of return * 27: Amlôt and Walker: Multisensory saccade generation * Visual cognition and eye movements * 28: Bridgeman: Visual stability * 29: Reingold and Sheridan: Expertise * 30: Spivey and Dale: Problem solving * 31: Brockmole and Matsukura: Change detection * 32: Peterson and Beck: Memory * 33: Henderson: Scene perception * 34: Hayhoe and Ballard: Natural vision * Eye movement pathology and development * 35: Luna and Velanova: Development of eye movement control * 36: Blythe and Joseph: Children's eye movements during reading * 37: Harris: Evo-devo perspective * 38: McDowell, Clementz, and Sweeney: Psychiatric patients * 39: Benson and Fletcher-Watson: Autism * Eye movement control during reading * 40: Vitu: Visual influences in reading * 41: Rayner and Liversedge: Cognitive and linguistic influences in reading * 42: Engbert and Reichle: Serial models: E-Z Reader * 43: Engbert: Parallel models: SWIFT * 44: Kirkby, White, and Blythe: Binocular coordination during reading * 45: Hyona: Parafoveal processing * 46: Drieghe: Parafoveal on foveal effects * 47: Baccino: Eye movements and concurrent ERP's: EFRPs investigations in reading * Language processing and eye movements * 48: Juhasz and Pollatsek: Lexical processing * 49: Clifton and Staub: Syntactic processing * 50: Warren: Plausibility effects * 51: Filik, Paterson, and Sauermann: Focus effects * 52: Kreysa and Pickering: Dialogue * 53: Zang, Liversedge, Bai, and Yan: Chinese reading * 54: Altmann: Visual world
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